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Comprehensive Assessment of the Potential for Efficient District Heating and Cooling and for High-Efficient Cogeneration in Austria

机译:全面评估奥地利高效区域供热和制冷以及高效热电联产的潜力

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In accordance with the EU Energy Efficiency Directive all Member States have to develop a comprehensive assessment of the potential for high-efficient CHP and efficient district heating and cooling by the end of 2015. This paper describes the approach and methodology used to determine the district heating potentials for Austria. In a first step actual and future heating and cooling demand in the building sector is evaluated using the techno-economic bottom-up model Invert/EE-Lab. Relevant infrastructure probably existing in 2025 is investigated and included into the analysis. Technical potentials for efficient technologies are calculated. After a classification of relevant regions into main and secondary regions a country-level cost-benefit-analysis is performed. The results indicate that there is a reasonable additional potential for district heating by the year 2025 under our central scenario assumptions and within sensitivity scenarios. Only in scenarios with high CO2-price or low gas price, CHP is an economically efficient solution to supply district heat.
机译:根据欧盟能源效率指令,所有成员国都必须在2015年底之前对高效热电联产以及高效的区域供热和制冷的潜力进行全面评估。本文介绍了用于确定区域供热的方法和方法。奥地利的潜力。第一步,使用技术经济自下而上模型Invert / EE-Lab评估建筑领域的实际和未来供暖和制冷需求。调查了可能存在于2025年的相关基础设施,并将其纳入分析。计算出有效技术的技术潜力。在将相关区域划分为主要和次要区域后,将进行国家级的成本效益分析。结果表明,在我们的中心情景假设和敏感性情景下,到2025年,区域供热还有合理的增长潜力。仅在二氧化碳价格较高或天然气价格较低的情况下,CHP才是提供区域供热的经济有效解决方案。

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