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首页> 外文会议>IEEE Conference on Industrial Electronics and Applications;ICIEA 2012 >Economic analysis and optimization design of a solar combined cooling heating and power system in different operation strategies
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Economic analysis and optimization design of a solar combined cooling heating and power system in different operation strategies

机译：不同运行策略下太阳能热电联供系统的经济分析和优化设计

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摘要

The economic benefits of building cooling heating and power (BCHP) system are closely dependent upon its design and operation strategy. In this paper, a solar BCHP system which integrates solar facilities with traditional BCHP system is proposed to reduce the operation energy cost. The energy flow and operation strategy of the novel system are analyzed. Relative payback period (RPD) is employed to evaluate the cost saving potentials of BCHP systems in FEL and FTL operation modes with respect to SP system. A case study of the solar BCHP system for a commercial office building in Beijing in China is applied to evaluate the economical feasibility of the solar BCHP system. Then the capacities of energy equipments are optimized to obtain the optimal system economical performances during its life span. The results show that when the solar BCHP system operates in FEL operation strategy, the optimal economic benefits can be achieved.
机译：建筑物冷却供热和电力（BCHP）系统的经济利益密切取决于其设计和运行策略。本文提出了一种将太阳能设施与传统BCHP系统集成在一起的太阳能BCHP系统，以降低运营能源成本。分析了新系统的能量流和运行策略。相对投资回收期（RPD）用于评估BCHP系统在FEL和FTL运行模式下相对于SP系统的成本节省潜力。以中国北京某商业办公楼的太阳能BCHP系统为例，评估了太阳能BCHP系统的经济可行性。然后，对能源设备的容量进行优化，以在其使用寿命内获得最佳的系统经济性能。结果表明，当太阳能BCHP系统按照FEL运行策略运行时，可以获得最佳的经济效益。

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