集成太阳能加热器与建筑能源系统:模拟研究

None Dr. Vipul M Goti
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引用次数: 0

摘要

本文着眼于将高科技太阳能热水系统纳入现有建筑能源基础设施的主题。还讨论了使用太阳能热水与其他可再生能源相结合的混合系统,以及集热器设计的技术发展,使用尖端的控制和监测系统等。减少碳排放和优化资源利用只是报告中强调的两个环境优势。它还强调需要精确的系统规模和区域生命周期评估(lca)来实现最大的能源效率。这篇论文强调了绩效分析、本地化环境影响研究、整合困难和经济评估等领域的知识差距。通过填充这些空间,它希望推广更环保和经济的建筑方法。可持续建筑、节能、减少对环境的影响,以及太阳能热水的新创新,这些都是浮现在脑海中的一些术语。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrating Solar Heaters with Building Energy Systems : A Simulation Study
This paper looks at the topic of high-tech solar water heating systems being incorporated into existing building energy infrastructure. Hybrid systems that use solar water heating in conjunction with other renewable energy sources are also discussed, as are technical developments in collector designs, the use of cutting-edge control and monitoring systems, and the like. Reduced carbon emissions and optimized resource utilization are only two of the environmental advantages highlighted in the report. It also emphasizes the need of precise system sizing and regional life cycle assessments (LCAs) in achieving maximum energy efficiency. The paper highlights knowledge gaps in the areas of performance analysis, localized environmental impact studies, integration difficulties, and economic assessments. By filling up these spaces, it hopes to promote more eco-friendly and economical construction methods. Sustainable construction, energy savings, less of an influence on the environment, and new innovations in solar water heating are some of the terms that come to mind.
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