2) compensation of reservoir holding
水库蓄能补偿
1.
In this text,we study the feasibility and realistic meaning of optimizing and compensating operation of power station group in central China through compensation of gydrology and compensation of reservoir holding.
从水文补偿和水库蓄能补偿两个方面,研究了华中网水电站群的优化补偿调度的可行性与现实意义。
3) thermal energy storage
蓄能
1.
The heat pump cycle was modified based on the open cooling cycle and on the operating characteristic of the heat pump with thermal energy storage in winter.
以空气为携热介质的开式太阳能吸收式热泵系统为研究对象,在原有开式制冷循环的基础上,根据冬 季蓄能热泵运行特点对系统进行改进;并以北京、西安、兰州3个地区为例,结合当地的气象条件,对循环进 行计算并分析影响系统工作性能的因素。
2.
This paper proposes a new conception of thermal energy storage(TES)technology.
通过对已采用或正在研究的蓄能技术进行评述,提出了一种崭新的蓄能技术概念,就是不直接将电能转换成冷或热能,而是先将各种能量(电能、热能或其它能量)转换成制冷/制热潜能———工作介质的化学势能,然后进行储存。
3.
A structure of the radiant heating or cooling ceiling with shape-stabilized phase change material (SSPCM) for thermal energy storage was illustrated.
设计出一种利用不同相变温度的定形相变材料蓄能的吊顶形式。
4) energy storage
蓄能
1.
Status and trends of heat pump and energy storage technology in Japan;
日本热泵蓄能技术的发展现状与趋势
2.
The application analysis of electric thermal supply technology of energy storage;
蓄能电供热技术的应用分析
3.
Research and development of materials with phase change and energy storage properties;
相变蓄能建筑材料的研究与发展
5) thermal storage
蓄能
1.
Application of the air conditioning system with shallow earth thermal storage in intermediate climates;
利用浅地层蓄能的空调系统在过渡性地区应用探讨
2.
Discussion of new large thermal storage type air source heat pump water heater unit
新型大型蓄能式空气源热泵热水机组的探讨
3.
This article analyses reasons producing the thermal pollution and puts forward solutions such as using an air conditioning system with shallow earth thermal storage, etc.
针对目前空调系统使用中存在的热污染问题 ,分析了热污染产生的原因及影响因素 ,提出了发展浅地层蓄能空调系统等解决方法。
6) potential energy storage
潜能蓄能
1.
In order to conquer the shortages of traditional technologies of energy storage,such as low storage density,systematic complexity,limited storage time,a new energy storage technology named potential energy storage,based on the process of liquid dehumidifying and the ideology of energy transformation,is proposed.
为了克服传统蓄能技术蓄能密度小、系统复杂、不能长期储存等不足,提出了基于能量转化思想的溶液除湿潜能蓄能技术。
补充资料：介然、能师《补续高僧传》
【介然、能师《补续高僧传》】
介然。四明鄞人也。受业于福泉山之延寿明智。居南湖。从其学悟教观之旨。元慧初。专志净业。谓同行曰。念佛三昧。往生要法也。乃然三指。建十六观堂。中设西方三圣。环以池莲。功成。复然三指。于是修观之士。有所依赖焉。建炎四年。金虏犯明州。寺众奔散。师独不去。虏奄至诃之曰。不畏死邪。师曰。贫道一生愿。力建此观堂。今老矣。不忍舍去以求生也。虏酋义之。谓曰。为我归北地作观堂。似此规制。遂逼师以行。后人悲思。乃以去日为之忌。遥尊之曰。定慧尊者。未详所终
能师。嘉禾人。少学能仁。入忏室四十载。六时行道。虽病不废。唯不食数日。其病自愈。行人之名。遂闻江浙。年既老。读文如初学。草庵戏之曰。未忘筌耶。师曰。筌何所忘。庵大惭。尝暑晒衣叹曰。慷慨丈夫。反同臧获。于是散去余长。惟留一弊絮袍。夏则束梁梠闻。袒膊入林主看主蚊。一日逢二虎。以身就之。虎俯首而去。山神兴供一方尝与交接。适香积有乏。知事来告。师力拒之。明旦施自至。皆曰。昨夜行人巡门相报。始知山神荷师。以往圆觉。慈公有能仁之命。师与文首座。然指以请。及其至。昼夜请益。大有开发。未详所终
介然。四明鄞人也。受业于福泉山之延寿明智。居南湖。从其学悟教观之旨。元慧初。专志净业。谓同行曰。念佛三昧。往生要法也。乃然三指。建十六观堂。中设西方三圣。环以池莲。功成。复然三指。于是修观之士。有所依赖焉。建炎四年。金虏犯明州。寺众奔散。师独不去。虏奄至诃之曰。不畏死邪。师曰。贫道一生愿。力建此观堂。今老矣。不忍舍去以求生也。虏酋义之。谓曰。为我归北地作观堂。似此规制。遂逼师以行。后人悲思。乃以去日为之忌。遥尊之曰。定慧尊者。未详所终
能师。嘉禾人。少学能仁。入忏室四十载。六时行道。虽病不废。唯不食数日。其病自愈。行人之名。遂闻江浙。年既老。读文如初学。草庵戏之曰。未忘筌耶。师曰。筌何所忘。庵大惭。尝暑晒衣叹曰。慷慨丈夫。反同臧获。于是散去余长。惟留一弊絮袍。夏则束梁梠闻。袒膊入林主看主蚊。一日逢二虎。以身就之。虎俯首而去。山神兴供一方尝与交接。适香积有乏。知事来告。师力拒之。明旦施自至。皆曰。昨夜行人巡门相报。始知山神荷师。以往圆觉。慈公有能仁之命。师与文首座。然指以请。及其至。昼夜请益。大有开发。未详所终
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