CN102393042B - Integrated pipeline control module for solar water heating systems - Google Patents

Integrated pipeline control module for solar water heating systems Download PDF

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Publication number
CN102393042B
CN102393042B CN 201110388025 CN201110388025A CN102393042B CN 102393042 B CN102393042 B CN 102393042B CN 201110388025 CN201110388025 CN 201110388025 CN 201110388025 A CN201110388025 A CN 201110388025A CN 102393042 B CN102393042 B CN 102393042B
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interface
valve
water
import
electric heater
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CN102393042A (en
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梁宏伟
刘海波
侯大勇
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SHANGDONG ECOOSOLAR ENERGY CO Ltd
Himin Solar Co Ltd
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SHANGDONG ECOOSOLAR ENERGY CO Ltd
Himin Solar Co Ltd
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00—Integration of renewable energy sources in buildings
    • Y02B10/20—Solar thermal
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00—Integration of renewable energy sources in buildings
    • Y02B10/70—Hybrid systems, e.g. uninterruptible or back-up power supplies integrating renewable energies

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  • Heat-Pump Type And Storage Water Heaters (AREA)

Abstract

The invention discloses an integrated pipeline control module for solar water heating systems, which belongs to the filed of solar energy application. The integrated pipeline control module comprises a solar heat collector, a heat-storage water tank, and/or a gas or electric water heater, and/or a gas wall-hung boiler, and/or a low-temperature heating end, and an integrated pipeline connecting the components above, wherein the integrated pipeline comprises a liquid injection opening and a liquid return opening, each device interface, first, second, third and fourth circulating pumps, a heating plate type heat exchanger, a plate-type heat exchanger, an anti-scalded water-mixing valve, first and second exhaust valves, first and second check valves, a one-way valve, a water-mixing valve, a stop valve, first and second ball valves, a two-position three-way electrically-operated valve and a water replenishing valve. By using the integrated pipeline control module disclosed by the embodiment of the invention, the designs and installation processes of a solar water heating system and a conventional energy combination system can be simplified, thereby reducing the installation cost of thewhole system.

Description

The integrated pipeline control module that is used for solar water heating system
Technical field
The present invention relates to Application of Solar Energy, particularly a kind of integrated pipeline control module for solar water heating system.
Background technology
At present, solar water heating system is used in combination with conventional energy resource, can solve the situation in big water consumption deficiency in overcast and rainy and winter, and provides preheating for the heating in winter.
The combining form of solar water heating system is mainly utilized the hot water firing equipment of traditional conventional energy resource, as gas heater, burnt gas wall hanging furnace, electric heater, electric heating stove etc.
Because the easiest acquisition low-temperature water heating of solar energy, therefore in utilizing the form of solar heating, low-temperature hot water floor radiation heating is used more extensive, and especially at European Region, solar energy has had the technology of comparative maturity as the application of heating.But, existing solar water heating system design is complicated, parts are more, the time of causing solar water heating system to install is longer, a whole set of solar water heating system installs from buying to, mounting cost often occupies over half, thereby has increased user's input cost, and the comprehensive benefit of solar water heating system is descended.
Summary of the invention
In order to overcome above-mentioned prior art owing to design is complicated, make complexity is installed, the high problem of installation cost that finally causes solar water heating system, the embodiment of the invention provides a kind of integrated pipeline control module for solar water heating system, can simplify the design and installation process of solar water heating system and conventional energy resource coupling system, thereby reduce the installation cost of system.Described technical scheme is as follows:
A kind of integrated pipeline control module for solar water heating system, described integrated pipeline control module comprise solar thermal collector (1), heat storage water tank (11), combustion gas or electric heater (12), burnt gas wall hanging furnace (39), low temperature heating end (40) and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port (5) and liquid return hole (6), hot water circuit import (13), hot water circuit outlet (14), storage tank import (15), storage tank outlet (16), cooling water inlet (17), combustion gas or electric heater import (18), hot water outlet (19), combustion gas or electric heater outlet (20), municipal tap water interface (21), domestic hot-water's interface (22), low temperature heating interface (31), low temperature heating backwater interface (32), wall hanging stove heat supply interface (33), wall hanging stove backwater interface (34), wall hanging stove cold water interface (35), wall hanging stove interface of hot water (36), the first solar energy interface (37), the second solar energy interface (38), first to fourth circulating pump (9,10,25,29), heating plate type heat exchanger (26), plate type heat exchanger (46), anti-scald mixes water valve (24), first to second air bleeding valve (27,44), first to second check-valves (8,30), check valve (43), mix water valve (28), stop valve (7), first to second ball valve (23,42), two-bit triplet motor-driven valve (41), and water compensating valve (BS);
Wherein, liquid injection port (5) is by the second solar energy interface (38), solar thermal collector (1), the first solar energy interface (37), second air bleeding valve (44), plate type heat exchanger (46), flowmeter (45), first circulating pump (9), check-valves (8), be connected with liquid return hole (6), liquid injection port (5) is connected with liquid return hole (6) by stop valve (7), membrane becomes expanded jar in parallel (3) between liquid injection port (5) and the second solar energy interface (38), in parallel pressure safety valve (2) and Pressure gauge (4) between liquid injection port (5) and expansion drum (3);
Hot water circuit import (13), second circulating pump (10), plate type heat exchanger (46), hot water circuit outlet (14) are connected, and hot water circuit outlet (14) is connected to heat storage water tank (11), and hot water circuit import (13) is connected to heat storage water tank (11);
Heat storage water tank (11) is connected with storage tank outlet (16) with storage tank import (15) respectively again, storage tank import (16) is connected to combustion gas or electric heater (12) by two-bit triplet motor-driven valve (41), combustion gas or electric heater import (18), combustion gas or electric heater (12) are connected with combustion gas or electric heater outlet (20) again and are communicated with domestic hot-water's interface (22) by the mixed water valve (24) of anti-scald, hot water outlet (19), and municipal tap water interface (21) mixes water valve (24) by cooling water inlet (17) and anti-scald and is communicated with hot water outlet (19);
Combustion gas or electric heater import (18) are connected with combustion gas or electric heater import (20) by first ball valve (23);
Cooling water inlet (17) is communicated with storage tank import (15);
Combustion gas or electric heater import (20) are by on the 3rd circulating pump (25), heating plate type heat exchanger (26), check valve (43) pipeline that inserts between cooling water inlet (17) and the storage tank import (15) in parallel;
Second ball valve in parallel (42) between cooling water inlet (17) and the storage tank import (15), second ball valve (42) is connected to burnt gas wall hanging furnace (39) by wall hanging stove cold water interface (35), two-bit triplet motor-driven valve in parallel (41) between second ball valve (42) and the wall hanging stove cold water interface (35);
Burnt gas wall hanging furnace (39) is by on wall hanging stove interface of hot water (36) pipeline that inserts between two-bit triplet motor-driven valve (41) and combustion gas or electric heater import (18) in parallel;
Burnt gas wall hanging furnace (39) is connected to low temperature heating end (40) by wall hanging stove heat supply interface (33), air bleeding valve (27), mixed water valve (28), the 4th circulating pump (29), check-valves (30), low temperature heating interface (31);
Low temperature heating end (40) is connected to burnt gas wall hanging furnace (39) by low temperature heating backwater interface (32), heating plate type heat exchanger (26), wall hanging stove backwater interface (34) again, the water valve (28) that mixes in parallel between low temperature heating backwater interface (32) and the heating plate type heat exchanger (26).
The embodiment of the invention also provides a kind of integrated pipeline control module for solar water heating system, and described integrated pipeline control module comprises solar thermal collector (1), heat storage water tank (11), burnt gas wall hanging furnace (39), low temperature heating end (40) and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port (5) and liquid return hole (6), hot water circuit import (13), hot water circuit outlet (14), storage tank import (15), storage tank outlet (16), cooling water inlet (17), combustion gas or electric heater import (18), hot water outlet (19), combustion gas or electric heater outlet (20), municipal tap water interface (21), domestic hot-water's interface (22), low temperature heating interface (31), low temperature heating backwater interface (32), wall hanging stove heat supply interface (33), wall hanging stove backwater interface (34), wall hanging stove cold water interface (35), wall hanging stove interface of hot water (36), the first solar energy interface (37), the second solar energy interface (38), first to fourth circulating pump ((9,10), 25,29), heating plate type heat exchanger (26), plate type heat exchanger (46), anti-scald mixes water valve (24), first to second air bleeding valve (27,44), first to second check-valves (8,30), check valve (43), mix water valve (28), stop valve (7), first to second ball valve (23,42), two-bit triplet motor-driven valve (41), and water compensating valve (BS);
Wherein, liquid injection port (5) is by the second solar energy interface (38), solar thermal collector (1), the first solar energy interface (37), second air bleeding valve (44), plate type heat exchanger (46), flowmeter (45), first circulating pump (9), check-valves (8), be connected with liquid return hole (6), liquid injection port (5) is connected with liquid return hole (6) by stop valve (7), membrane becomes expanded jar in parallel (3) between liquid injection port (5) and the second solar energy interface (38), in parallel pressure safety valve (2) and Pressure gauge (4) between liquid injection port (5) and expansion drum (3);
Hot water circuit import (13), second circulating pump (10), plate type heat exchanger (46), hot water circuit outlet (14) are connected, and hot water circuit outlet (14) is connected to heat storage water tank (11), and hot water circuit import (13) is connected to heat storage water tank (11);
Heat storage water tank (11) is connected with storage tank outlet (16) with storage tank import (15) respectively again, storage tank import (16) is connected to combustion gas or electric heater import (18) by two-bit triplet motor-driven valve (41), combustion gas or electric heater outlet (20) are communicated with domestic hot-water's interface (22) by the mixed water valve (24) of anti-scald, hot water outlet (19), and municipal tap water interface (21) mixes water valve (24) by cooling water inlet (17) and anti-scald and is communicated with hot water outlet (19);
Combustion gas or electric heater import (18) are connected with combustion gas or electric heater import (20) by first ball valve (23);
Cooling water inlet (17) is communicated with storage tank import (15);
Combustion gas or electric heater import (20) are by on the 3rd circulating pump (25), heating plate type heat exchanger (26), check valve (43) pipeline that inserts between cooling water inlet (17) and the storage tank import (15) in parallel;
Second ball valve in parallel (42) between cooling water inlet (17) and the storage tank import (15), second ball valve (42) is connected to burnt gas wall hanging furnace (39) by wall hanging stove cold water interface (35), two-bit triplet motor-driven valve in parallel (41) between second ball valve (42) and the wall hanging stove cold water interface (35);
Burnt gas wall hanging furnace (39) is by on wall hanging stove interface of hot water (36) pipeline that inserts between two-bit triplet motor-driven valve (41) and combustion gas or electric heater import (18) in parallel;
Burnt gas wall hanging furnace (39) is connected to low temperature heating end (40) by wall hanging stove heat supply interface (33), air bleeding valve (27), mixed water valve (28), the 4th circulating pump (29), check-valves (30), low temperature heating interface (31);
Low temperature heating end (40) is connected to burnt gas wall hanging furnace (39) by low temperature heating backwater interface (32), heating plate type heat exchanger (26), wall hanging stove backwater interface (34) again, the water valve (28) that mixes in parallel between low temperature heating backwater interface (32) and the heating plate type heat exchanger (26).
The embodiment of the invention provides a kind of described integrated pipeline control module to comprise solar thermal collector (1), heat storage water tank (11), combustion gas or electric heater (12), low temperature heating end (40) and the integrated pipeline that connects them again;
Described integrated pipeline comprises liquid injection port (5) and liquid return hole (6), hot water circuit import (13), hot water circuit outlet (14), storage tank import (15), storage tank outlet (16), cooling water inlet (17), combustion gas or electric heater import (18), hot water outlet (19), combustion gas or electric heater outlet (20), municipal tap water interface (21), domestic hot-water's interface (22), low temperature heating interface (31), low temperature heating backwater interface (32), wall hanging stove heat supply interface (33), wall hanging stove backwater interface (34), wall hanging stove cold water interface (35), wall hanging stove interface of hot water (36), the first solar energy interface (37), the second solar energy interface (38), first to fourth circulating pump (9,10,25,29), heating plate type heat exchanger (26), plate type heat exchanger (46), anti-scald mixes water valve (24), first to second air bleeding valve (27,44), first to second check-valves (8,30), check valve (43), mix water valve (28), stop valve (7), first to second ball valve (23,42), two-bit triplet motor-driven valve (41), and water compensating valve (BS);
Wherein, liquid injection port (5) is by the second solar energy interface (38), solar thermal collector (1), the first solar energy interface (37), second air bleeding valve (44), plate type heat exchanger (46), flowmeter (45), first circulating pump (9), check-valves (8), be connected with liquid return hole (6), liquid injection port (5) is connected with liquid return hole (6) by stop valve (7), membrane becomes expanded jar in parallel (3) between liquid injection port (5) and the second solar energy interface (38), in parallel pressure safety valve (2) and Pressure gauge (4) between liquid injection port (5) and expansion drum (3);
Hot water circuit import (13), second circulating pump (10), plate type heat exchanger (46), hot water circuit outlet (14) are connected, and hot water circuit outlet (14) is connected to heat storage water tank (11), and hot water circuit import (13) is connected to heat storage water tank (11);
Heat storage water tank (11) is connected with storage tank outlet (16) with storage tank import (15) respectively again, storage tank import (16) is connected to combustion gas or electric heater (12) by two-bit triplet motor-driven valve (41), combustion gas or electric heater import (18), combustion gas or electric heater (12) are connected with combustion gas or electric heater outlet (20) again and are communicated with domestic hot-water's interface (22) by the mixed water valve (24) of anti-scald, hot water outlet (19), and municipal tap water interface (21) mixes water valve (24) by cooling water inlet (17) and anti-scald and is communicated with hot water outlet (19);
Combustion gas or electric heater import (18) are connected with combustion gas or electric heater import (20) by first ball valve (23);
Cooling water inlet (17) is communicated with storage tank import (15);
Combustion gas or electric heater import (20) are by on the 3rd circulating pump (25), heating plate type heat exchanger (26), check valve (43) pipeline that inserts between cooling water inlet (17) and the storage tank import (15) in parallel;
Second ball valve in parallel (42) between cooling water inlet (17) and the storage tank import (15), second ball valve (42) is communicated with wall hanging stove cold water interface (35), two-bit triplet motor-driven valve in parallel (41) between second ball valve (42) and the wall hanging stove cold water interface (35);
On wall hanging stove interface of hot water (36) pipeline that inserts between two-bit triplet motor-driven valve (41) and combustion gas or electric heater import (18) in parallel;
Wall hanging stove heat supply interface (33) is connected to low temperature heating end (40) through air bleeding valve (27), mixed water valve (28), the 4th circulating pump (29), check-valves (30), low temperature heating interface (31);
Low temperature heating end (40) is connected to wall hanging stove backwater interface (34) by low temperature heating backwater interface (32), heating plate type heat exchanger (26) again, the water valve (28) that mixes in parallel between low temperature heating backwater interface (32) and the heating plate type heat exchanger (26).
The embodiment of the invention also provides another described integrated pipeline control module to comprise solar thermal collector (1), heat storage water tank (11), combustion gas or electric heater (12) and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port (5) and liquid return hole (6), hot water circuit import (13), hot water circuit outlet (14), storage tank import (15), storage tank outlet (16), cooling water inlet (17), combustion gas or electric heater import (18), hot water outlet (19), combustion gas or electric heater outlet (20), municipal tap water interface (21), domestic hot-water's interface (22), low temperature heating interface (31), low temperature heating backwater interface (32), wall hanging stove heat supply interface (33), wall hanging stove backwater interface (34), wall hanging stove cold water interface (35), wall hanging stove interface of hot water (36), the first solar energy interface (37), the second solar energy interface (38), first to fourth circulating pump (9,10,25,29), heating plate type heat exchanger (26), plate type heat exchanger (46), anti-scald mixes water valve (24), first to second air bleeding valve (27,44), first to second check-valves (8,30), check valve (43), mix water valve (28), stop valve (7), first to second ball valve (23,42), two-bit triplet motor-driven valve (41);
Wherein, liquid injection port (5) is by the second solar energy interface (38), solar thermal collector (1), the first solar energy interface (37), second air bleeding valve (44), plate type heat exchanger (46), flowmeter (45), first circulating pump (9), check-valves (8), be connected with liquid return hole (6), liquid injection port (5) is connected with liquid return hole (6) by stop valve (7), membrane becomes expanded jar in parallel (3) between liquid injection port (5) and the second solar energy interface (38), in parallel pressure safety valve (2) and Pressure gauge (4) between liquid injection port (5) and expansion drum (3);
Hot water circuit import (13), second circulating pump (10), plate type heat exchanger (46), hot water circuit outlet (14) are connected, and hot water circuit outlet (14) is connected to heat storage water tank (11), and hot water circuit import (13) is connected to heat storage water tank (11);
Heat storage water tank (11) is connected with storage tank outlet (16) with storage tank import (15) respectively again, storage tank import (16) is connected to combustion gas or electric heater (12) by two-bit triplet motor-driven valve (41), combustion gas or electric heater import (18), combustion gas or electric heater (12) are connected with combustion gas or electric heater outlet (20) again and are communicated with domestic hot-water's interface (22) by the mixed water valve (24) of anti-scald, hot water outlet (19), and municipal tap water interface (21) mixes water valve (24) by cooling water inlet (17) and anti-scald and is communicated with hot water outlet (19);
Combustion gas or electric heater import (18) are connected with combustion gas or electric heater import (20) by first ball valve (23);
Cooling water inlet (17) is communicated with storage tank import (15);
Combustion gas or electric heater import (20) are by on the 3rd circulating pump (25), heating plate type heat exchanger (26), check valve (43) pipeline that inserts between cooling water inlet (17) and the storage tank import (15) in parallel;
Second ball valve in parallel (42) between cooling water inlet (17) and the storage tank import (15), second ball valve (42) is communicated with wall hanging stove cold water interface (35), two-bit triplet motor-driven valve in parallel (41) between second ball valve (42) and the wall hanging stove cold water interface (35);
On wall hanging stove interface of hot water (36) pipeline that inserts between two-bit triplet motor-driven valve (41) and combustion gas or electric heater import (18) in parallel;
Wall hanging stove heat supply interface (33) is connected to low temperature heating interface (31) through air bleeding valve (27), mixed water valve (28), the 4th circulating pump (29), check-valves (30);
Low temperature heating backwater interface (32) is connected to wall hanging stove backwater interface (34) by heating plate type heat exchanger (26), the water valve (28) that mixes in parallel between low temperature heating backwater interface (32) and the heating plate type heat exchanger (26).
The embodiment of the invention also provides another kind of described integrated pipeline control module to comprise solar thermal collector (1), heat storage water tank (11), combustion gas or electric heater (12) and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port (5) and liquid return hole (6), hot water circuit import (13), hot water circuit outlet (14), storage tank import (15), storage tank outlet (16), cooling water inlet (17), combustion gas or electric heater import (18), hot water outlet (19), combustion gas or electric heater outlet (20), municipal tap water interface (21), domestic hot-water's interface (22), wall hanging stove cold water interface (35), wall hanging stove interface of hot water (36), the first solar energy interface (37), the second solar energy interface (38), first to two circulating pump (9,10), plate type heat exchanger (46), anti-scald mixes water valve (24), second air bleeding valve (44), first check-valves (8), stop valve (7), first to second ball valve (23,42), two-bit triplet motor-driven valve (41), and water compensating valve (BS);
Wherein, liquid injection port (5) is by the second solar energy interface (38), solar thermal collector (1), the first solar energy interface (37), second air bleeding valve (44), plate type heat exchanger (46), flowmeter (45), first circulating pump (9), check-valves (8), be connected with liquid return hole (6), liquid injection port (5) is connected with liquid return hole (6) by stop valve (7), membrane becomes expanded jar in parallel (3) between liquid injection port (5) and the second solar energy interface (38), in parallel pressure safety valve (2) and Pressure gauge (4) between liquid injection port (5) and expansion drum (3);
Hot water circuit import (13), second circulating pump (10), plate type heat exchanger (46), hot water circuit outlet (14) are connected, and hot water circuit outlet (14) is connected to heat storage water tank (11), and hot water circuit import (13) is connected to heat storage water tank (11);
Heat storage water tank (11) is connected with storage tank outlet (16) with storage tank import (15) respectively again, storage tank import (16) is connected to combustion gas or electric heater (12) by two-bit triplet motor-driven valve (41), combustion gas or electric heater import (18), combustion gas or electric heater (12) are connected with combustion gas or electric heater outlet (20) again and are communicated with domestic hot-water's interface (22) by the mixed water valve (24) of anti-scald, hot water outlet (19), and municipal tap water interface (21) mixes water valve (24) by cooling water inlet (17) and anti-scald and is communicated with hot water outlet (19);
Combustion gas or electric heater import (18) are connected with combustion gas or electric heater import (20) by first ball valve (23);
Cooling water inlet (17) is communicated with storage tank import (15);
Second ball valve in parallel (42) between cooling water inlet (17) and the storage tank import (15), second ball valve (42) is communicated with wall hanging stove cold water interface (35), two-bit triplet motor-driven valve in parallel (41) between second ball valve (42) and the wall hanging stove cold water interface (35);
On wall hanging stove interface of hot water (36) pipeline that inserts between two-bit triplet motor-driven valve (41) and combustion gas or electric heater import (18) in parallel.
The embodiment of the invention also provides another described integrated pipeline control module to comprise solar thermal collector (1), heat storage water tank (11), burnt gas wall hanging furnace (39) and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port (5) and liquid return hole (6), hot water circuit import (13), hot water circuit outlet (14), storage tank import (15), storage tank outlet (16), cooling water inlet (17), combustion gas or electric heater import (18), hot water outlet (19), combustion gas or electric heater outlet (20), municipal tap water interface (21), domestic hot-water's interface (22), wall hanging stove cold water interface (35), wall hanging stove interface of hot water (36), the first solar energy interface (37), the second solar energy interface (38), first to two circulating pump (9,10), plate type heat exchanger (46), anti-scald mixes water valve (24), second air bleeding valve (44), first check-valves (8), stop valve (7), first to second ball valve (23,42), two-bit triplet motor-driven valve (41);
Wherein, liquid injection port (5) is by the second solar energy interface (38), solar thermal collector (1), the first solar energy interface (37), second air bleeding valve (44), plate type heat exchanger (46), flowmeter (45), first circulating pump (9), check-valves (8), be connected with liquid return hole (6), liquid injection port (5) is connected with liquid return hole (6) by stop valve (7), membrane becomes expanded jar in parallel (3) between liquid injection port (5) and the second solar energy interface (38), in parallel pressure safety valve (2) and Pressure gauge (4) between liquid injection port (5) and expansion drum (3);
Hot water circuit import (13), second circulating pump (10), plate type heat exchanger (46), hot water circuit outlet (14) are connected, and hot water circuit outlet (14) is connected to heat storage water tank (11), and hot water circuit import (13) is connected to heat storage water tank (11);
Heat storage water tank (11) is connected with storage tank outlet (16) with storage tank import (15) respectively again, storage tank import (16) is connected to combustion gas or electric heater import (18) by two-bit triplet motor-driven valve (41), combustion gas or electric heater outlet (20) connect by the mixed water valve (24) of anti-scald, hot water outlet (19) and are communicated with domestic hot-water's interface (22), and municipal tap water interface (21) mixes water valve (24) by cooling water inlet (17) and anti-scald and is communicated with hot water outlet (19);
Combustion gas or electric heater import (18) are connected with combustion gas or electric heater import (20) by first ball valve (23);
Cooling water inlet (17) is communicated with storage tank import (15);
Second ball valve in parallel (42) between cooling water inlet (17) and the storage tank import (15), second ball valve (42) is connected to burnt gas wall hanging furnace (39) by wall hanging stove cold water interface (35), two-bit triplet motor-driven valve in parallel (41) between second ball valve (42) and the wall hanging stove cold water interface (35);
Burnt gas wall hanging furnace (39) is by on wall hanging stove interface of hot water (36) pipeline that inserts between two-bit triplet motor-driven valve (41) and combustion gas or electric heater import (18) in parallel.
The embodiment of the invention also provides another described integrated pipeline control module to comprise solar thermal collector (1), heat storage water tank (11) and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port (5) and liquid return hole (6), hot water circuit import (13), hot water circuit outlet (14), storage tank import (15), storage tank outlet (16), cooling water inlet (17), combustion gas or electric heater import (18), hot water outlet (19), combustion gas or electric heater outlet (20), municipal tap water interface (21), domestic hot-water's interface (22), wall hanging stove cold water interface (35), wall hanging stove interface of hot water (36), the first solar energy interface (37), the second solar energy interface (38), first to two circulating pump (9,10), plate type heat exchanger (46), anti-scald mixes water valve (24), second air bleeding valve (44), first check-valves (8), stop valve (7), first to second ball valve (23,42), two-bit triplet motor-driven valve (41);
Wherein, liquid injection port (5) is by the second solar energy interface (38), solar thermal collector (1), the first solar energy interface (37), second air bleeding valve (44), plate type heat exchanger (46), flowmeter (45), first circulating pump (9), check-valves (8), be connected with liquid return hole (6), liquid injection port (5) is connected with liquid return hole (6) by stop valve (7), membrane becomes expanded jar in parallel (3) between liquid injection port (5) and the second solar energy interface (38), in parallel pressure safety valve (2) and Pressure gauge (4) between liquid injection port (5) and expansion drum (3);
Hot water circuit import (13), second circulating pump (10), plate type heat exchanger (46), hot water circuit outlet (14) are connected, and hot water circuit outlet (14) is connected to heat storage water tank (11), and hot water circuit import (13) is connected to heat storage water tank (11);
Heat storage water tank (11) is connected with storage tank outlet (16) with storage tank import (15) respectively again, storage tank import (16) is connected to combustion gas or electric heater import (18) by two-bit triplet motor-driven valve (41), combustion gas or electric heater outlet (20) are communicated with domestic hot-water's interface (22) by the mixed water valve (24) of anti-scald, hot water outlet (19), and municipal tap water interface (21) mixes water valve (24) by cooling water inlet (17) and anti-scald and is communicated with hot water outlet (19);
Combustion gas or electric heater import (18) are connected with combustion gas or electric heater import (20) by first ball valve (23);
Cooling water inlet (17) is communicated with storage tank import (15);
Second ball valve in parallel (42) between cooling water inlet (17) and the storage tank import (15), second ball valve (42) is communicated with wall hanging stove cold water interface (35), two-bit triplet motor-driven valve in parallel (41) between second ball valve (42) and the wall hanging stove cold water interface (35);
On wall hanging stove interface of hot water (36) pipeline that inserts between two-bit triplet motor-driven valve (41) and combustion gas or electric heater import (18) in parallel.
The beneficial effect that the technical scheme that the embodiment of the invention provides is brought is: compared to existing technology, the described integrated pipeline control module of the embodiment of the invention is to be made of some functional parts, realized having the function of anti-scald, the solar-heating function, solar energy and combustion gas or electric heater combined heat water function, solar energy and wall hanging furnace accretion close the heat supply heating function, integrated pipeline control module simple installation of the present invention, be convenient to solar water heating system and be connected on-the-spot construction with the conventional energy resource heating equipment, each interface on the integrated pipeline control module connects and can finish by pipeline corresponding to matched heating equipment or heat storage water tank, thereby has reduced the workload of job site and guaranteed each functional part excellent sealing performance.So the present invention is in the installation design and construction process of reality, carry out the optionally installation of hot water firing equipment and storage facilities according to concrete designing requirement, and hold to realize very much the co-ordination that interconnects between hot water firing equipment and storage facilities, realized simple installation, saved time, the labour-saving purpose.
Description of drawings
In order to be illustrated more clearly in the technical scheme in the embodiment of the invention, the accompanying drawing of required use is done to introduce simply in will describing embodiment below, apparently, accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the schematic diagram of the described integrated pipeline control module for solar water heating system of the embodiment of the invention one;
Fig. 2 is the schematic diagram of the described integrated pipeline control module for solar water heating system of the embodiment of the invention two;
Fig. 3 is the schematic diagram of the described integrated pipeline control module for solar water heating system of the embodiment of the invention three;
Fig. 4 is the schematic diagram of the described integrated pipeline control module for solar water heating system of the embodiment of the invention four;
Fig. 5 is the schematic diagram of the described integrated pipeline control module for solar water heating system of the embodiment of the invention five;
Fig. 6 is the schematic diagram of the described integrated pipeline control module for solar water heating system of the embodiment of the invention six;
Fig. 7 is the schematic diagram of the described integrated pipeline control module for solar water heating system of the embodiment of the invention seven.
Among the figure: the 1-solar thermal collector, the 2-pressure safety valve, 3-diaphragm type expansion drum, the 4-Pressure gauge, the 5-liquid injection port, the 6-liquid return hole, the 7-stop valve, the 8-check-valves, 9-first circulating pump, 10-second circulating pump, the 11-heat storage water tank, 12-combustion gas or electric heater, the import of 13-hot water circuit, the outlet of 14-hot water circuit, the import of 15-storage tank, the outlet of 16-storage tank, the 17-cooling water inlet, 18-combustion gas or electric heater import, the 19-hot water outlet, 20-combustion gas or electric heater outlet, 21-municipal tap water interface, 22-domestic hot-water interface, 23-first ball valve, the 24-anti-scald mixes water valve, 25-the 3rd circulating pump, 26-heating plate type heat exchanger, 27-first air bleeding valve, 28-mixes water valve, 29-the 4th circulating pump, the 30-check-valves, 31-low temperature heating interface, 32-low temperature heating backwater interface, 33-wall hanging stove heat supply interface, 34-wall hanging stove backwater interface, 35-wall hanging stove cold water interface, 36-wall hanging stove interface of hot water, the 37-first solar energy interface, the 38-second solar energy interface, the 39-burnt gas wall hanging furnace, 40-low temperature heating end, 41-two-bit triplet motor-driven valve, 42-second ball valve, the 43-check valve, 44-second air bleeding valve, the 45-flowmeter, the 46-plate type heat exchanger, the BS-water compensating valve.
The specific embodiment
For making the purpose, technical solutions and advantages of the present invention clearer, embodiment of the present invention is described further in detail below in conjunction with accompanying drawing.
As shown in Figure 1, the embodiment of the invention provides a kind of integrated pipeline control module for solar water heating system, and described integrated pipeline control module comprises solar thermal collector 1, heat storage water tank 11, combustion gas or electric heater 12, burnt gas wall hanging furnace 39, low temperature heating terminal 40 and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port 5 and liquid return hole 6, hot water circuit import 13, hot water circuit outlet 14, storage tank import 15, storage tank outlet 16, cooling water inlet 17, combustion gas or electric heater import 18, hot water outlet 19, combustion gas or electric heater outlet 20, municipal tap water interface 21, domestic hot-water's interface 22, low temperature heating interface 31, low temperature heating backwater interface 32, wall hanging stove heat supply interface 33, wall hanging stove backwater interface 34, wall hanging stove cold water interface 35, wall hanging stove interface of hot water 36, the first solar energy interface 37, the second solar energy interface 38, first to fourth circulating pump 9,10,25,29, heating plate type heat exchanger 26, plate type heat exchanger 46, anti-scald mixes water valve 24, the first to second air bleeding valves 27,44, the first to second check-valves 8,30, check valve 43, mix water valve 28, stop valve 7, the first to second ball valves 23,42, two-bit triplet motor-driven valve 41, and water compensating valve BS;
Wherein, liquid injection port 5 is by the second solar energy interface 38, solar thermal collector 1, the first solar energy interface 37, second air bleeding valve 44, plate type heat exchanger 46, flowmeter 45, first circulating pump 9, check-valves 8, be connected with liquid return hole 6, liquid injection port 5 is connected with liquid return hole 6 by stop valve 7, membrane becomes expanded jar 3 in parallel between liquid injection port 5 and the second solar energy interface 38, in parallel pressure safety valve 2 and Pressure gauge 4 between liquid injection port 5 and expansion drum 3;
Hot water circuit import 13, second circulating pump 10, plate type heat exchanger 46, hot water circuit outlet 14 are connected, and hot water circuit outlet 14 is connected to heat storage water tank 11, and hot water circuit import 13 is connected to heat storage water tank 11;
Heat storage water tank 11 is connected with storage tank outlet 16 with storage tank import 15 respectively again, storage tank import 16 is connected to combustion gas or electric heater 12 by two-bit triplet motor-driven valve 41, combustion gas or electric heater import 18, combustion gas or electric heater 12 are connected with combustion gas or electric heater outlet 20 again and are communicated with domestic hot-water's interface 22 by the mixed water valve 24 of anti-scald, hot water outlet 19, and municipal tap water interface 21 mixes water valve 24 by cooling water inlet 17 and anti-scald and is communicated with hot water outlet 19;
Combustion gas or electric heater import 18 are connected with combustion gas or electric heater import 20 by first ball valve 23;
Cooling water inlet 17 is communicated with storage tank import 15;
Combustion gas or electric heater import 20 are by on the 3rd circulating pump 25, heating plate type heat exchanger 26, check valve 43 pipelines that insert between cooling water inlet 17 and the storage tank import 15 in parallel;
Second ball valve, 42, the second ball valves 42 in parallel are connected to two-bit triplet motor-driven valve 41 in parallel between burnt gas wall hanging furnace 39, the second ball valves 42 and the wall hanging stove cold water interface 35 by wall hanging stove cold water interface 35 between cooling water inlet 17 and the storage tank import 15;
Burnt gas wall hanging furnace 39 is by on wall hanging stove interface of hot water 36 pipeline that inserts 18 of two-bit triplet motor-driven valves 41 and combustion gas or electric heater imports in parallel;
Burnt gas wall hanging furnace 39 is connected to low temperature heating end 40 by wall hanging stove heat supply interface 33, air bleeding valve 27, mixed water valve 28, the 4th circulating pump 29, check-valves 30, low temperature heating interface 31;
Low temperature heating end 40 is connected to burnt gas wall hanging furnace 39 by low temperature heating backwater interface 32, heating plate type heat exchanger 26, wall hanging stove backwater interface 34 again, the water valve 28 that mixes in parallel between low temperature heating backwater interface 32 and the heating plate type heat exchanger 26.
The described integrated pipeline control module of the embodiment of the invention is to be made of some functional parts, realized having the function of anti-scald, the solar-heating function, solar energy and combustion gas or electric heater combined heat water function, solar energy and wall hanging furnace accretion close the heat supply heating function, integrated pipeline control module simple installation of the present invention, be convenient to solar water heating system and be connected on-the-spot construction with the conventional energy resource heating equipment, each interface on the integrated pipeline control module connects and can finish by pipeline corresponding to matched heating equipment or heat storage water tank, thereby has reduced the workload of job site and guaranteed each functional part excellent sealing performance.So the present invention is in the installation design and construction process of reality, carry out the optionally installation of hot water firing equipment and storage facilities according to concrete designing requirement, and hold to realize very much the co-ordination that interconnects between hot water firing equipment and storage facilities, realized simple installation, saved time, the labour-saving purpose.
Among the present invention be more cleverly: referring to Fig. 1, when taking hot water, running water has two parallel branches from the pipeline that cooling water inlet 17 arrives between the heat storage water tank import 15, on first branch road check valve 43 has been installed in turn, the effect of check valve 43 is to prevent that running water from flowing into this branch road, but the water in this branch road can import described pipeline, second ball valve 42 has been installed on second parallel branch, when not using burnt gas wall hanging furnace 39, second ball valve 42 is closed, the route of flowing through that has so just effectively guaranteed cold water is single, can not enter any arm in parallel.
Advantageously: referring to shown in Figure 1, described check valve 43 single effects, the water of assurance by heating plate type heat exchanger 26 can conflux enter and running water from the pipeline between cooling water inlet 17 and the storage tank import 15, and can not flow backwards, and enter heat storage water tank 11 by storage tank import 15;
Domestic water and heating heat-obtaining common conduit, and the heating heat-obtaining is realized by heating plate type heat exchanger 26, guaranteed heating water and the life isolation of hot water, simultaneously the heating water obtain from heating plate type heat exchanger 26 shortage of heat the time, after can heating again by burnt gas wall hanging furnace 39, give low temperature heating terminal 40 heat supplies from heating water supply interface 31.
Referring to shown in Figure 1, prevent from scalding in order to control the temperature of taking hot water, cold water enters anti-scald by cooling water inlet 17 and mixes water valve cold water interface, hot water enters anti-scald by combustion gas or electric heater outlet 20 and mixes the water valve interface of hot water, mixes back hot water and supplies with user side domestic hot-water interface 22 by hot water outlet 19 again.
Referring to shown in Figure 1, in order farthest to utilize solar energy, a two-bit triplet motor-driven valve 41 has been installed in the integrated pipeline control module, water temperature by two-bit triplet motor-driven valve 41 is higher than when temperature is set two-bit triplet motor-driven valve 41 and is failure to actuate, keep being in closed condition with the interface of burnt gas wall hanging furnace 39, two-bit triplet motor-driven valve 41 actions when the water temperature by two-bit triplet motor-driven valve 41 is lower than design temperature, keep interface with burnt gas wall hanging furnace 39 to be in open mode and close the interface of opposite side, water flows to burnt gas wall hanging furnace 39 by two-bit triplet motor-driven valve 41 in the heat storage water tank, thereby by the hot water that burnt gas wall hanging furnace 39 heating acquisitions need, this moment, hot water line's second ball valve 42 was opened.
Referring to shown in Figure 1, the solar heating heat supply realizes by heating plate type heat exchanger 26, both can satisfy the heat supply of heating, can not influence the water quality of bath water again, so such structure is very favorable mode.
Referring to shown in Figure 1, when described integrated pipeline control module was connected with heating is terminal, water compensating valve BS opened water compensating valve BS and carries out moisturizing when the heating system lack of water.
Operation principle of the present invention is as follows:
One, solar-heating
1, solar energy heat distribution system fluid injection process:
Referring to Fig. 1, open valve and liquid return hole 6 valves of liquid injection port 5, close stop valve 7, inject heat transfer medium from liquid injection port 5 to solar energy system, when heat transfer medium from liquid return hole 6 reflux the back and the heat transfer medium that flows out not when mixing bubble, close back the valve of liquid valve 6, continue in system, to inject heat transfer medium, when the reading of Pressure gauge 4 reaches system's static pressure+0.05MPa at least, close the valve of liquid injection port 5, stop fluid injection, open stop valve 7, fluid injection is finished.
2, solar-heating process:
Referring to Fig. 1, the heat temperature that heat collector 1 obtains solar energy raises, the water temperature that is higher than heat storage water tank 11, start first circulating pump 9 and second circulating pump 10 simultaneously, heat transfer medium in the solar energy system is circulated to plate type heat exchanger 46 and carries out the heat exchange heating by the water of plate type heat exchanger 46, water in the heat storage water tank 11 is constantly heated up, thereby, with hot water storage in heat storage water tank 11.
Two, the auxiliary heating process of conventional energy resource
1, pattern one: referring to Fig. 1, and solar energy and burnt gas wall hanging furnace binding pattern, wherein combustion gas or electric heater import 18 and combustion gas or electric heater export 20 place's valve-offs, and first ball valve 23 is in opening, second ball valve 42 is in closed condition.
A, provide the hot water process: referring to Fig. 1, running water by municipal tap water interface 21, cooling water inlet 17, storage tank import 15, enter heat storage water tank 11, when the water temperature in the heat storage water tank 11 is higher than 45 ℃, by storage tank outlet 16, two-bit triplet motor-driven valve 41, two-bit triplet motor-driven valve 41 is failure to actuate at this moment, again by first ball valve 23, enter anti-scald and mix water valve 24 interface of hot water, simultaneously with cold water by cooling water inlet 17 anti-scald mix mix in the water valve 24 after, by hot water outlet 19 supply terminal interface of hot water 22.
Referring to Fig. 1, when the water temperature in heat storage water tank 11 is lower than 45 ℃, 41 actions of two-bit triplet motor-driven valve, make the water in the heat storage water tank 11 export 16 by storage tank, two-bit triplet motor-driven valve 41 switching directions enter wall hanging stove 39 by wall hanging stove cold water interface 35, again after the heating, by on the pipeline between wall hanging stove interface of hot water 36 remittance two-bit triplet motor-driven valves 41 and combustion gas or the electric heater import 18, enter anti-scald thermostatic valve 24 by first ball valve 23 more again.
B, heating process: referring to Fig. 1, the 3rd circulating pump 25 and the 4th circulating pump 29 move simultaneously, water is by the parallel pipeline between combustion gas or electric heater outlet 20 and the mixed water valve 24 of anti-scald in the heat storage water tank 11, by the 3rd circulating pump 25, heating plate type heat exchanger 26, check valve 43, get back to heat storage water tank 11 by storage tank import 15 again; Pass through low temperature heating backwater interface 32, heating plate type heat exchanger 26, wall hanging stove backwater interface 34, burnt gas wall hanging furnace 39 from the backwater of low temperature heating end 40, water temperature is raised, by wall hanging stove heat supply interface 33, first air bleeding valve 27, mixed water valve 28, the 4th circulating pump 29, check-valves 30, low temperature heating interface 31, send into low temperature heating end 40 again.
2, pattern two: referring to Fig. 1, the pattern that solar energy is combined with combustion gas or electric heater, wherein, wall hanging stove cold water interface 35 and wall hanging stove interface of hot water 36 place's valve closings, first ball valve 23 and second ball valve 42 are closed, and are connected unimpeded with wall hanging stove backwater interface 34 wall hanging stove heat supply interface 33 simultaneously.
A, provide the hot water process: referring to Fig. 1, running water by municipal tap water interface 21, cooling water inlet 17, storage tank import 15, enter heat storage water tank 11, by storage tank outlet 16, two-bit triplet motor-driven valve 41, two-bit triplet motor-driven valve 41 is failure to actuate at this moment, again by combustion gas or electric heater import 18, combustion gas or electric heater 12, combustion gas or electric heater outlet 20, enter anti-scald and mix water valve 24 interface of hot water, simultaneously with cold water by cooling water inlet 17 anti-scald mix mix in the water valve 24 after, by hot water outlet 19 supply terminal interface of hot water 22.In the heat supply water process, combustion gas or electric heater 12 remain the hot water of constant temperature, therefore, can heat back output hot water again by combustion gas or electric hot water 12 when the temperature of the hot water in the solar heat storage water tank 11 is low, thereby guarantee domestic hot-water's demand.
B, heating process: referring to Fig. 1, the 3rd circulating pump 25 and the 4th circulating pump 29 move simultaneously, water is by storage tank outlet 16, two-bit triplet motor-driven valve 41 in the heat storage water tank 11, two-bit triplet motor-driven valve 41 is failure to actuate at this moment, again by combustion gas or electric heater import 18, combustion gas or electric heater 12, combustion gas or electric heater outlet 20, by the 3rd circulating pump 25, heating plate type heat exchanger 26, check valve 43, get back to heat storage water tank 11 by storage tank import 15 again; The backwater of low temperature heating end 40 is by low temperature heating backwater interface 32, heating plate type heat exchanger 26, wall hanging stove backwater interface 34, by wall hanging stove heat supply interface 33, first air bleeding valve 27, mixed water valve 28, the 4th circulating pump 29, check-valves 30, low temperature heating interface 31, supply with low temperature heating end 40 again.
Embodiment 2
As shown in Figure 2, the embodiment of the invention provides a kind of integrated pipeline control module for solar water heating system, and described integrated pipeline control module comprises solar thermal collector 1, heat storage water tank 11, burnt gas wall hanging furnace 39, low temperature heating terminal 40 and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port 5 and liquid return hole 6, hot water circuit import 13, hot water circuit outlet 14, storage tank import 15, storage tank outlet 16, cooling water inlet 17, combustion gas or electric heater import 18, hot water outlet 19, combustion gas or electric heater outlet 20, municipal tap water interface 21, domestic hot-water's interface 22, low temperature heating interface 31, low temperature heating backwater interface 32, wall hanging stove heat supply interface 33, wall hanging stove backwater interface 34, wall hanging stove cold water interface 35, wall hanging stove interface of hot water 36, the first solar energy interface 37, the second solar energy interface 38, first to fourth circulating pump 9,10,25,29, heating plate type heat exchanger 26, plate type heat exchanger 46, anti-scald mixes water valve 24, the first to second air bleeding valves 27,44, the first to second check-valves 8,30, check valve 43, mix water valve 28, stop valve 7, the first to second ball valves 23,42, two-bit triplet motor-driven valve 41, and water compensating valve BS;
Wherein, liquid injection port 5 is by the second solar energy interface 38, solar thermal collector 1, the first solar energy interface 37, second air bleeding valve 44, plate type heat exchanger 46, flowmeter 45, first circulating pump 9, check-valves 8, be connected with liquid return hole 6, liquid injection port 5 is connected with liquid return hole 6 by stop valve 7, membrane becomes expanded jar 3 in parallel between liquid injection port 5 and the second solar energy interface 38, in parallel pressure safety valve 2 and Pressure gauge 4 between liquid injection port 5 and expansion drum 3;
Hot water circuit import 13, second circulating pump 10, plate type heat exchanger 46, hot water circuit outlet 14 are connected, and hot water circuit outlet 14 is connected to heat storage water tank 11, and hot water circuit import 13 is connected to heat storage water tank 11;
Heat storage water tank 11 is connected with storage tank outlet 16 with storage tank import 15 respectively again, storage tank import 16 is connected to combustion gas or electric heater import 18 by two-bit triplet motor-driven valve 41, combustion gas or electric heater outlet 20 are communicated with domestic hot-water's interface 22 by the mixed water valve 24 of anti-scald, hot water outlet 19, and municipal tap water interface 21 mixes water valve 24 by cooling water inlet 17 and anti-scald and is communicated with hot water outlet 19;
Combustion gas or electric heater import 18 are connected with combustion gas or electric heater import 20 by first ball valve 23;
Cooling water inlet 17 is communicated with storage tank import 15;
Combustion gas or electric heater import 20 are by on the 3rd circulating pump 25, heating plate type heat exchanger 26, check valve 43 pipelines that insert between cooling water inlet 17 and the storage tank import 15 in parallel;
Second ball valve, 42, the second ball valves 42 in parallel are connected to two-bit triplet motor-driven valve 41 in parallel between burnt gas wall hanging furnace 39, the second ball valves 42 and the wall hanging stove cold water interface 35 by wall hanging stove cold water interface 35 between cooling water inlet 17 and the storage tank import 15;
Burnt gas wall hanging furnace 39 is by on wall hanging stove interface of hot water 36 pipeline that inserts 18 of two-bit triplet motor-driven valves 41 and combustion gas or electric heater imports in parallel;
Burnt gas wall hanging furnace 39 is connected to low temperature heating end 40 by wall hanging stove heat supply interface 33, air bleeding valve 27, mixed water valve 28, the 4th circulating pump 29, check-valves 30, low temperature heating interface 31;
Low temperature heating end 40 is connected to burnt gas wall hanging furnace 39 by low temperature heating backwater interface 32, heating plate type heat exchanger 26, wall hanging stove backwater interface 34 again, the water valve 28 that mixes in parallel between low temperature heating backwater interface 32 and the heating plate type heat exchanger 26.
Embodiment 3
As shown in Figure 3, the embodiment of the invention provides a kind of integrated pipeline control module for solar water heating system, and described integrated pipeline control module comprises solar thermal collector 1, heat storage water tank 11, combustion gas or electric heater 12, low temperature heating terminal 40 and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port 5 and liquid return hole 6, hot water circuit import 13, hot water circuit outlet 14, storage tank import 15, storage tank outlet 16, cooling water inlet 17, combustion gas or electric heater import 18, hot water outlet 19, combustion gas or electric heater outlet 20, municipal tap water interface 21, domestic hot-water's interface 22, low temperature heating interface 31, low temperature heating backwater interface 32, wall hanging stove heat supply interface 33, wall hanging stove backwater interface 34, wall hanging stove cold water interface 35, wall hanging stove interface of hot water 36, the first solar energy interface 37, the second solar energy interface 38, first to fourth circulating pump 9,10,25,29, heating plate type heat exchanger 26, plate type heat exchanger 46, anti-scald mixes water valve 24, the first to second air bleeding valves 27,44, the first to second check-valves 8,30, check valve 43, mix water valve 28, stop valve 7, the first to second ball valves 23,42, two-bit triplet motor-driven valve 41, and water compensating valve BS;
Wherein, liquid injection port 5 is by the second solar energy interface 38, solar thermal collector 1, the first solar energy interface 37, second air bleeding valve 44, plate type heat exchanger 46, flowmeter 45, first circulating pump 9, check-valves 8, be connected with liquid return hole 6, liquid injection port 5 is connected with liquid return hole 6 by stop valve 7, membrane becomes expanded jar 3 in parallel between liquid injection port 5 and the second solar energy interface 38, in parallel pressure safety valve 2 and Pressure gauge 4 between liquid injection port 5 and expansion drum 3;
Hot water circuit import 13, second circulating pump 10, plate type heat exchanger 46, hot water circuit outlet 14 are connected, and hot water circuit outlet 14 is connected to heat storage water tank 11, and hot water circuit import 13 is connected to heat storage water tank 11;
Heat storage water tank 11 is connected with storage tank outlet 16 with storage tank import 15 respectively again, storage tank import 16 is connected to combustion gas or electric heater 12 by two-bit triplet motor-driven valve 41, combustion gas or electric heater import 18, combustion gas or electric heater 12 are connected with combustion gas or electric heater outlet 20 again and are communicated with domestic hot-water's interface 22 by the mixed water valve 24 of anti-scald, hot water outlet 19, and municipal tap water interface 21 mixes water valve 24 by cooling water inlet 17 and anti-scald and is communicated with hot water outlet 19;
Combustion gas or electric heater import 18 are connected with combustion gas or electric heater import 20 by first ball valve 23;
Cooling water inlet 17 is communicated with storage tank import 15;
Combustion gas or electric heater import 20 are by on the 3rd circulating pump 25, heating plate type heat exchanger 26, check valve 43 pipelines that insert between cooling water inlet 17 and the storage tank import 15 in parallel;
Second ball valve, 42, the second ball valves 42 in parallel are communicated with wall hanging stove cold water interface 35 between cooling water inlet 17 and the storage tank import 15, two-bit triplet motor-driven valve 41 in parallel between second ball valve 42 and the wall hanging stove cold water interface 35;
On the pipeline that wall hanging stove interface of hot water 36 access two-bit triplet motor-driven valves 41 in parallel and combustion gas or electric heater import are 18;
Wall hanging stove heat supply interface 33 is connected to low temperature heating end 40 through air bleeding valve 27, mixed water valve 28, the 4th circulating pump 29, check-valves 30, low temperature heating interface 31;
Low temperature heating end 40 is connected to wall hanging stove backwater interface 34 by low temperature heating backwater interface 32, heating plate type heat exchanger 26 again, the water valve 28 that mixes in parallel between low temperature heating backwater interface 32 and the heating plate type heat exchanger 26.
Embodiment 4
As shown in Figure 4, the embodiment of the invention provides a kind of integrated pipeline control module for solar water heating system, and described integrated pipeline control module comprises solar thermal collector 1, heat storage water tank 11, combustion gas or electric heater 12 and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port 5 and liquid return hole 6, hot water circuit import 13, hot water circuit outlet 14, storage tank import 15, storage tank outlet 16, cooling water inlet 17, combustion gas or electric heater import 18, hot water outlet 19, combustion gas or electric heater outlet 20, municipal tap water interface 21, domestic hot-water's interface 22, low temperature heating interface 31, low temperature heating backwater interface 32, wall hanging stove heat supply interface 33, wall hanging stove backwater interface 34, wall hanging stove cold water interface 35, wall hanging stove interface of hot water 36, the first solar energy interfaces 37, the second solar energy interface 38, first to fourth circulating pump 9,10,25,29, heating plate type heat exchanger 26, plate type heat exchanger 46, anti-scald mixes water valve 24, first to second air bleeding valve 27,44, the first to second check-valves 8,30, check valve 43, mix water valve 28, stop valve 7, the first to second ball valves 23,42, two-bit triplet motor-driven valve 41;
Wherein, liquid injection port 5 is by the second solar energy interface 38, solar thermal collector 1, the first solar energy interface 37, second air bleeding valve 44, plate type heat exchanger 46, flowmeter 45, first circulating pump 9, check-valves 8, be connected with liquid return hole 6, liquid injection port 5 is connected with liquid return hole 6 by stop valve 7, membrane becomes expanded jar 3 in parallel between liquid injection port 5 and the second solar energy interface 38, in parallel pressure safety valve 2 and Pressure gauge 4 between liquid injection port 5 and expansion drum 3;
Hot water circuit import 13, second circulating pump 10, plate type heat exchanger 46, hot water circuit outlet 14 are connected, and hot water circuit outlet 14 is connected to heat storage water tank 11, and hot water circuit import 13 is connected to heat storage water tank 11;
Heat storage water tank 11 is connected with storage tank outlet 16 with storage tank import 15 respectively again, storage tank import 16 is connected to combustion gas or electric heater 12 by two-bit triplet motor-driven valve 41, combustion gas or electric heater import 18, combustion gas or electric heater 12 are connected with combustion gas or electric heater outlet 20 again and are communicated with domestic hot-water's interface 22 by the mixed water valve 24 of anti-scald, hot water outlet 19, and municipal tap water interface 21 mixes water valve 24 by cooling water inlet 17 and anti-scald and is communicated with hot water outlet 19;
Combustion gas or electric heater import 18 are connected with combustion gas or electric heater import 20 by first ball valve 23;
Cooling water inlet 17 is communicated with storage tank import 15;
Combustion gas or electric heater import 20 are by on the 3rd circulating pump 25, heating plate type heat exchanger 26, check valve 43 pipelines that insert between cooling water inlet 17 and the storage tank import 15 in parallel;
Second ball valve, 42, the second ball valves 42 in parallel are communicated with wall hanging stove cold water interface 35 between cooling water inlet 17 and the storage tank import 15, two-bit triplet motor-driven valve 41 in parallel between second ball valve 42 and the wall hanging stove cold water interface 35;
On the pipeline that wall hanging stove interface of hot water 36 access two-bit triplet motor-driven valves 41 in parallel and combustion gas or electric heater import are 18;
Wall hanging stove heat supply interface 33 is connected to low temperature heating interface 31 through air bleeding valve 27, mixed water valve 28, the 4th circulating pump 29, check-valves 30;
Low temperature heating backwater interface 32 is connected to wall hanging stove backwater interface 34 by heating plate type heat exchanger 26, the water valve 28 that mixes in parallel between low temperature heating backwater interface 32 and the heating plate type heat exchanger 26.
Embodiment 5
As shown in Figure 5, the embodiment of the invention provides a kind of integrated pipeline control module for solar water heating system, and described integrated pipeline control module comprises solar thermal collector 1, heat storage water tank 11, combustion gas or electric heater 12 and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port 5 and liquid return hole 6, hot water circuit import 13, hot water circuit outlet 14, storage tank import 15, storage tank outlet 16, cooling water inlet 17, combustion gas or electric heater import 18, hot water outlet 19, combustion gas or electric heater outlet 20, municipal tap water interface 21, domestic hot-water's interface 22, wall hanging stove cold water interface 35, wall hanging stove interface of hot water 36, the first solar energy interface 37, the second solar energy interface, 38, the first to two circulating pumps 9,10, plate type heat exchanger 46, anti-scald mixes water valve 24, second air bleeding valve, 44, the first check-valves 8, stop valve 7, first to second ball valve 23,42, two-bit triplet motor-driven valve 41;
Wherein, liquid injection port 5 is by the second solar energy interface 38, solar thermal collector 1, the first solar energy interface 37, second air bleeding valve 44, plate type heat exchanger 46, flowmeter 45, first circulating pump 9, check-valves 8, be connected with liquid return hole 6, liquid injection port 5 is connected with liquid return hole 6 by stop valve 7, membrane becomes expanded jar 3 in parallel between liquid injection port 5 and the second solar energy interface 38, in parallel pressure safety valve 2 and Pressure gauge 4 between liquid injection port 5 and expansion drum 3;
Hot water circuit import 13, second circulating pump 10, plate type heat exchanger 46, hot water circuit outlet 14 are connected, and hot water circuit outlet 14 is connected to heat storage water tank 11, and hot water circuit import 13 is connected to heat storage water tank 11;
Heat storage water tank 11 is connected with storage tank outlet 16 with storage tank import 15 respectively again, storage tank import 16 is connected to combustion gas or electric heater 12 by two-bit triplet motor-driven valve 41, combustion gas or electric heater import 18, combustion gas or electric heater 12 are connected with combustion gas or electric heater outlet 20 again and are communicated with domestic hot-water's interface 22 by the mixed water valve 24 of anti-scald, hot water outlet 19, and municipal tap water interface 21 mixes water valve 24 by cooling water inlet 17 and anti-scald and is communicated with hot water outlet 19;
Combustion gas or electric heater import 18 are connected with combustion gas or electric heater import 20 by first ball valve 23;
Cooling water inlet 17 is communicated with storage tank import 15;
Second ball valve, 42, the second ball valves 42 in parallel are communicated with wall hanging stove cold water interface 35 between cooling water inlet 17 and the storage tank import 15, two-bit triplet motor-driven valve 41 in parallel between second ball valve 42 and the wall hanging stove cold water interface 35;
On the pipeline that wall hanging stove interface of hot water 36 access two-bit triplet motor-driven valves 41 in parallel and combustion gas or electric heater import are 18.
Embodiment 6
As shown in Figure 6, the embodiment of the invention provides a kind of integrated pipeline control module for solar water heating system, and described integrated pipeline control module comprises solar thermal collector 1, heat storage water tank 11, burnt gas wall hanging furnace 39 and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port 5 and liquid return hole 6, hot water circuit import 13, hot water circuit outlet 14, storage tank import 15, storage tank outlet 16, cooling water inlet 17, combustion gas or electric heater import 18, hot water outlet 19, combustion gas or electric heater outlet 20, municipal tap water interface 21, domestic hot-water's interface 22, wall hanging stove cold water interface 35, wall hanging stove interface of hot water 36, the first solar energy interface 37, the second solar energy interface, 38, the first to two circulating pumps 9,10, plate type heat exchanger 46, anti-scald mixes water valve 24, second air bleeding valve, 44, the first check-valves 8, stop valve 7, first to second ball valve 23,42, two-bit triplet motor-driven valve 41;
Wherein, liquid injection port 5 is by the second solar energy interface 38, solar thermal collector 1, the first solar energy interface 37, second air bleeding valve 44, plate type heat exchanger 46, flowmeter 45, first circulating pump 9, check-valves 8, be connected with liquid return hole 6, liquid injection port 5 is connected with liquid return hole 6 by stop valve 7, membrane becomes expanded jar 3 in parallel between liquid injection port 5 and the second solar energy interface 38, in parallel pressure safety valve 2 and Pressure gauge 4 between liquid injection port 5 and expansion drum 3;
Hot water circuit import 13, second circulating pump 10, plate type heat exchanger 46, hot water circuit outlet 14 are connected, and hot water circuit outlet 14 is connected to heat storage water tank 11, and hot water circuit import 13 is connected to heat storage water tank 11;
Heat storage water tank 11 is connected with storage tank outlet 16 with storage tank import 15 respectively again, storage tank import 16 is connected to combustion gas or electric heater import 18 by two-bit triplet motor-driven valve 41, combustion gas or electric heater outlet 20 connect by the mixed water valve 24 of anti-scald, hot water outlet 19 and are communicated with domestic hot-water's interface 22, and municipal tap water interface 21 mixes water valve 24 by cooling water inlet 17 and anti-scald and is communicated with hot water outlet 19;
Combustion gas or electric heater import 18 are connected with combustion gas or electric heater import 20 by first ball valve 23;
Cooling water inlet 17 is communicated with storage tank import 15;
Second ball valve, 42, the second ball valves 42 in parallel are connected to two-bit triplet motor-driven valve 41 in parallel between burnt gas wall hanging furnace 39, the second ball valves 42 and the wall hanging stove cold water interface 35 by wall hanging stove cold water interface 35 between cooling water inlet 17 and the storage tank import 15;
Burnt gas wall hanging furnace 39 is by on wall hanging stove interface of hot water 36 pipeline that inserts 18 of two-bit triplet motor-driven valves 41 and combustion gas or electric heater imports in parallel.
Embodiment 7
As shown in Figure 7, the embodiment of the invention provides a kind of integrated pipeline control module for solar water heating system, and described integrated pipeline control module comprises solar thermal collector 1, heat storage water tank 11 and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port 5 and liquid return hole 6, hot water circuit import 13, hot water circuit outlet 14, storage tank import 15, storage tank outlet 16, cooling water inlet 17, combustion gas or electric heater import 18, hot water outlet 19, combustion gas or electric heater outlet 20, municipal tap water interface 21, domestic hot-water's interface 22, wall hanging stove cold water interface 35, wall hanging stove interface of hot water 36, the first solar energy interface 37, the second solar energy interface, 38, the first to two circulating pumps 9,10, plate type heat exchanger 46, anti-scald mixes water valve 24, second air bleeding valve, 44, the first check-valves 8, stop valve 7, first to second ball valve 23,42, two-bit triplet motor-driven valve 41;
Wherein, liquid injection port 5 is by the second solar energy interface 38, solar thermal collector 1, the first solar energy interface 37, second air bleeding valve 44, plate type heat exchanger 46, flowmeter 45, first circulating pump 9, check-valves 8, be connected with liquid return hole 6, liquid injection port 5 is connected with liquid return hole 6 by stop valve 7, membrane becomes expanded jar 3 in parallel between liquid injection port 5 and the second solar energy interface 38, in parallel pressure safety valve 2 and Pressure gauge 4 between liquid injection port 5 and expansion drum 3;
Hot water circuit import 13, second circulating pump 10, plate type heat exchanger 46, hot water circuit outlet 14 are connected, and hot water circuit outlet 14 is connected to heat storage water tank 11, and hot water circuit import 13 is connected to heat storage water tank 11;
Heat storage water tank 11 is connected with storage tank outlet 16 with storage tank import 15 respectively again, storage tank import 16 is connected to combustion gas or electric heater import 18 by two-bit triplet motor-driven valve 41, combustion gas or electric heater outlet 20 are communicated with domestic hot-water's interface 22 by the mixed water valve 24 of anti-scald, hot water outlet 19, and municipal tap water interface 21 mixes water valve 24 by cooling water inlet 17 and anti-scald and is communicated with hot water outlet 19;
Combustion gas or electric heater import 18 are connected with combustion gas or electric heater import 20 by first ball valve 23;
Cooling water inlet 17 is communicated with storage tank import 15;
Second ball valve, 42, the second ball valves 42 in parallel are communicated with wall hanging stove cold water interface 35 between cooling water inlet 17 and the storage tank import 15, two-bit triplet motor-driven valve 41 in parallel between second ball valve 42 and the wall hanging stove cold water interface 35;
On the pipeline that wall hanging stove interface of hot water 36 access two-bit triplet motor-driven valves 41 in parallel and combustion gas or electric heater import are 18.
The above only is preferred embodiment of the present invention, and is in order to limit the present invention, within the spirit and principles in the present invention not all, any modification of doing, is equal to replacement, improvement etc., all should be included within protection scope of the present invention.

Claims (7)

1. integrated pipeline control module that is used for solar water heating system, it is characterized in that described integrated pipeline control module comprises solar thermal collector (1), heat storage water tank (11), combustion gas or electric heater (12), burnt gas wall hanging furnace (39), low temperature heating end (40) and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port (5) and liquid return hole (6), hot water circuit import (13), hot water circuit outlet (14), storage tank import (15), storage tank outlet (16), cooling water inlet (17), combustion gas or electric heater import (18), hot water outlet (19), combustion gas or electric heater outlet (20), municipal tap water interface (21), domestic hot-water's interface (22), low temperature heating interface (31), low temperature heating backwater interface (32), wall hanging stove heat supply interface (33), wall hanging stove backwater interface (34), wall hanging stove cold water interface (35), wall hanging stove interface of hot water (36), the first solar energy interface (37), the second solar energy interface (38), first to fourth circulating pump (9,10,25,29), heating plate type heat exchanger (26), plate type heat exchanger (46), anti-scald mixes water valve (24), first to second air bleeding valve (27,44), first to second check-valves (8,30), check valve (43), mix water valve (28), stop valve (7), first to second ball valve (23,42), two-bit triplet motor-driven valve (41), and water compensating valve (BS);
Wherein, liquid injection port (5) is by the second solar energy interface (38), solar thermal collector (1), the first solar energy interface (37), second air bleeding valve (44), plate type heat exchanger (46), flowmeter (45), first circulating pump (9), check-valves (8), be connected with liquid return hole (6), liquid injection port (5) is connected with liquid return hole (6) by stop valve (7), membrane becomes expanded jar in parallel (3) between liquid injection port (5) and the second solar energy interface (38), in parallel pressure safety valve (2) and Pressure gauge (4) between liquid injection port (5) and expansion drum (3);
Hot water circuit import (13), second circulating pump (10), plate type heat exchanger (46), hot water circuit outlet (14) are connected, and hot water circuit outlet (14) is connected to heat storage water tank (11), and hot water circuit import (13) is connected to heat storage water tank (11);
Heat storage water tank (11) is connected with storage tank outlet (16) with storage tank import (15) respectively again, storage tank import (16) is connected to combustion gas or electric heater (12) by two-bit triplet motor-driven valve (41), combustion gas or electric heater import (18), combustion gas or electric heater (12) are connected with combustion gas or electric heater outlet (20) again and are communicated with domestic hot-water's interface (22) by the mixed water valve (24) of anti-scald, hot water outlet (19), and municipal tap water interface (21) mixes water valve (24) by cooling water inlet (17) and anti-scald and is communicated with hot water outlet (19);
Combustion gas or electric heater import (18) are connected with combustion gas or electric heater import (20) by first ball valve (23);
Cooling water inlet (17) is communicated with storage tank import (15);
Combustion gas or electric heater import (20) are by on the 3rd circulating pump (25), heating plate type heat exchanger (26), check valve (43) pipeline that inserts between cooling water inlet (17) and the storage tank import (15) in parallel;
Second ball valve in parallel (42) between cooling water inlet (17) and the storage tank import (15), second ball valve (42) is connected to burnt gas wall hanging furnace (39) by wall hanging stove cold water interface (35), two-bit triplet motor-driven valve in parallel (41) between second ball valve (42) and the wall hanging stove cold water interface (35);
Burnt gas wall hanging furnace (39) is by on wall hanging stove interface of hot water (36) pipeline that inserts between two-bit triplet motor-driven valve (41) and combustion gas or electric heater import (18) in parallel;
Burnt gas wall hanging furnace (39) is connected to low temperature heating end (40) by wall hanging stove heat supply interface (33), air bleeding valve (27), mixed water valve (28), the 4th circulating pump (29), check-valves (30), low temperature heating interface (31);
Low temperature heating end (40) is connected to burnt gas wall hanging furnace (39) by low temperature heating backwater interface (32), heating plate type heat exchanger (26), wall hanging stove backwater interface (34) again, the water valve (28) that mixes in parallel between low temperature heating backwater interface (32) and the heating plate type heat exchanger (26).
2. integrated pipeline control module that is used for solar water heating system, it is characterized in that described integrated pipeline control module comprises solar thermal collector (1), heat storage water tank (11), burnt gas wall hanging furnace (39), low temperature heating end (40) and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port (5) and liquid return hole (6), hot water circuit import (13), hot water circuit outlet (14), storage tank import (15), storage tank outlet (16), cooling water inlet (17), combustion gas or electric heater import (18), hot water outlet (19), combustion gas or electric heater outlet (20), municipal tap water interface (21), domestic hot-water's interface (22), low temperature heating interface (31), low temperature heating backwater interface (32), wall hanging stove heat supply interface (33), wall hanging stove backwater interface (34), wall hanging stove cold water interface (35), wall hanging stove interface of hot water (36), the first solar energy interface (37), the second solar energy interface (38), first to fourth circulating pump (9,10,25,29), heating plate type heat exchanger (26), plate type heat exchanger (46), anti-scald mixes water valve (24), first to second air bleeding valve (27,44), first to second check-valves (8,30), check valve (43), mix water valve (28), stop valve (7), first to second ball valve (23,42), two-bit triplet motor-driven valve (41), and water compensating valve (BS);
Wherein, liquid injection port (5) is by the second solar energy interface (38), solar thermal collector (1), the first solar energy interface (37), second air bleeding valve (44), plate type heat exchanger (46), flowmeter (45), first circulating pump (9), check-valves (8), be connected with liquid return hole (6), liquid injection port (5) is connected with liquid return hole (6) by stop valve (7), membrane becomes expanded jar in parallel (3) between liquid injection port (5) and the second solar energy interface (38), in parallel pressure safety valve (2) and Pressure gauge (4) between liquid injection port (5) and expansion drum (3);
Hot water circuit import (13), second circulating pump (10), plate type heat exchanger (46), hot water circuit outlet (14) are connected, and hot water circuit outlet (14) is connected to heat storage water tank (11), and hot water circuit import (13) is connected to heat storage water tank (11);
Heat storage water tank (11) is connected with storage tank outlet (16) with storage tank import (15) respectively again, storage tank import (16) is connected to combustion gas or electric heater import (18) by two-bit triplet motor-driven valve (41), combustion gas or electric heater outlet (20) are communicated with domestic hot-water's interface (22) by the mixed water valve (24) of anti-scald, hot water outlet (19), and municipal tap water interface (21) mixes water valve (24) by cooling water inlet (17) and anti-scald and is communicated with hot water outlet (19);
Combustion gas or electric heater import (18) are connected with combustion gas or electric heater import (20) by first ball valve (23);
Cooling water inlet (17) is communicated with storage tank import (15);
Combustion gas or electric heater import (20) are by on the 3rd circulating pump (25), heating plate type heat exchanger (26), check valve (43) pipeline that inserts between cooling water inlet (17) and the storage tank import (15) in parallel;
Second ball valve in parallel (42) between cooling water inlet (17) and the storage tank import (15), second ball valve (42) is connected to burnt gas wall hanging furnace (39) by wall hanging stove cold water interface (35), two-bit triplet motor-driven valve in parallel (41) between second ball valve (42) and the wall hanging stove cold water interface (35);
Burnt gas wall hanging furnace (39) is by on wall hanging stove interface of hot water (36) pipeline that inserts between two-bit triplet motor-driven valve (41) and combustion gas or electric heater import (18) in parallel;
Burnt gas wall hanging furnace (39) is connected to low temperature heating end (40) by wall hanging stove heat supply interface (33), air bleeding valve (27), mixed water valve (28), the 4th circulating pump (29), check-valves (30), low temperature heating interface (31);
Low temperature heating end (40) is connected to burnt gas wall hanging furnace (39) by low temperature heating backwater interface (32), heating plate type heat exchanger (26), wall hanging stove backwater interface (34) again, the water valve (28) that mixes in parallel between low temperature heating backwater interface (32) and the heating plate type heat exchanger (26).
3. integrated pipeline control module that is used for solar water heating system, it is characterized in that described integrated pipeline control module comprises solar thermal collector (1), heat storage water tank (11), combustion gas or electric heater (12), low temperature heating end (40) and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port (5) and liquid return hole (6), hot water circuit import (13), hot water circuit outlet (14), storage tank import (15), storage tank outlet (16), cooling water inlet (17), combustion gas or electric heater import (18), hot water outlet (19), combustion gas or electric heater outlet (20), municipal tap water interface (21), domestic hot-water's interface (22), low temperature heating interface (31), low temperature heating backwater interface (32), wall hanging stove heat supply interface (33), wall hanging stove backwater interface (34), wall hanging stove cold water interface (35), wall hanging stove interface of hot water (36), the first solar energy interface (37), the second solar energy interface (38), first to fourth circulating pump (9,10,25,29), heating plate type heat exchanger (26), plate type heat exchanger (46), anti-scald mixes water valve (24), first to second air bleeding valve (27,44), first to second check-valves (8,30), check valve (43), mix water valve (28), stop valve (7), first to second ball valve (23,42), two-bit triplet motor-driven valve (41), and water compensating valve (BS);
Wherein, liquid injection port (5) is by the second solar energy interface (38), solar thermal collector (1), the first solar energy interface (37), second air bleeding valve (44), plate type heat exchanger (46), flowmeter (45), first circulating pump (9), check-valves (8), be connected with liquid return hole (6), liquid injection port (5) is connected with liquid return hole (6) by stop valve (7), membrane becomes expanded jar in parallel (3) between liquid injection port (5) and the second solar energy interface (38), in parallel pressure safety valve (2) and Pressure gauge (4) between liquid injection port (5) and expansion drum (3);
Hot water circuit import (13), second circulating pump (10), plate type heat exchanger (46), hot water circuit outlet (14) are connected, and hot water circuit outlet (14) is connected to heat storage water tank (11), and hot water circuit import (13) is connected to heat storage water tank (11);
Heat storage water tank (11) is connected with storage tank outlet (16) with storage tank import (15) respectively again, storage tank import (16) is connected to combustion gas or electric heater (12) by two-bit triplet motor-driven valve (41), combustion gas or electric heater import (18), combustion gas or electric heater (12) are connected with combustion gas or electric heater outlet (20) again and are communicated with domestic hot-water's interface (22) by the mixed water valve (24) of anti-scald, hot water outlet (19), and municipal tap water interface (21) mixes water valve (24) by cooling water inlet (17) and anti-scald and is communicated with hot water outlet (19);
Combustion gas or electric heater import (18) are connected with combustion gas or electric heater import (20) by first ball valve (23);
Cooling water inlet (17) is communicated with storage tank import (15);
Combustion gas or electric heater import (20) are by on the 3rd circulating pump (25), heating plate type heat exchanger (26), check valve (43) pipeline that inserts between cooling water inlet (17) and the storage tank import (15) in parallel;
Second ball valve in parallel (42) between cooling water inlet (17) and the storage tank import (15), second ball valve (42) is communicated with wall hanging stove cold water interface (35), two-bit triplet motor-driven valve in parallel (41) between second ball valve (42) and the wall hanging stove cold water interface (35);
On wall hanging stove interface of hot water (36) pipeline that inserts between two-bit triplet motor-driven valve (41) and combustion gas or electric heater import (18) in parallel;
Wall hanging stove heat supply interface (33) is connected to low temperature heating end (40) through air bleeding valve (27), mixed water valve (28), the 4th circulating pump (29), check-valves (30), low temperature heating interface (31);
Low temperature heating end (40) is connected to wall hanging stove backwater interface (34) by low temperature heating backwater interface (32), heating plate type heat exchanger (26) again, the water valve (28) that mixes in parallel between low temperature heating backwater interface (32) and the heating plate type heat exchanger (26).
4. an integrated pipeline control module that is used for solar water heating system is characterized in that described integrated pipeline control module comprises solar thermal collector (1), heat storage water tank (11), combustion gas or electric heater (12) and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port (5) and liquid return hole (6), hot water circuit import (13), hot water circuit outlet (14), storage tank import (15), storage tank outlet (16), cooling water inlet (17), combustion gas or electric heater import (18), hot water outlet (19), combustion gas or electric heater outlet (20), municipal tap water interface (21), domestic hot-water's interface (22), low temperature heating interface (31), low temperature heating backwater interface (32), wall hanging stove heat supply interface (33), wall hanging stove backwater interface (34), wall hanging stove cold water interface (35), wall hanging stove interface of hot water (36), the first solar energy interface (37), the second solar energy interface (38), first to fourth circulating pump (9,10,25,29), heating plate type heat exchanger (26), plate type heat exchanger (46), anti-scald mixes water valve (24), first to second air bleeding valve (27,44), first to second check-valves (8,30), check valve (43), mix water valve (28), stop valve (7), first to second ball valve (23,42), two-bit triplet motor-driven valve (41);
Wherein, liquid injection port (5) is by the second solar energy interface (38), solar thermal collector (1), the first solar energy interface (37), second air bleeding valve (44), plate type heat exchanger (46), flowmeter (45), first circulating pump (9), check-valves (8), be connected with liquid return hole (6), liquid injection port (5) is connected with liquid return hole (6) by stop valve (7), membrane becomes expanded jar in parallel (3) between liquid injection port (5) and the second solar energy interface (38), in parallel pressure safety valve (2) and Pressure gauge (4) between liquid injection port (5) and expansion drum (3);
Hot water circuit import (13), second circulating pump (10), plate type heat exchanger (46), hot water circuit outlet (14) are connected, and hot water circuit outlet (14) is connected to heat storage water tank (11), and hot water circuit import (13) is connected to heat storage water tank (11);
Heat storage water tank (11) is connected with storage tank outlet (16) with storage tank import (15) respectively again, storage tank import (16) is connected to combustion gas or electric heater (12) by two-bit triplet motor-driven valve (41), combustion gas or electric heater import (18), combustion gas or electric heater (12) are connected with combustion gas or electric heater outlet (20) again and are communicated with domestic hot-water's interface (22) by the mixed water valve (24) of anti-scald, hot water outlet (19), and municipal tap water interface (21) mixes water valve (24) by cooling water inlet (17) and anti-scald and is communicated with hot water outlet (19);
Combustion gas or electric heater import (18) are connected with combustion gas or electric heater import (20) by first ball valve (23);
Cooling water inlet (17) is communicated with storage tank import (15);
Combustion gas or electric heater import (20) are by on the 3rd circulating pump (25), heating plate type heat exchanger (26), check valve (43) pipeline that inserts between cooling water inlet (17) and the storage tank import (15) in parallel;
Second ball valve in parallel (42) between cooling water inlet (17) and the storage tank import (15), second ball valve (42) is communicated with wall hanging stove cold water interface (35), two-bit triplet motor-driven valve in parallel (41) between second ball valve (42) and the wall hanging stove cold water interface (35);
On wall hanging stove interface of hot water (36) pipeline that inserts between two-bit triplet motor-driven valve (41) and combustion gas or electric heater import (18) in parallel;
Wall hanging stove heat supply interface (33) is connected to low temperature heating interface (31) through air bleeding valve (27), mixed water valve (28), the 4th circulating pump (29), check-valves (30);
Low temperature heating backwater interface (32) is connected to wall hanging stove backwater interface (34) by heating plate type heat exchanger (26), the water valve (28) that mixes in parallel between low temperature heating backwater interface (32) and the heating plate type heat exchanger (26).
5. an integrated pipeline control module that is used for solar water heating system is characterized in that described integrated pipeline control module comprises solar thermal collector (1), heat storage water tank (11), combustion gas or electric heater (12) and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port (5) and liquid return hole (6), hot water circuit import (13), hot water circuit outlet (14), storage tank import (15), storage tank outlet (16), cooling water inlet (17), combustion gas or electric heater import (18), hot water outlet (19), combustion gas or electric heater outlet (20), municipal tap water interface (21), domestic hot-water's interface (22), wall hanging stove cold water interface (35), wall hanging stove interface of hot water (36), the first solar energy interface (37), the second solar energy interface (38), first to two circulating pump (9,10), plate type heat exchanger (46), anti-scald mixes water valve (24), second air bleeding valve (44), first check-valves (8), stop valve (7), first to second ball valve (23,42), two-bit triplet motor-driven valve (41);
Wherein, liquid injection port (5) is by the second solar energy interface (38), solar thermal collector (1), the first solar energy interface (37), second air bleeding valve (44), plate type heat exchanger (46), flowmeter (45), first circulating pump (9), check-valves (8), be connected with liquid return hole (6), liquid injection port (5) is connected with liquid return hole (6) by stop valve (7), membrane becomes expanded jar in parallel (3) between liquid injection port (5) and the second solar energy interface (38), in parallel pressure safety valve (2) and Pressure gauge (4) between liquid injection port (5) and expansion drum (3);
Hot water circuit import (13), second circulating pump (10), plate type heat exchanger (46), hot water circuit outlet (14) are connected, and hot water circuit outlet (14) is connected to heat storage water tank (11), and hot water circuit import (13) is connected to heat storage water tank (11);
Heat storage water tank (11) is connected with storage tank outlet (16) with storage tank import (15) respectively again, storage tank import (16) is connected to combustion gas or electric heater (12) by two-bit triplet motor-driven valve (41), combustion gas or electric heater import (18), combustion gas or electric heater (12) are connected with combustion gas or electric heater outlet (20) again and are communicated with domestic hot-water's interface (22) by the mixed water valve (24) of anti-scald, hot water outlet (19), and municipal tap water interface (21) mixes water valve (24) by cooling water inlet (17) and anti-scald and is communicated with hot water outlet (19);
Combustion gas or electric heater import (18) are connected with combustion gas or electric heater import (20) by first ball valve (23);
Cooling water inlet (17) is communicated with storage tank import (15);
Second ball valve in parallel (42) between cooling water inlet (17) and the storage tank import (15), second ball valve (42) is communicated with wall hanging stove cold water interface (35), two-bit triplet motor-driven valve in parallel (41) between second ball valve (42) and the wall hanging stove cold water interface (35);
On wall hanging stove interface of hot water (36) pipeline that inserts between two-bit triplet motor-driven valve (41) and combustion gas or electric heater import (18) in parallel.
6. an integrated pipeline control module that is used for solar water heating system is characterized in that described integrated pipeline control module comprises solar thermal collector (1), heat storage water tank (11), burnt gas wall hanging furnace (39) and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port (5) and liquid return hole (6), hot water circuit import (13), hot water circuit outlet (14), storage tank import (15), storage tank outlet (16), cooling water inlet (17), combustion gas or electric heater import (18), hot water outlet (19), combustion gas or electric heater outlet (20), municipal tap water interface (21), domestic hot-water's interface (22), wall hanging stove cold water interface (35), wall hanging stove interface of hot water (36), the first solar energy interface (37), the second solar energy interface (38), first to two circulating pump (9,10), plate type heat exchanger (46), anti-scald mixes water valve (24), second air bleeding valve (44), first check-valves (8), stop valve (7), first to second ball valve (23,42), two-bit triplet motor-driven valve (41);
Wherein, liquid injection port (5) is by the second solar energy interface (38), solar thermal collector (1), the first solar energy interface (37), second air bleeding valve (44), plate type heat exchanger (46), flowmeter (45), first circulating pump (9), check-valves (8), be connected with liquid return hole (6), liquid injection port (5) is connected with liquid return hole (6) by stop valve (7), membrane becomes expanded jar in parallel (3) between liquid injection port (5) and the second solar energy interface (38), in parallel pressure safety valve (2) and Pressure gauge (4) between liquid injection port (5) and expansion drum (3);
Hot water circuit import (13), second circulating pump (10), plate type heat exchanger (46), hot water circuit outlet (14) are connected, and hot water circuit outlet (14) is connected to heat storage water tank (11), and hot water circuit import (13) is connected to heat storage water tank (11);
Heat storage water tank (11) is connected with storage tank outlet (16) with storage tank import (15) respectively again, storage tank import (16) is connected to combustion gas or electric heater import (18) by two-bit triplet motor-driven valve (41), combustion gas or electric heater outlet (20) connect by the mixed water valve (24) of anti-scald, hot water outlet (19) and are communicated with domestic hot-water's interface (22), and municipal tap water interface (21) mixes water valve (24) by cooling water inlet (17) and anti-scald and is communicated with hot water outlet (19);
Combustion gas or electric heater import (18) are connected with combustion gas or electric heater import (20) by first ball valve (23);
Cooling water inlet (17) is communicated with storage tank import (15);
Second ball valve in parallel (42) between cooling water inlet (17) and the storage tank import (15), second ball valve (42) is connected to burnt gas wall hanging furnace (39) by wall hanging stove cold water interface (35), two-bit triplet motor-driven valve in parallel (41) between second ball valve (42) and the wall hanging stove cold water interface (35);
Burnt gas wall hanging furnace (39) is by on wall hanging stove interface of hot water (36) pipeline that inserts between two-bit triplet motor-driven valve (41) and combustion gas or electric heater import (18) in parallel.
7. an integrated pipeline control module that is used for solar water heating system is characterized in that described integrated pipeline control module comprises solar thermal collector (1), heat storage water tank (11) and the integrated pipeline that connects them;
Described integrated pipeline comprises liquid injection port (5) and liquid return hole (6), hot water circuit import (13), hot water circuit outlet (14), storage tank import (15), storage tank outlet (16), cooling water inlet (17), combustion gas or electric heater import (18), hot water outlet (19), combustion gas or electric heater outlet (20), municipal tap water interface (21), domestic hot-water's interface (22), wall hanging stove cold water interface (35), wall hanging stove interface of hot water (36), the first solar energy interface (37), the second solar energy interface (38), first to two circulating pump (9,10), plate type heat exchanger (46), anti-scald mixes water valve (24), second air bleeding valve (44), first check-valves (8), stop valve (7), first to second ball valve (23,42), two-bit triplet motor-driven valve (41);
Wherein, liquid injection port (5) is by the second solar energy interface (38), solar thermal collector (1), the first solar energy interface (37), second air bleeding valve (44), plate type heat exchanger (46), flowmeter (45), first circulating pump (9), check-valves (8), be connected with liquid return hole (6), liquid injection port (5) is connected with liquid return hole (6) by stop valve (7), membrane becomes expanded jar in parallel (3) between liquid injection port (5) and the second solar energy interface (38), in parallel pressure safety valve (2) and Pressure gauge (4) between liquid injection port (5) and expansion drum (3);
Hot water circuit import (13), second circulating pump (10), plate type heat exchanger (46), hot water circuit outlet (14) are connected, and hot water circuit outlet (14) is connected to heat storage water tank (11), and hot water circuit import (13) is connected to heat storage water tank (11);
Heat storage water tank (11) is connected with storage tank outlet (16) with storage tank import (15) respectively again, storage tank import (16) is connected to combustion gas or electric heater import (18) by two-bit triplet motor-driven valve (41), combustion gas or electric heater outlet (20) are communicated with domestic hot-water's interface (22) by the mixed water valve (24) of anti-scald, hot water outlet (19), and municipal tap water interface (21) mixes water valve (24) by cooling water inlet (17) and anti-scald and is communicated with hot water outlet (19);
Combustion gas or electric heater import (18) are connected with combustion gas or electric heater import (20) by first ball valve (23);
Cooling water inlet (17) is communicated with storage tank import (15);
Second ball valve in parallel (42) between cooling water inlet (17) and the storage tank import (15), second ball valve (42) is communicated with wall hanging stove cold water interface (35), two-bit triplet motor-driven valve in parallel (41) between second ball valve (42) and the wall hanging stove cold water interface (35);
On wall hanging stove interface of hot water (36) pipeline that inserts between two-bit triplet motor-driven valve (41) and combustion gas or electric heater import (18) in parallel.
CN 201110388025 2011-11-29 2011-11-29 Integrated pipeline control module for solar water heating systems Expired - Fee Related CN102393042B (en)

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CN103162337A (en) * 2013-04-11 2013-06-19 中天同圆太阳能高科技有限公司 Solar energy heat collector
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CN106196723B (en) * 2016-08-30 2018-02-09 山东格瑞德集团有限公司 Domestic solar air energy use in conjunction integrates inverting model

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