A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Multi-energy complementary heat pump energy management system
The invention discloses a multi-energy complementary heat pump energy management system, which comprises a photovoltaic generator set, a wind power generator set and a power grid for supplying power to a water source heat pump, and an underground energy storage well water supply unit, a surface water supply unit and a heat source auxiliary water supply unit for supplying water to a heat source side of the water source heat pump, and further comprises an electric energy management and control module, the electric energy management and control module is electrically connected with the photovoltaic generator set, the wind energy generator set, the power grid and the power storage station respectively, and coordinates the photovoltaic generator set, the wind energy generator set and the power grid to supply power to the water source heat pump in multiple modes; the heat pump heat source side water supply management and control module coordinates the underground energy storage well water supply unit, the surface water supply unit and the heat source auxiliary water supply unit to supply water to the heat source side of the water source heat pump according to the water inlet temperature of the heat source side of the heat pump; electric energy generated by renewable resources is fully and reasonably utilized, power grid electric energy use is reduced, and meanwhile the stability of the water inlet temperature of the heat source side of the water source heat pump and stable operation of the water source heat pump unit can be guaranteed.
本发明公开了一种多能互补的热泵能源管理系统，包括为水源热泵供电的光伏发电机组、风能发电机组、电网，和为水源热泵热源侧供水的地下储能井供水单元、地表水供水单元、热源辅助供水单元，还包括电能管控模块，电能管控模块与光伏发电机组、风能发电机组、电网、储电站分别形成电连接，协调光伏发电机组、风能发电机组、电网呈多种模式为水源热泵的供电；热泵热源侧供水管控模块，根据热泵热源侧进水温度来协调地下储能井供水单元、地表水供水单元、热源辅助供水单元为水源热泵热源侧的供水；使可再生资源所发的电能得到充分合理利用，减少电网电能使用，同时能够保证水源热泵热源侧进水温度的稳定性及保证水源热泵机组的稳定运行。
Multi-energy complementary heat pump energy management system
The invention discloses a multi-energy complementary heat pump energy management system, which comprises a photovoltaic generator set, a wind power generator set and a power grid for supplying power to a water source heat pump, and an underground energy storage well water supply unit, a surface water supply unit and a heat source auxiliary water supply unit for supplying water to a heat source side of the water source heat pump, and further comprises an electric energy management and control module, the electric energy management and control module is electrically connected with the photovoltaic generator set, the wind energy generator set, the power grid and the power storage station respectively, and coordinates the photovoltaic generator set, the wind energy generator set and the power grid to supply power to the water source heat pump in multiple modes; the heat pump heat source side water supply management and control module coordinates the underground energy storage well water supply unit, the surface water supply unit and the heat source auxiliary water supply unit to supply water to the heat source side of the water source heat pump according to the water inlet temperature of the heat source side of the heat pump; electric energy generated by renewable resources is fully and reasonably utilized, power grid electric energy use is reduced, and meanwhile the stability of the water inlet temperature of the heat source side of the water source heat pump and stable operation of the water source heat pump unit can be guaranteed.
本发明公开了一种多能互补的热泵能源管理系统，包括为水源热泵供电的光伏发电机组、风能发电机组、电网，和为水源热泵热源侧供水的地下储能井供水单元、地表水供水单元、热源辅助供水单元，还包括电能管控模块，电能管控模块与光伏发电机组、风能发电机组、电网、储电站分别形成电连接，协调光伏发电机组、风能发电机组、电网呈多种模式为水源热泵的供电；热泵热源侧供水管控模块，根据热泵热源侧进水温度来协调地下储能井供水单元、地表水供水单元、热源辅助供水单元为水源热泵热源侧的供水；使可再生资源所发的电能得到充分合理利用，减少电网电能使用，同时能够保证水源热泵热源侧进水温度的稳定性及保证水源热泵机组的稳定运行。
Multi-energy complementary heat pump energy management system
多能互补的热泵能源管理系统
ZHU TINGHAO (author) / WEI WEI (author) / LIU XIANGYU (author)
2024-06-04
Patent
Electronic Resource
Chinese
IPC:
H02J
CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER
,
Schaltungsanordnungen oder Systeme für die Abgabe oder Verteilung elektrischer Leistung
/
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
,
INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
/
F25B
Kältemaschinen, Kälteanlagen oder Kälteverfahren
,
REFRIGERATION MACHINES, PLANTS, OR SYSTEMS
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