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Assessment of Energy Storage Technologies and Systems. Phase II: Heat Pump and Solar Energy Applications

机译：能量储存技术和系统的评估。第二阶段：热泵和太阳能应用

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An analysis of the cost-effectiveness of thermal energy storage (TES) systems in heat pump, solar energy, and competing-system applications is described. The energy storage technologies evaluated interface with conventional electric utility supply systems. In winter-peaking service areas, storage and bivalent heat pump and resistance heating technologies were found to offer substantial savings relative to conventional heat pump and direct resistance heating systems. In summer-peaking service areas, a hybrid heat pump-diurnal ice storage system is the most efficient technology for year-round space conditioning. The TES commercialization program recommended here includes: design and implementation of economically efficient electric rates, field demonstrations to establish technical and economic viability of TES systems in U.S. markets, appliance performance-safety certification, and improved TES performance through development of advanced TES concepts. Development of phase change material (PCM) storage appears to hold substantial promise for reducing the cost of residential heating and cooling. Accordingly, a strong research effort to develop and validate PCM storage is recommended. (ERA citation 04:008333)

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Asbury, J.; Caruso, J.; Giese, R.; Mueller, R.; Akridge, L.;
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年度 1978
页码 1-37
总页数 37
原文格式 PDF
正文语种 eng
中图分类工业技术;
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2. Application of Hybrid PCM Thermal Energy Storages with and without Al Foams in Solar Heating/Cooling and Ground Source Absorption Heat Pump Plant: An Energy and Economic Analysis [J] . Renato Lazzarin, Marco Noro, Giulia Righetti, Applied Sciences . 2019,第5期

机译：具有和不具有铝泡沫的混合PCM储热技术在太阳能供热/制冷和地源吸收式热泵厂中的应用：能源和经济分析
3. Erratum to: 'Levelised Cost of Storage for Pumped Heat Energy Storage in comparison with other energy storage technologies' [Energy Convers. Manage. 152 (2017) 221-228] [J] . Smallbone Andrew, Juelch Verena, Wardle Robin, Energy Conversion & Management . 2020,第Apra期

机译：误坏：'与其他能量存储技术相比，泵送热能存储的储存量的储存成本相比之下的[能量回合。管理。 152（2017）221-228]
4. Modelling the heating of the Green Energy Lab in Shanghai by the geothermal heat pump combined with the solar thermal energy and ground energy storage [C] . Hanne Thorshaug Andresen, Yong Li International Conference on Solar Heating and Cooling for Buildings and Industry . 2015

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5. Thermal Assessment of a Latent-Heat Energy Storage Module During Melting and Freezing for Solar Energy Applications [D] . Ramos Archibold, Antonio 2014

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6. Reaction of tris(bipyridine)ruthenium(III) with hydroxide and its application in a solar energy storage system [O] . Carol Creutz, Norman Sutin 1975

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机译：热能储存，热泵和热能运输技术。利用太阳热驱动的氢吸收合金制冷系统的最优运算研究。

Assessment of Energy Storage Technologies and Systems. Phase II: Heat Pump and Solar Energy Applications

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