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Optimal integration of solar energy in a district heating network

机译:区域供热网络中太阳能的最佳整合

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The implementation of European Directive 2012/27 calls for the presence of a renewable share inside efficient district heating and cooling. Solar thermal energy can be a viable contribution to this aim but particular attention must be put into its integration inside the district heating systems. In fact, the variable and non-controllable nature of renewable heating must be handled by fulfilling users demand and coordinating its output with other controllable sources. Thermal energy storage is often necessary for exploiting the renewable sources at their best. An optimisation procedure has been developed to find the dispatching strategy for the different power sources present in the network. The optimisation procedure can be used at the planning level to find out the best sizing proportions of solar and conventional sources and for defining the optimal capacity of storage. After a brief description of the optimisation procedure and of its simulation modules, one test case is presented and results about advantages due to solar heating are discussed. (C) 2014 Elsevier Ltd. All rights reserved.
机译:欧洲指令2012/27的实施要求在高效的区域供暖和制冷系统中存在可再生能源。太阳能可以为实现这一目标做出切实的贡献,但是必须特别注意将其集成到区域供热系统中。实际上,可再生供暖的可变性和不可控性必须通过满足用户需求并将其输出与其他可控源协调来处理。为了最大限度地利用可再生资源,通常需要热能存储。已经开发出优化程序以找到网络中存在的不同电源的调度策略。优化程序可用于计划级别,以找出最佳的太阳能和常规能源比例,并确定最佳存储容量。在简要介绍了优化过程及其仿真模块之后,给出了一个测试案例,并讨论了由于太阳能加热带来的优势的结果。 (C)2014 Elsevier Ltd.保留所有权利。

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