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Development of an evaluation methodology for the potential of solar-thermal energy use in the food industry

机译:开发食品工业中太阳能热能潜力的评价方法

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The research project 'Solar Heat in the Liquid Food Industry' (part of the FORETA Research Network [1]) focused on the development and optimisation of low-temperature heating systems for the liquid food industry. Its main objectives are in energy efficiency, waste heat recovery and the feasibility of a solar-thermal process heating system. Based on the particular simulation results the overall solar-thermal potentials for German breweries and dairies were determined. In this connection a literature review indicated that most of the potential studies on solar-thermal energy use in the industry or related to specific industrial sectors are based on the total use of low-temperature heat. In opposition to these results, the available and mainly limited roof area was found to be a more important aspect for the solar-thermal potential. Hence, the development of a methodology for a sitespecific analysis was necessary. The interconnection of only a few defined evaluation criteria resulted in a more realistic estimation of the potential for a solar-thermal heat supply.
机译:液体食品工业的研究项目'太阳能热量'(Foreta研究网络的一部分[1])专注于液体食品工业的低温加热系统的开发和优化。其主要目标是能效,浪费热回收和太阳能热处理加热系统的可行性。基于特定的仿真结果,确定了德国啤酒和乳房的整体太阳能电位。在这方面,文献综述表明,行业中的太阳能电能使用或与特定工业部门相关的大多数潜在研究基于低温热量的总使用。在反对这些结果中,发现可用的和主要有限的屋顶区域是太阳能热潜力的更重要的方面。因此,需要开发临床分析的方法。仅少数定义评估标准的互连导致了对太阳能热供热的潜力的更现实的估计。

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