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首页> 外文会议>ASME(American Society of Mechanical Engineers) International Mechanical Engineering Congress: Advanced Energy Systems Division; 20031115-20031121; Washington,DC; US >AN ANALYTICAL OPTIMIZATION ALGORITHM FOR WIND ENERGY COUPLED GSHP SYSTEMS FOR SUSTAINABLE BUILDING HVAC
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AN ANALYTICAL OPTIMIZATION ALGORITHM FOR WIND ENERGY COUPLED GSHP SYSTEMS FOR SUSTAINABLE BUILDING HVAC

机译：可持续建筑暖通空调风能耦合GSHP系统的优化分析算法。

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摘要

Effective utilization of low-enthalpy energy resources in heating, ventilating, and air-conditioning (HVAC) of sustainable buildings require a careful optimization to assure the most economical coupling of HVAC systems with low-enthalpy energy resources. In one of the two separate prior studies an optimization algorithm for the optimal coupling of heat pumps and radiant panel heating and cooling systems was developed. In the second prior study an optimization algorithm for driving ground source heat pumps with wind turbines was developed. In this study these two algorithms were combined for a compound utilization of alternative energy resources. This paper describes the optimization algorithms, emphasizes their importance in achieving a cost effective combined application, and discusses the results obtained from the examples given.
机译：有效利用可持续发展建筑的供暖，通风和空调（HVAC）中的低焓能源需要进行仔细的优化，以确保将HVAC系统与低焓能源进行最经济的耦合。在两个单独的现有研究之一中，开发了一种用于热泵与辐射板加热和冷却系统最佳耦合的优化算法。在第二项现有研究中，开发了一种用于驱动带有风力涡轮机的地源热泵的优化算法。在这项研究中，将这两种算法组合在一起可替代能源的复合利用。本文介绍了优化算法，强调了它们在实现具有成本效益的组合应用程序中的重要性，并讨论了从给出的示例中获得的结果。

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