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Development of an Integrated Solar Heat Pump Concept using Ice Slurry as a Latent Storage Material

机译:使用冰浆作为潜伏储存材料的综合太阳能热泵概念的开发

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This paper presents the design analysis of a solar heat pump using cool thermal storage. The integrated concept uses cool storage (sensible or ice-based) as a short-term (i.e. days, weeks) storage for solar energy in winter and cooling energy in the summer. Annual TRNSYS simulations are performed in four Canadian regions to identify the potential of ice storage and unglazed solar collectors. Results show that combining these two technologies can reduce mechanical system energy use by 17%-28% compared to a cold-climate air-water heat pump. Unglazed collectors demonstrated potential in areas with milder winters.
机译:本文介绍了使用冷热储存的太阳能热泵的设计分析。综合概念使用夏季冬季和冷却能量的太阳能的短期(即天,周,周)作为短期(即天,周)储存。年度Trnsys模拟是在四个加拿大地区进行的,以确定冰储存和不明显的太阳能收集器的潜力。结果表明,与冷气候空气热泵相比,相结合这两种技术可以将机械系统能量降低17%-28%。未纳放的收藏家展示了温和冬天的地区的潜力。

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