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Consequences for district heating and natural gas grids when aiming towards 100% electricity supply with renewables

机译:旨在实现100%可再生能源供电的区域供热和天然气网格的后果

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The increasing use of fluctuating generation plants like wind turbines and solar power systems, makes new demands on the existing power grid. These are considered to be essential for low-voltage grids. Based on the latest request from the German Federal Government for a progressive improvement of the heat insulation of the residential building stock the impact of a comprehensive passive house standard is analysed. Seeing that, a prediction for the future perspective of natural gas grids and district heating grids throughout Germany in 2050 has been done. Regarding this context the role of decentralised combined heat and power (CHP) as well as heat pumps increases [1]. In connection with enlarged thermal storages, their specific application can add a substantial contribution in combination with an aimed electricity supply of 100% renewable energy. The rational use of these and other supply systems is investigated within a basic virtual power plant model.
机译:波动性发电厂(例如风力涡轮机和太阳能发电系统)的使用日益增加,对现有电网提出了新的要求。这些被认为是低压电网必不可少的。根据德国联邦政府最新要求,逐步改善住宅建筑材料的隔热性能,分析了综合被动房标准的影响。看到这一点,已经对2050年整个德国的天然气网格和区域供热网格的未来前景进行了预测。关于这一点,分散式热电联产(CHP)以及热泵的作用增加了[1]。结合扩大的蓄热器,它们的特定应用可以与目标100%可再生能源的电力供应相结合,从而发挥重要作用。在基本的虚拟电厂模型中研究了这些和其他供应系统的合理使用。

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