CN205079332U

CN205079332U - High -efficient intelligent single household heating system of gas formula

Info

Publication number: CN205079332U
Application number: CN201520560318.5U
Authority: CN
Inventors: 张耀辰
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-07-24
Filing date: 2015-07-24
Publication date: 2016-03-09
Anticipated expiration: 2025-07-24

Abstract

The utility model discloses a high -efficient intelligent single household heating system of gas formula, this system comprises with a plurality of serial -type subloops that connect in parallel on the major loop natural circulation or minute -pressure endless serial -type major loop, and major loop and subloop comprise gas formula hanging stove, tertiary water purification treatment device, electronic miniature pipeline pump, automatic control valve, computer, high -order return water case, heat exchanger, level sensor, temperature sensor, above -mentioned heating system has realized predetermineeing programming, remote control, quick heat supply completely to can be according to the resident family to the temperature demand of different rooms in the period of difference, realization intelligent control, this heating system wide applicability, the design and installation is more convenient, because uses the single household as heat supply unit, independence is strong, than traditional heat supply in the aspect of the working costs, the expense can reduce the input cost that can regain this system in 30%~55%, 3~4 years, economic benefits and social salient, the energy saving and emission reduction score is showing.

Description

Gas-type high-efficiency intelligence single household heating system

Technical field

The utility model relates to a kind of gas-type high-efficiency intelligence single household heating system, and refer in particular to the residential houses single household heating system needing winter heating, as long as there is gas source, the utility model just can be widely applied.

Background technology

Residential houses winter heating heating system domestic at present, the overwhelming majority adopts the mode of central heating, thermal source is provided by Thermal Corp, huge numbers of families are transported to by pipe network, thermal source is in course of conveying, because pipeline heat loss will slattern a part of heat, after thermal source enters resident family, the overwhelming majority adopts the heat-supplying mode of the single systemic circulation of tandem, the heat-supplying mode of the single systemic circulation of this tandem, though there is principle simple, to design and construct feature easily, but there is the significant deficiency that can not regulate and control after thermal source enters resident family, in actual life, civilian resident family is in the different periods, to bedroom, parlor, there is different temperature requirements in the rooms such as kitchen guarding, China is in heating fee charge system in addition, and most North City is still collected according to construction area, and do not embody by with heat number pay dues, namely lack justice, waste the valuable energy.

Although some community, residential houses built up in the recent period achieves household metering heat supply, be only for " family ", and do not accomplish the optimization of heat supply, for the Intelligent heating system in " room ".

Utility model content

The technical problems to be solved in the utility model is to provide a kind of gas-type high-efficiency intelligence single household heating system, this gas-type high-efficiency intelligence single household heating system, for existing centralized heating system, make great improvement, single household has been become from heat supply from the pipe network heat supply of Thermal Corp, user is basic heat unit with single family, as long as have fuel gas source in family, just can by arranging small gas stove at home, three grades of purified water treatment devices, heat exchanger and intelligence control system realize the optimization to each room heat supply in family, thus increased substantially the service efficiency of heat.

The technical problems to be solved in the utility model is realized by following scheme: gas-type high-efficiency intelligence single household heating system, be characterized in, whole system is made up of small gas formula wall-hung boiler, three grades of purified water treatment devices, heat exchanger, intelligence control system, high-order backwater tank five parts, and above-mentioned intelligence control system comprises again computer, temperature sensor, internally piloted valve three parts; Whole system is made up of double-loop circulation system, wherein combustion type wall-hung boiler, three grades of purified water treatment devices, Minitype electric tubing pump, backwater tanks form tandem major loop Natural Circulation or minute-pressure circulation, and each room heat exchanger is connected on major loop with parallel way and is formed respective point circuit cycle; Each room set temperature sensor, each heat exchanger water inlet end arranges electric auto-control valve; The heat supplying process of gas-type high-efficiency intelligence single household system is as follows: the three grades of purified water treatment devices be first made up of PP cotton, active carbon, reverse osmosis membrane start, pure water is filled in system, water injection rate overflows till water to see in high-order recovery tank, now stop supplying water, whole the injecting process parameter preset, liquid level sensor, computer manipulate; Open combustion type wall-hung boiler heating system, each room sets temperature required simultaneously, electric auto-control valve is opened, heating system starts running under Natural Circulation or minute-pressure recurrent state, whole heat supplying process controls automatically by computer programming, when occupying indoor temperature and starting close to set temperature, temperature sensor passes signal back to computer, computer sends instruction electric auto-control valve to start to turn down circular flow gradually, when temperature reaches design temperature, under the manipulation of computer, electric auto-control valve is in a kind of dynamic fine setting state; Each room can according to the requirement of people, in the different time periods, different temperature index is set, manipulated by computer and automatically perform, meet the room that people are different completely at home, the different time periods, need different temperature environment requirements, achieve the heat supply of hommization to greatest extent, thus the waste of heat has been dropped to minimum degree, reach the object of energy-saving and emission-reduction.

Above-mentioned gas-type high-efficiency intelligence single household heating system tandem major loop minute-pressure circulation, realized by the Minitype electric tubing pump be serially connected in after burnt gas wall hanging furnace, the unlatching of Minitype electric tubing pump runs, the flow velocity of system water can be made to improve more than 2 times than Natural Circulation, generally, do not open tubing pump, natural circulation heating, when there being specific demand, the object of quick heat supply can be reached.

In above-mentioned gas-type high-efficiency intelligence single household heating system, three grades of purified water treatment devices are only when heating period starts, the disposable heat supply pipeline for this family fills the pure water as heat transfer medium, in whole heating period, only according to the liquid level sensor in high-order recovery tank, according to the parameter of setting, send instruction by computer and carry out the water yield that regularly trace supplements a little loss; These three grades of purified water treatment devices can be the drinking water that family provides high-quality at ordinary times, a set of water treatment system, be heating system and provide high-quality, non-scaling, antirust heat transfer medium pure water, also for user provides high-quality drinking water the whole year, the cost performance of system is very high.

The utility model has the advantages that: above-mentioned heating system, design and installation is simple, critical piece can adopt the product of market sale, can be completely achieved and preset programming, realize remote control by mobile phone, very hommization, heat cost can be made to reach minimum, show according to test statistics on the spot, northern area, 120m ²resident's house type, calculate by heating in 6 months, than traditional heating charge, expense can reduce by 30% ~ 55%, as long as simultaneously because this heating system has gas source, just the independent heat supply system in units of family can be formed, not by ectocine, namely the burden of central heating enterprise is alleviated, again for user saves a high network fee, both sides are satisfaction, according to running rear measuring and calculating on the spot, the operating cost of annual saving adds the network fee of saving, it is the whole disposable input totle drilling cost of recoverable native system in 3 ~ 4 years, economic benefit and social benefit are given prominence to, energy-saving and emission-reduction achieve noticeable achievement.

Accompanying drawing explanation

Fig. 1 is gas-type high-efficiency intelligence single household heating system workflow schematic diagram

In FIG: 1. five bedroom 9. autocontrol valve 10. micro-tube pump 11. heat exchanger 12. manhole 13. liquid level sensor 14. temperature sensors in four rooms, study 8. in three rooms, toilet 7. in two rooms, kitchen 6. in room, parlor 5., one of combustion type wall-hung boiler 2. 3 grades of purified water treatment device 3. high-order recovery tank 4. rooms

Fig. 2 is gas-type high-efficiency intelligence single household heating system electric control principle schematic diagram

In fig. 2: 1. five bedrooms in four rooms, study 12. in three rooms, toilet 11. in two rooms, kitchen 10. in room, parlor 9., one of micro-tube pump 2. autocontrol valve 3. liquid level sensor 4. temperature sensor 5. combustion type wall-hung boiler 6. 3 grades of purified water treatment device 7. high-order recovery tank 8. rooms

Concrete embodiment

As long as have the resident resident family of gas source, be all applicable to the scope of application that this is suitable for novel application, newly In-Situ HPGe γ Spectrometry is all by simple transformation, one-time investment, this heating system of design and installation.

After entering winter, along with the decline gradually of outside air temperature, when people have the demand of indoor heating, this heating system can be started at any time, first resident family is according to the heating requirement of oneself, in establishment setup control program input computer, in resident family, the setting of each different room can refine to each room each different time period in one day 24 hours, the setting of temperature is different, as in severe winter, early morning and bedroom at dusk, toilet temperature setting should compare parlor, study, kitchen is high 3 DEG C ~ and 5 DEG C, live more convenient, and work hours section by day, indoor temperature should be set in 15 DEG C ~ about 17 DEG C, to avoid wasted heat, thus significantly reduce heating cost, and for example the northern area of China early winter and severe winter outside air temperature differ greatly, this heating system can very hommization, and in different month according to owner's demand, flexible modulation indoor temperature, cut the waste heat to greatest extent, reaches the object reducing heating cost.

After computer programming has set, three grades of purified water treatment devices are first started before system commencement of commercial operation, the pure water through purified treatment is injected in native system, water injection rate is controlled by the liquid level sensor being positioned at high-order recovery tank, because the WATER AS FLOW MEDIUM injected is high purity water, bacterium and ion remove, eliminate intrasystem pipeline scale to get rusty and the appearance of mildew phenomena, these three grades of purified water treatment devices in addition, disposable complete supplying water in system of task after, in the winter that whole system is run, according to the liquid level sensor controlling water level of setting, when the water yield in system has evaporation loss, the signal that computer can be passed back according to liquid level sensor sends instruction automatically, start three grades of purifiers and carry out in good time a small amount of supplementary pure water, according to site test result, " production capacity " about 10 ~ 20% of these three grades of purifiers provides pure water for native system, all the other 80 ~ 90% " production capacities " can also provide annual high-quality drinking water for the resident family of the family of 3 ~ 5 mouthfuls, this cover three grades of pure water treatment devices can select commercially available commodity directly to access use, thus reduce cost and the R&D risk of native system, there is higher cost performance.

After high purity water injected system, and open combustion type wall-hung boiler and carry out heating system, at major loop minute-pressure cyclic part, be provided with Minitype electric tubing pump and with Minitype electric tubing pump arranged side by side be close to road autocontrol valve, according to the requirement of user, during as need quick heat supply, computer sends instruction, now open Minitype electric tubing pump, close simultaneously and be close to road autocontrol valve, realize quick heat supply, if do not needed quick heat supply, then major loop carries out with natural circulation mode, according to site test result, can improve more than about 1 times fast for ratio of specific heat Natural Circulation rate of heat delivery.

The heat exchanger in each room is connected on major loop, in heat exchanger front end, autocontrol valve is set, set temperature sensor in each room simultaneously, the information of computer is passed back according to temperature sensor, computer sends instruction, autocontrol valve leaves large or turns down flow of inlet water to regulate and control rate of heat dispation, thus the temperature realizing the unusual hommization in each room regulates.

Claims

1. gas-type high-efficiency intelligence single household heating system, it is characterized in that: be made up of with each tandem sub-loop be parallel on major loop the Natural Circulation of connecting or minute-pressure circulation major loop, major loop comprises combustion type wall-hung boiler, three grades of purified water treatment devices, Minitype electric tubing pump, autocontrol valve, computer, high-order recovery tank, liquid level sensors.

2. sub-loop according to claim 1 comprises again autocontrol valve, temperature sensor, and sub-loop as shown in Figure 1 and Figure 2, is made up of the identical unit of more than 5 or 5.

3., in major loop according to claim 1, the road of being close to being made up of a local parallel Minitype electric tubing pump and autocontrol valve regulates and controls node, well can realize the conversion of Natural Circulation and quick heat supply two kinds of heat supply modes.