An analysis method of comprehensive energy consumption of air-conditioning system in non-heating season

Abstract

The invention provides an analysis method for comprehensive energy consumption of an air conditioning system in a non-heating season. The method comprises the following steps of a meteorological parameter setting step used for setting an indoor meteorological parameter according to a position where the air conditioning system is located; a computation model building and a boundary condition setting step used for determining a computation model and a boundary condition according to a place where the air conditioning system runs; and a comprehensive energy consumption computation step used for computing the comprehensive energy consumption of the air conditioning system by using a formula: FORMULA, according to an annual air-conditioner overall cooling load of the computation model. According to the energy consumption computation method for the air conditioning system in the non-heating season provided by the invention, computation of the energy consumption of the air conditioning system is more accurate, specific computation modes for refrigeration energy consumption, air system transmission energy consumption and water system transmission energy consumption are particularly provided, so that the different air conditioning systems can be provided for different building types of different cities and the air conditioning systems and operation modes can be improved, and thus energy consumption of the air conditioning system can be reduced.

Description

technical field [0001] The invention relates to the technical field of computer-aided calculations, in particular to an analysis method for comprehensive energy consumption of air-conditioning systems in non-heating seasons. Background technique [0002] The comprehensive energy consumption of the air-conditioning system in the non-heating season is defined as: the total energy consumed to eliminate indoor waste heat and humidity in the non-heating season, including two parts: cooling energy consumption and transmission energy consumption. Refrigeration energy consumption is mainly the energy consumption of refrigerators. The energy consumption of medium transportation mainly includes the energy consumption of water system transportation and wind system transportation energy consumption. Among them, the energy consumption of the water system mainly includes the energy consumption of the cold water pump (primary pump, secondary pump, etc.), the cooling water pump and the coo...

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Problems solved by technology

[0004] At present, there are many methods and software for calculating the energy consumption of air conditioning systems in China, such as EnergyPlus (USA), DOE-2 (USA), DEST (Tsinghua University), HY-EP4.0 (Hongye), etc., but these methods and software They can only calculate the energy consumption of the air conditioning system within the artificially assumed time period, and there is no clear definition and calculation method for the energy consumption calculation of the air conditioning system in the non-heating season

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