The principle was established with designing the capability of heating equipment according to the peak heating load in greenhouse and deciding fuel store by total heating load in a period of time.
确立了依据最大采暖负荷设计采暖设备的容量，依据期间采暖负荷决定每个采暖期的燃料储备的原则，并给出了温室供热系统的设计程序。
The peak shaving parameter limit is important to the choice of heating system capability, and is relate to heat load distributing and economic question.
调峰的参数界限是供暖系统装机容量选择的重要参数，关系到系统运行时的负荷分布与经济性。
Use of these materials could shift heating or cooling load of power supply from peak period to off-peak period, lowering the cost of power supply for users.
运用这种相变储能建材，可将电力供给峰期时的加热或制冷负荷转移到谷期，使用户降低使用费用。
Presents respectively the theoretical calculating methods of peak load regulating in direct and indirect geothermal district heating systems.
介绍了直接式和间接式地热供热系统调峰负荷的理论计算方法。
Presents respectively the theoretical calculating methods of peak load regulating in direct and indirect geothermal district heating systems.
介绍了直接式和间接式地热供热系统调峰负荷的理论计算方法。
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