Water Pollution Impact Assessment Of Thermal Exergy Efficiency Lake Water Source Heat Pump System

This article is based on the problem of water pollution hot water heat pump and heat exchange between water bodies caused by proposed. Water source heat pump is transferred through heat exchange between water bodies, to achieve the low heat energy to the high heat to go, is recognized as a highly efficient, energy-saving air conditioning cold and heat sources, and to the sustainable development of the new technology. Affect lake water source heat pump system with lake water environment is bidirectional. On the one hand, water source heat pump is running can lead to changes in water temperature, causing thermal pollution of water bodies; on the other hand, the water temperature changes, the change would affect the performance of water source heat pump itself, leading to increased energy consumption, affecting the stability of the system and security, and to increase the thermal pollution of water bodies. For water, the worst of its own recovery time is air conditioning heating period and its cooling period.Carry water carrying capacity and thermal pollution hot water heat pump water research, in order to avoid major new water environmental problems arising due to its use, and in ensuring the long-term sustainable use of water resources in the premise, to ensure operation of the system and prevent environmental pollution generated, promoting water conservation and water pollution control technology progress and improving water source heat pump energy conservation and environmental advantages of great economic and social significance.This article from the nature of the relationship between exergy and the environment starting elaborate exergy analysis is applied to the thermal pollution of water ways and its theoretical foundation, established exergy analysis model of water thermal pollution by calculating the water body thermal pollution to determine water thermal pollution the water quality, based on exergy analysis, to determine the maximum available under heat and water carrying capacity of the receiving water potential.