极端热湿气候条件下独立光伏海水源热泵系统优化匹配研究
Study on optimal matching of stand-alone photovoltaic seawater-source heat pump system under extreme hot and humid condition
摘要：
针对极端热湿气候条件下偏远海岛建筑的空调负荷特性及环境资源特点，提出了一种独立光伏海水源热泵系统。以500 kW冷负荷为模块，建立了该系统各部分的数学物理模型，对海水源热泵、室内空调末端和独立光伏系统进行了容量匹配计算，并对海水源热泵内部关键构成部件进行了优化分析，得出了该系统主要设备之间的组合匹配关系。
Abstract：
Based on the characteristics of air conditioning load and environmental resources of remote islands under extreme hot and humid condition，proposes a kind of stand-alone photovoltaic seawater-source heat pump system. Sets up a mathematical-physical model of each part of the system with the cooling load of 500 kW as an example. Calculates the capacity matching for the seawater-source heat pump, air conditioning terminal and stand-alone photovoltaic system, and optimally analyses the key components of the seawater-source heat pump. Obtains the optimal combination of the main equipments in the system.
Keywords:seawater-source heat pump, stand-alone photovoltaic, optimal matching, energy independence, extreme hot and humid condition