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Circulating cooling water system and method with energy storage function
The invention discloses a circulating cooling water system and method with an energy storage function. The system comprises a water intake, a first hydro-generator, a hydro-generator drain tank, a seawater lifting pump, a high-level reservoir, a condenser heat exchange pipe, a second hydro-generator and a drain outlet. The method comprises the following steps: in a power utilization peak period, seawater enters a first hydro-generator from a water intake under the action of gravity to rush the first hydro-generator to generate power, and drained water of the first hydro-generator enters a hydro-generator drain tank to be stored; in the electricity utilization trough period, the seawater lifting pump consumes electricity, and seawater in the water drainage pool of the hydro-generator is lifted into the high-level water storage pool; seawater in the high-level reservoir flows through a condenser heat exchange tube under the action of gravity; the seawater from the heat exchange pipe of the condenser further impacts the second hydraulic generator to generate electricity; and seawater discharged from the second hydro-generator is discharged into the sea through the water outlet. The high energy storage requirements of thermal power and nuclear power can be met.
本发明公开了一种具有储能功能的循环冷却水的系统和方法,该系统包括取水口、第一水轮发电机、水轮发电机排水池、海水提升泵、高位蓄水池、凝汽器换热管、第二水轮发电机和排水口;该方法包括:在用电高峰期,海水从取水口在重力作用下进入第一水轮发电机,冲转第一水轮发电机发电,第一水轮发电机的排水进入到水轮发电机排水池中蓄水;在用电低谷期,海水提升泵消耗电量,将水轮发电机排水池中的海水提升到高位蓄水池中;高位蓄水池中的海水,在重力作用下流经凝汽器换热管;从凝汽器换热管出来的海水,进一步冲转第二水轮发电机发电;从第二水轮发电机排出的海水经排水口排入大海。本发明能够满足火电、核电对于储能强烈需求。
Circulating cooling water system and method with energy storage function
The invention discloses a circulating cooling water system and method with an energy storage function. The system comprises a water intake, a first hydro-generator, a hydro-generator drain tank, a seawater lifting pump, a high-level reservoir, a condenser heat exchange pipe, a second hydro-generator and a drain outlet. The method comprises the following steps: in a power utilization peak period, seawater enters a first hydro-generator from a water intake under the action of gravity to rush the first hydro-generator to generate power, and drained water of the first hydro-generator enters a hydro-generator drain tank to be stored; in the electricity utilization trough period, the seawater lifting pump consumes electricity, and seawater in the water drainage pool of the hydro-generator is lifted into the high-level water storage pool; seawater in the high-level reservoir flows through a condenser heat exchange tube under the action of gravity; the seawater from the heat exchange pipe of the condenser further impacts the second hydraulic generator to generate electricity; and seawater discharged from the second hydro-generator is discharged into the sea through the water outlet. The high energy storage requirements of thermal power and nuclear power can be met.
本发明公开了一种具有储能功能的循环冷却水的系统和方法,该系统包括取水口、第一水轮发电机、水轮发电机排水池、海水提升泵、高位蓄水池、凝汽器换热管、第二水轮发电机和排水口;该方法包括:在用电高峰期,海水从取水口在重力作用下进入第一水轮发电机,冲转第一水轮发电机发电,第一水轮发电机的排水进入到水轮发电机排水池中蓄水;在用电低谷期,海水提升泵消耗电量,将水轮发电机排水池中的海水提升到高位蓄水池中;高位蓄水池中的海水,在重力作用下流经凝汽器换热管;从凝汽器换热管出来的海水,进一步冲转第二水轮发电机发电;从第二水轮发电机排出的海水经排水口排入大海。本发明能够满足火电、核电对于储能强烈需求。
Circulating cooling water system and method with energy storage function
一种具有储能功能的循环冷却水的系统和方法
MA XIAOLONG (author) / MA ZIHAN (author) / LIU JUNFENG (author) / YAO YAO (author) / ZHANG RUIXIANG (author)
2023-12-29
Patent
Electronic Resource
Chinese
IPC:
F03B
MACHINES OR ENGINES FOR LIQUIDS
,
Kraft- und Arbeitsmaschinen oder Kraftmaschinen für Flüssigkeiten
/
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
/
F28B
STEAM OR VAPOUR CONDENSERS
,
Kondensatoren für Wasserdampf oder andere Dämpfe
/
H02J
CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER
,
Schaltungsanordnungen oder Systeme für die Abgabe oder Verteilung elektrischer Leistung
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