CN208534112U - A kind of integrated Power island of energy saving optimizing - Google Patents
A kind of integrated Power island of energy saving optimizing Download PDFInfo
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- CN208534112U CN208534112U CN201821089892.7U CN201821089892U CN208534112U CN 208534112 U CN208534112 U CN 208534112U CN 201821089892 U CN201821089892 U CN 201821089892U CN 208534112 U CN208534112 U CN 208534112U
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Abstract
The utility model relates to power plant field, the integrated Power island of especially a kind of energy saving optimizing.It includes steam turbine building, two boiler rooms and automatically controlled building, automatically controlled building is set between two boiler rooms, boiler room is adjacent with steam turbine building between automatically controlled building and two, and Turbo-generator Set is provided in steam turbine building, is respectively arranged with #1 waste heat boiler and #2 waste heat boiler in two boiler rooms.The building and equipment of this integrated Power island is rationally distributed, reduces the length of area of mill site and equipment room wiring and pipeline, reduces the loss of electric energy and working medium thermal energy, while the layout of centralization greatly facilitates integrated control and management.
Description
Technical field
The utility model relates to power plant field, the integrated Power island of especially a kind of energy saving optimizing.
Background technique
The equipment in Distribution of Natural formula energy source station and room arrangement are usually positioned so that cloth with function division at present
It sets, the advantage of doing so is that process system subregion is more clear, but it is especially long to be arranged so the wiring for leading to equipment room and pipeline
And complexity, the waste of electric energy is on the one hand increased, on the other hand increases the loss of working medium thermal energy, and area of mill site is very
Greatly, the space in workshop is not utilized well, greatly improve thermal power plant invest to build and operation cost, in addition, by
, equipment dispersion loose in workshop layout, is also unfavorable for centralized control and management.Therefore, it is necessary to design a kind of collection of energy saving optimizing
At Power island.
Utility model content
The purpose of the utility model is to provide a kind of integrated Power island of energy saving optimizing, and building and equipment is rationally distributed,
The length for reducing area of mill site and equipment room wiring and pipeline reduces the loss of electric energy and working medium thermal energy, collects simultaneously
The layout of middleization greatly facilitates integrated control and management.
In order to solve the above technical problems, the utility model adopts the following technical solutions:
A kind of integrated Power island of energy saving optimizing, including steam turbine building, two boiler rooms and automatically controlled building, the automatically controlled building setting
Between two boiler rooms, boiler room is adjacent with steam turbine building between the automatically controlled building and two, and steamer hair is provided in the steam turbine building
Motor group is respectively arranged with #1 waste heat boiler and #2 waste heat boiler in two boiler rooms.
The integrated Power island of energy saving optimizing above-mentioned, the automatically controlled building include three floor, the electricity respectively arranged from bottom to up
Control one floor of building, three floor of two floor of automatically controlled building and automatically controlled building, automatically controlled one floor of building includes between chemical dosing, high-tension distribution chamber of converting and waste heat
Boiler assists pump house, between the high-tension distribution chamber of converting, chemical dosing, two boiler rooms and waste heat boiler assist pump house to be adjacently positioned,
Boiler room, steam turbine building and high-tension distribution chamber of converting where the #2 waste heat boiler are adjacently positioned, it is described chemistry dosing between with #1 waste heat
Boiler room where boiler is adjacently positioned, and is adjacently positioned between the chemistry dosing with steam turbine building, the interior setting of the chemistry dosing
There is chemical chemicals dosing plant, the high-tension distribution chamber of converting is provided with the #1 machine high voltage power distributing cabinet being arranged in juxtaposition and #2 machine high voltage power distributing cabinet,
Several high pressure water pumps and low pressure feed water pump are provided in the waste heat boiler auxiliary pump house.
The integrated Power island of energy saving optimizing above-mentioned, automatically controlled two floor of building are divided into left and right side two parts, wherein left
Side is sequentially disposed with the room UPS, unit low-voltage distribution room, combustion engine control room from front to back, wherein right side is sequentially arranged from front to back
Have between #1 battery room, #2 battery room, combustion engine battery room, chemical sampling and steam water sampling room, the unit low-voltage distribution
Interior is provided with the #1 machine low-voltage distribution cabinet being arranged in juxtaposition and #2 machine low-voltage distribution cabinet, is provided in the combustion engine control room adjacent
The #2 combustion engine control cabinet of the #1 combustion engine control cabinet of arrangement is provided with steam and water sampling ap paratus in the steam water sampling room.
The integrated Power island of energy saving optimizing above-mentioned, automatically controlled three floor of building are divided into front side and rear side two parts, wherein before
Side is sequentially disposed with centralized control room and engineer station from left to right, is additionally provided with room of relieving on rear side of the engineer station,
The room of relieving also is adjacently positioned with centralized control room, wherein rear side is sequentially disposed with thermal control equipment room and CEMS from left to right
Room is provided with several thermal control cabinets arranged side by side in the thermal control equipment room.
The integrated Power island of energy saving optimizing above-mentioned, the automatically controlled building further include having automatically controlled building roof, the automatically controlled building room
Several Heating,Ventilating and Air Conditioning units are provided on face.
Compared with prior art, the utility model has the beneficial effect that
1) for the utility model by providing a kind of integrated Power island of energy saving optimizing, building and equipment is rationally distributed, reduces
The length of area of mill site and equipment room wiring and pipeline, reduces the loss of electric energy and working medium thermal energy, while centralization
Layout greatly facilitate integrated control and management；
2) by function concentration being arranged between two boiler rooms but specific automatically controlled building of dividing the work, so that the land occupation of workshop
Area is smaller, and equipment is arranged more compact, and control is more concentrated, and automatically controlled building can realize collection to steam turbine building and positioned at the boiler room of two sides
Middle control；Wherein, will should routinely be arranged between the chemical sampling in steam turbine building, between chemical dosing, thermal control equipment room, UPS
Room, #1 battery room, #2 battery room, centralized control room, steam water sampling room, unit low-voltage distribution room, combustion engine control room and
In the setting to automatically controlled building of the room CEMS, so that the occupied area in steam turbine building is smaller, but also the equipment in automatically controlled building is from more than two
Heat boiler is all closer, and two waste heat boilers are closer at a distance from steam turbine building, substantially reduces the length of equipment room wiring and pipeline,
Reduce the loss of electric energy and working medium thermal energy, and facilitates integrated control；
3) by by more high pressure water pumps at random for being arranged in #1 waste heat boiler and #2 waste heat boiler periphery originally and low
Press feed pump be arranged between #1 waste heat boiler and #2 waste heat boiler so that high pressure water pump and low pressure feed water pump with #1 waste heat
Pipeline connection between boiler and #2 waste heat boiler is simpler, while also facilitating control and maintenance；
4) by the way that several Heating,Ventilating and Air Conditioning units are arranged in automatically controlled building roof, thus to air quality and temperature in automatically controlled building
Degree is controlled, so that the equipment in automatically controlled building can be safely operated；
5) by assisting pump house, the merging of combustion engine control room to be arranged in more than two the conventional waste heat boiler being independently arranged
In automatically controlled building between heat boiler, greatly reduce the quantity of energy source station single building, reduces the first of energy source station
Phase investment.
Detailed description of the invention
Fig. 1 is the structural schematic diagram that Power island is integrated in the utility model；
Fig. 2 is the structural schematic diagram of automatically controlled two floor of building in the utility model；
Fig. 3 is the structural schematic diagram of automatically controlled three floor of building in the utility model；
Fig. 4 is the structural schematic diagram of automatically controlled building roof in the utility model.
The meaning of appended drawing reference: 1- steam turbine building, the boiler room 2-, the automatically controlled building 3-, 4- Turbo-generator Set, 5-#1 waste heat pot
Furnace, 6-#2 waste heat boiler, automatically controlled one floor of building of 7-, automatically controlled two floor of building of 8-, automatically controlled three floor of building of 9-, between 10- chemical sampling, 11- chemistry
Between dosing, 12- high-tension distribution chamber of converting, 13- waste heat boiler auxiliary pump house, 14- chemistry chemicals dosing plant, 15-#1 machine high voltage power distributing cabinet,
16-#2 machine high voltage power distributing cabinet, 17- high pressure water pump, 18- low pressure feed water pump, the room 19-UPS, 20-#1 battery room, 21-#2 store
Battery chamber, 22- combustion engine battery room, 23- unit low-voltage distribution room, 24- combustion engine control room, 25-#1 machine low-voltage distribution cabinet, 26-#
2 machine low-voltage distribution cabinets, 27-#1 combustion engine control cabinet, 28-#2 combustion engine control cabinet, the room 29-CEMS, 30- thermal control equipment room, 31- handover
Class room, 32- centralized control room, 33- engineer station, 34- thermal control cabinet, the automatically controlled building roof of 35-, 36- Heating,Ventilating and Air Conditioning unit, 38- vapour
Water sampling room, 39- steam and water sampling ap paratus.
The utility model is further described with reference to the accompanying drawings and detailed description.
Specific embodiment
The embodiments of the present invention 1: a kind of integrated Power island of energy saving optimizing is constituted as Figure 1-Figure 4, including vapour
1, two boiler room 2 of computer room and automatically controlled building 3, the automatically controlled building 3 are set between two boiler rooms 2, between the automatically controlled building 3 and two
Boiler room 2 is adjacent with steam turbine building 1, and Turbo-generator Set 4 and ancillary equipment, two boilers are provided in the steam turbine building 1
#1 waste heat boiler 5 and #2 waste heat boiler 6 are respectively arranged in room 2, the automatically controlled building 3 includes three floor, respectively automatically controlled one floor of building
7, automatically controlled two floor 8 of building and three floor 9 of automatically controlled building, every layout layer has different rooms and is integrated with different equipment, in Power island
Equipment routinely connects.
The integrated Power island of the energy saving optimizing, the automatically controlled building 3 include three floor, and that respectively arranges from bottom to up is automatically controlled
Three floor 9 of one floor 7 of building, two floor 8 of automatically controlled building and automatically controlled building, automatically controlled one floor 7 of building include 11, high-tension distribution chamber of converting 12 between chemical dosing
Pump house 13 is assisted with waste heat boiler, 11, two boiler rooms 2 and waste heat boiler assist between the high-tension distribution chamber of converting 12, chemical dosing
Pump house 13 is adjacently positioned, and the boiler room 2, steam turbine building 1 where the #2 waste heat boiler 6 are adjacently positioned with high-tension distribution chamber of converting 12, institute
11 are stated between chemical dosing to be adjacently positioned with the boiler room 2 where #1 waste heat boiler 5, between the chemistry dosing 11 with 1 phase of steam turbine building
Neighbour's arrangement is provided with chemical chemicals dosing plant 14 in 11 between the chemistry dosing, and the high-tension distribution chamber of converting 12, which is provided with, to be arranged in juxtaposition
#1 machine high voltage power distributing cabinet 15 and #2 machine high voltage power distributing cabinet 16, be provided with several high pressures in waste heat boiler auxiliary pump house 13
Feed pump 17 and low pressure feed water pump 18.
The integrated Power island of the energy saving optimizing, described automatically controlled 8 points of two floor of building are left and right side two parts, wherein left side
It is sequentially disposed with the room UPS 19, unit low-voltage distribution room 23, combustion engine control room 24 from front to back, wherein right side is from front to back sequentially
It is disposed between #1 battery room 20, #2 battery room 21, combustion engine battery room 22, chemical sampling 10 and steam water sampling room 38, institute
State the #1 machine low-voltage distribution cabinet 25 and #2 machine low-voltage distribution cabinet 26 for being provided with and being arranged in juxtaposition in unit low-voltage distribution room 23, the combustion
The #2 combustion engine control cabinet 28 for the #1 combustion engine control cabinet 27 being adjacently positioned is provided in machine control room 24, in the steam water sampling room 38
It is provided with steam and water sampling ap paratus 39.Steam and water sampling ap paratus 39 includes several instrument calibrations and high temperature frame, and instrument calibration centralized arrangement is each
Alanysis instrument and can manual sampling, over-temp and over-pressure and current cutting protection are carried out to the sample water for entering instrument, and cooling water is set
Current cutting protection system guarantees instrument safety reliability service.High temperature high pressure valve, blowdown valve, pressure reducing valve, pre-cooling are installed on high temperature frame
The functional components such as device, cooler, protection system, cooling water Inlet and outlet water main pipe, temperature, pressure flow indicator gauge, by high temperature height
Press sample water and steam cooling reduced pressure treatment.Wherein UPS (i.e. Uninterruptible Power Supply) is uninterrupted electricity
Source, the room UPS are a kind of switchgear houses.
The integrated Power island of the energy saving optimizing, described automatically controlled 9 points of three floor of building are front side and rear side two parts, wherein front side
It is sequentially disposed with centralized control room 32 and engineer station 33 from left to right, the rear side of the engineer station 33, which is additionally provided with, relieves
Room 31, the room 31 of relieving also are adjacently positioned with centralized control room 32, wherein rear side is sequentially disposed with thermal control from left to right and sets
The room 30 and CEMS 29 between standby is provided with several thermal control cabinets 34 arranged side by side in the thermal control equipment room 30.Wherein CEMS is (i.e.
Continuous Emission Monitoring System) it is continuous flue gas monitoring system, the room CEMS is a kind of equipment room.
DCS operator station, combustion engine operator station, DEH operator station, gas bag gaging station, network of rivers operation are integrated in centralized control room 32
Member station, donkey man station, electric operation person station, five-prevention operation person station #1 combustion engine monitoring station, #2 combustion engine monitoring station, gate inhibition's work
It stands and CCTV stands, so as to carry out centralized control to entire Power island in centralized control room 32.
It is provided with staircase from bottom to up in automatically controlled building 3, in order to which staff is mobile in each floor, staircase can be made
For daily channel and escape route；It is additionally provided with toilet in automatically controlled three floor 9 of building, the fire-fighting of fire prevention is set in toilet
Bolt, hydraulic giant and dry powder extinguisher.
Embodiment 2: a kind of integrated Power island of energy saving optimizing is constituted as Figure 1-Figure 4, including pot between steam turbine building 1, two
Furnace room 2 and automatically controlled building 3, the automatically controlled building 3 are set between two boiler rooms 2, boiler room 2 and vapour between the automatically controlled building 3 and two
Computer room 1 is adjacent, and Turbo-generator Set 4 and ancillary equipment are provided in the steam turbine building 1, is set respectively in two boiler rooms 2
It is equipped with #1 waste heat boiler 5 and #2 waste heat boiler 6, the automatically controlled building 3 includes three floor, respectively automatically controlled one floor 7 of building, two floor of automatically controlled building
8 and three floor 9 of automatically controlled building, every layout layer have different rooms and be integrated with different equipment, equipment in Power island routinely connects.
The integrated Power island of the energy saving optimizing, the automatically controlled building 3 include three floor, and that respectively arranges from bottom to up is automatically controlled
Three floor 9 of one floor 7 of building, two floor 8 of automatically controlled building and automatically controlled building, automatically controlled one floor 7 of building include 11, high-tension distribution chamber of converting 12 between chemical dosing
Pump house 13 is assisted with waste heat boiler, 11, two boiler rooms 2 and waste heat boiler assist between the high-tension distribution chamber of converting 12, chemical dosing
Pump house 13 is adjacently positioned, and the boiler room 2, steam turbine building 1 where the #2 waste heat boiler 6 are adjacently positioned with high-tension distribution chamber of converting 12, institute
11 are stated between chemical dosing to be adjacently positioned with the boiler room 2 where #1 waste heat boiler 5, between the chemistry dosing 11 with 1 phase of steam turbine building
Neighbour's arrangement is provided with chemical chemicals dosing plant 14 in 11 between the chemistry dosing, and the high-tension distribution chamber of converting 12, which is provided with, to be arranged in juxtaposition
#1 machine high voltage power distributing cabinet 15 and #2 machine high voltage power distributing cabinet 16, be provided with several high pressures in waste heat boiler auxiliary pump house 13
Feed pump 17 and low pressure feed water pump 18.
The integrated Power island of the energy saving optimizing, described automatically controlled 8 points of two floor of building are left and right side two parts, wherein left side
It is sequentially disposed with the room UPS 19, unit low-voltage distribution room 23, combustion engine control room 24 from front to back, wherein right side is from front to back sequentially
It is disposed between #1 battery room 20, #2 battery room 21, combustion engine battery room 22, chemical sampling 10 and steam water sampling room 38, institute
State the #1 machine low-voltage distribution cabinet 25 and #2 machine low-voltage distribution cabinet 26 for being provided with and being arranged in juxtaposition in unit low-voltage distribution room 23, the combustion
The #2 combustion engine control cabinet 28 for the #1 combustion engine control cabinet 27 being adjacently positioned is provided in machine control room 24, in the steam water sampling room 38
It is provided with steam and water sampling ap paratus 39.Steam and water sampling ap paratus 39 includes several instrument calibrations and high temperature frame, and instrument calibration centralized arrangement is each
Alanysis instrument and can manual sampling, over-temp and over-pressure and current cutting protection are carried out to the sample water for entering instrument, and cooling water is set
Current cutting protection system guarantees instrument safety reliability service.High temperature high pressure valve, blowdown valve, pressure reducing valve, pre-cooling are installed on high temperature frame
The functional components such as device, cooler, protection system, cooling water Inlet and outlet water main pipe, temperature, pressure flow indicator gauge, by high temperature height
Press sample water and steam cooling reduced pressure treatment.Wherein UPS (i.e. Uninterruptible Power Supply) is uninterrupted electricity
Source, the room UPS are a kind of switchgear houses.
The integrated Power island of the energy saving optimizing, described automatically controlled 9 points of three floor of building are front side and rear side two parts, wherein front side
It is sequentially disposed with centralized control room 32 and engineer station 33 from left to right, the rear side of the engineer station 33, which is additionally provided with, relieves
Room 31, the room 31 of relieving also are adjacently positioned with centralized control room 32, wherein rear side is sequentially disposed with thermal control from left to right and sets
The room 30 and CEMS 29 between standby is provided with several thermal control cabinets 34 arranged side by side in the thermal control equipment room 30.Wherein CEMS is (i.e.
Continuous Emission Monitoring System) it is continuous flue gas monitoring system, the room CEMS is a kind of equipment room.
DCS operator station, combustion engine operator station, DEH operator station, gas bag gaging station, network of rivers operation are integrated in centralized control room 32
Member station, donkey man station, electric operation person station, five-prevention operation person station #1 combustion engine monitoring station, #2 combustion engine monitoring station, gate inhibition's work
It stands and CCTV stands, so as to carry out centralized control to entire Power island in centralized control room 32.
The integrated Power island of the energy saving optimizing, the automatically controlled building 3 further include having automatically controlled building roof 35, the automatically controlled building room
Several Heating,Ventilating and Air Conditioning units 36 are provided on face 35, the Heating,Ventilating and Air Conditioning unit 36 respectively sets centralized control room 32 and thermal control
30 carry out air-treatment between standby, thus to the air quality and temperature of centralized control room 32 and thermal control equipment room 30 in automatically controlled building 3
It is controlled, so that the equipment such as thermal control cabinet 34 can safely and effectively be run in centralized control room 32 and thermal control equipment room 30.
It is provided with staircase from bottom to up in automatically controlled building 3, in order to which staff is mobile in each floor, staircase can be made
For daily channel and escape route；It is additionally provided with toilet in automatically controlled three floor 9 of building, the fire-fighting of fire prevention is set in toilet
Bolt, hydraulic giant and dry powder extinguisher.
Working principle of the utility model is: the utility model is by the way that 1, two boiler room 2 of steam turbine building and automatically controlled building 3 to have
Machine is grouped together into a kind of integrated Power island of energy saving optimizing, by rational deployment building and equipment, reduces workshop and accounts for
The length of ground area and equipment room wiring and pipeline reduces the loss of electric energy and working medium thermal energy, while the layout pole of centralization
The earth facilitates integrated control and management, wherein by the way that function concentration but the division of labor are arranged between two boiler rooms 2 explicitly
Automatically controlled building 3, so that the occupied area of workshop is smaller, equipment is arranged more compact, and control is more concentrated, and automatically controlled building 3 can be to positioned at two
Realize centralized control in the boiler room 2 of side；Wherein, it should will routinely be arranged in 10 between the chemical sampling in steam turbine building 1, chemistry adds
11 between medicine, thermal control equipment room 30, the room UPS 19, #1 battery room 20, #2 battery room 21, centralized control room 32, steam water sampling room
38, unit low-voltage distribution room 23, combustion engine control room 24 are and in the setting to automatically controlled building 3 of the room CEMS 29, so that accounting in steam turbine building 1
Ground area is smaller, but also from two waste heat boilers of the equipment in automatically controlled building 3 are all closer, two waste heat boilers and steam turbine building 1
Apart from closer, the length of equipment room wiring and pipeline is substantially reduced, reduces the loss of electric energy and working medium thermal energy, and conveniently
Integrated control；By by more high pressure water pumps 17 at random for being arranged in 6 periphery of #1 waste heat boiler 5 and #2 waste heat boiler originally
And low pressure feed water pump 18 is arranged between #1 waste heat boiler 5 and #2 waste heat boiler 6, so that high pressure water pump 17 and low pressure feed water pump
18 pipeline between #1 waste heat boiler 5 and #2 waste heat boiler 6 connect simpler, while also facilitating control and maintenance；
By the way that several Heating,Ventilating and Air Conditioning units 36 are arranged in automatically controlled building roof 35, thus in automatically controlled building 3 air quality and temperature into
Row control, so that the equipment in automatically controlled building 3 can be safely operated；Especially by the waste heat that routine is independently arranged
Boiler auxiliary pump house 13, the merging of combustion engine control room 24 are arranged in the automatically controlled building 7 between two waste heat boilers, are greatly subtracted
The quantity for having lacked energy source station single building reduces the initial investment of energy source station.
Claims (5)
1. a kind of integrated Power island of energy saving optimizing, which is characterized in that including steam turbine building (1), two boiler rooms (2) and automatically controlled building
(3), the automatically controlled building (3) is set between two boiler rooms (2), boiler room (2) and steam turbine building between the automatically controlled building (3) and two
(1) adjacent, it is provided with Turbo-generator Set (4) in the steam turbine building (1), is respectively arranged with #1 in two boiler rooms (2)
Waste heat boiler (5) and #2 waste heat boiler (6).
2. the integrated Power island of energy saving optimizing according to claim 1, which is characterized in that the automatically controlled building (3) includes three
Layer, one floor of automatically controlled building (7), two floor of automatically controlled building (8) and three floor of automatically controlled building (9) respectively arranged from bottom to up, the automatically controlled building
Include (11), high-tension distribution chamber of converting (12) and waste heat boiler auxiliary pump house (13), the high-tension distribution chamber of converting between chemical dosing for one layer (7)
(12), (11), two boiler rooms (2) are adjacently positioned with waste heat boiler auxiliary pump house (13) between chemical dosing, the #2 waste heat pot
Boiler room (2), steam turbine building (1) where furnace (6) are adjacently positioned with high-tension distribution chamber of converting (12), (11) and #1 between the chemistry dosing
Boiler room (2) where waste heat boiler (5) is adjacently positioned, and (11) are adjacently positioned with steam turbine building (1) between the chemistry dosing, described
It is provided with chemical chemicals dosing plant (14) in (11) between chemical dosing, the high-tension distribution chamber of converting (12) is provided with the #1 machine being arranged in juxtaposition
High voltage power distributing cabinet (15) and #2 machine high voltage power distributing cabinet (16), waste heat boiler auxiliary pump house (13) is interior to be provided with several high pressures
Feed pump (17) and low pressure feed water pump (18).
3. the integrated Power island of energy saving optimizing according to claim 2, which is characterized in that automatically controlled two floor of building (8) point
For left and right side two parts, wherein left side is sequentially disposed with the room UPS (19), unit low-voltage distribution room (23), combustion from front to back
Machine control room (24), wherein right side is sequentially disposed with #1 battery room (20), #2 battery room (21), combustion engine electric power storage from front to back
Between pond room (22), chemical sampling (10) and steam water sampling room (38), cloth arranged side by side is provided in unit low-voltage distribution room (23)
The #1 machine low-voltage distribution cabinet (25) and #2 machine low-voltage distribution cabinet (26) set, interior be provided with of the combustion engine control room (24) are adjacently positioned
#1 combustion engine control cabinet (27) #2 combustion engine control cabinet (28), is provided with steam and water sampling ap paratus in the steam water sampling room (38)
(39)。
4. the integrated Power island of energy saving optimizing according to claim 3, which is characterized in that automatically controlled three floor of building (9) point
For front side and rear side two parts, wherein front side is sequentially disposed with centralized control room (32) and engineer station (33), institute from left to right
State and be additionally provided on rear side of engineer station (33) room of relieving (31), the room of relieving (31) also with centralized control room (32) phase
Neighbour's arrangement, wherein rear side is sequentially disposed with thermal control equipment room (30) and the room CEMS (29), the thermal control equipment room from left to right
(30) several thermal control cabinets (34) arranged side by side are provided in.
5. the integrated Power island of energy saving optimizing according to claim 4, which is characterized in that the automatically controlled building (3) further includes
Have automatically controlled building roof (35), is provided with several Heating,Ventilating and Air Conditioning units (36) on the automatically controlled building roof (35).
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| CN108590255A (en) * | 2018-07-10 | 2018-09-28 | 中国华电科工集团有限公司 | A kind of integrated Power island of energy saving optimizing |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108590255A (en) * | 2018-07-10 | 2018-09-28 | 中国华电科工集团有限公司 | A kind of integrated Power island of energy saving optimizing |
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