Geothermal Energy with Heat Pump as a Possible Solution in Dramatic Climate Change – Market Situation and Potential in Germany of a Renewable Energy Source

D. Novak
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Abstract

Goal: Global sustainability is becoming an increasingly important topic, which is impressively demonstrated by numerous conferences of the UN and its sister organizations with worldwide participation. The purpose of this paper is to critically review the use of geothermal energy through the use of heat pumps. Opportunities and starting points are discussed briefly. Design / Methodology / Approach: This paper does not only deal with geothermal energy, but also shows the potential uses and effects of using heat pumps. Not only the basic assumptions and the goals are documented, but these are, as far as possible, checked for their realism or feasibility. Carry out a method comparison of the published literature with technical, economic and ecological approaches. Findings: The findings are presented in a concise summary and provide opportunities for further analysis, discussion or results. The use of heat pumps is to reduce CO2 emissions in heat production, to measure the impact on nature using indicators and values. Geothermal energy can make a significant contribution to environmental protection through the use of heat pumps. Their lack of market penetration in Germany is apparently not due to too low benefits, but rather to lack of awareness (lack of marketing) and also lack of German government support, e.g. about tax incentives. Research / Practical Implications: Results and implications for practice, applications and consequences are identified. Use of geothermal energy and its effects can be assessed in the short, medium and long term. All people worldwide could use geothermal energy if they had a working electrical connection. Future research into renewable energy sources should always include geothermal energy, although currently it does not have enough multipliers and interest groups to support it. From the perspective of permanent availability (24/7), it is unbeatable. Originality / Value: This paper deals with sustainability and the related consequences in the field of regenerative energy production through the use of geothermal heat, as well as the implementation by means of heat pumps. In addition to purely scientific literature, facts and figures are used by the German Federal Environment Agency and the German Federal Ministry of Economics and Technology, which ensure the highest degree of neutrality.
地热能与热泵作为一种可能的解决方案在急剧的气候变化——可再生能源在德国的市场状况和潜力
目标:全球可持续发展正成为一个日益重要的话题,联合国及其姊妹组织在世界范围内参加的众多会议令人印象深刻。本文的目的是通过使用热泵来严格审查地热能的使用。简要讨论了机遇和起点。设计/方法/途径:本文不仅涉及地热能,而且还展示了使用热泵的潜在用途和效果。不仅要记录基本假设和目标,而且要尽可能地检查它们的现实性或可行性。从技术、经济和生态的角度对已发表的文献进行方法比较。调查结果:调查结果以简明的摘要形式呈现,并提供进一步分析、讨论或结果的机会。热泵的使用是为了减少产热过程中二氧化碳的排放,利用指标和数值来衡量对自然的影响。地热能可以通过使用热泵对环境保护作出重大贡献。他们在德国缺乏市场渗透率显然不是因为收益太低,而是缺乏意识(缺乏营销),也缺乏德国政府的支持,例如税收优惠。研究/实际影响:结果和对实践、应用和后果的影响被确定。地热能的利用及其效果可以在短期、中期和长期进行评估。世界上所有的人都可以使用地热能,如果他们有一个工作的电力连接。未来对可再生能源的研究应该始终包括地热能,尽管目前它还没有足够的乘数和利益集团来支持它。从永久可用性(24/7)的角度来看,它是无与伦比的。原创性/价值:本文讨论了通过使用地热以及通过热泵实施可再生能源生产领域的可持续性和相关后果。除了纯科学文献外,德国联邦环境署和德国联邦经济和技术部还使用事实和数据,以确保最高程度的中立性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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