Optimize your thermal storage design!
优化您的储热设计！
Phase Change Materials (PCM) is a high thermal storage substance.
相变材料是一种高效的贮热物质。
Solid liquid phase change latent thermal storage is commonly used.
固液相变潜热蓄热是通常采用的蓄热方式。
Some systems use thermal storage during cloudy periods or at night.
一些系统在多云的期数期间或在晚上使用热的储藏。
The cheap electricity at night can be used for space heating by a thermal storage system.
蓄热式电采暖系统可以利用夜间廉价电供热。
The design and application of converter with high thermal storage ability are introduced.
介绍了大蓄热量转化器的设计及应用。
A numerical model is developed for an internal melt ice - on - coil thermal storage tank.
介绍内融冰式蓄冰桶改进的数值计算模型。
Chilled water storage system is one of the air conditioning system with cool thermal storage.
水蓄冷系统是储冷空调系统中的一大类。
The performance and types of phase change materials used in the thermal storage were studied.
研究了在储能领域使用较为广泛的相变材料的种类及其特点。
Methods Verifying moisture content which caused the corrosion through the thermal storage test.
方法通过热储试验确定出现腐蚀的水分含量。
Thanks to the use of solar panels and underground water for thermal storage, it is also CO2 neutral.
由于使用太阳能板和地下水来储热，项目也是二氧化碳中性的。
This program is a useful analysis tool for the design and optimization for a phase change thermal storage.
该模型及计算程序为相变储热器的设计和优化提供了有利的分析工具。
A computational program has been developed for evaluating the performance of phase change thermal storage.
编制了相变储热器的性能分析计算程序。
At present, the heat storage technology has the sensible heat thermal storage and latent heat thermal storage.
目前，热能的储存一般分为显热式储能和潜热式储能。
The effects of operation, structures and performance parameter of the solar thermal storage wall were analyzed.
另外，模拟分析了集热蓄热墙体的采暖负荷平均化的作用、结构和性能参数的影响。
This model can also provide theoretical bases for design and optimization of an ice-on-pipe thermal storage system.
该模型可为冰盘管蓄冷系统的设计和优化提供理论根据。
The technique of high temperature thermal storage is one of the critical techniques of a solar dynamic power system.
高温蓄热技术是空间太阳能热动力发电系统的关键技术之一。
Dynamic ice thermal storage based on super-cooled water is the most advanced ice thermal storage technology at present.
过冷水式动态冰蓄冷是当前国际上最先进的一代冰蓄冷空调技术。
The research indicates that chilled water thermal storage system has remarkable economic efficiency and social efficiency.
研究表明水蓄冷空调具有显著的经济效益和社会效益。
Eutectie phase change cool thermal storage system holds the advantage of water and ice thermal storage system, and has a vast market prospect.
共晶盐蓄冷技术吸收了水蓄冷、冰蓄冷系统的优点，具有广阔的市场前景。
In winter, we use the electric boiler with thermal storage to help the gas power boiler and utilize the preferential electrovalence adequately.
冬季使用蓄热电锅炉来辅助燃气锅炉供暖，充分利用优惠低谷电；
This shows that DRBEM can better solve these problems, and this numerical analysis is useful for the optimized design of thermal storage systems.
这项研究表明，双倒易边界元方法能够很好地处理这类问题，这类数值分析有助于热储能系统的优化热设计。
The characteristics of microencapsulated phase change material, the phase change mechanism and its application to thermal storage field are introduced.
介绍了微胶囊相变材料的特点、相变机理及在储热领域的应用，展望了微胶囊相变材料的发展前景。
The optimal controlling method based on air-conditioning load prediction is an effective way to solve the problems of ITS (Ice Thermal Storage) system.
基于空调负荷预测的优化控制是解决冰蓄冷控制问题的理想途径。
The dynamic energy consumption of solar thermal storage wall of solar house in winter was simulated which used the energy simulation software EnergyPlus.
本文对冬季集热蓄热墙式太阳能建筑的动态能耗进行了模拟研究。
Various energy conservation technologies incorporated for water chillers such as heat recovery, ice-thermal storage and free cooling are also introduced.
先进的离心式冷水机组不仅具有制冷功能，而且具有热回收、冰蓄冷、免费取冷等多种功能，节能效果显著。
Experimental research and the technical and economic analysis of thermal storage air conditioning has important theoretical value and practical signification.
对蓄冷空调技术进行技术经济分析与应用论证具有重要的理论价值和现实意义。
Analyses the influence of initial cool thermal storage rate, discharge water flow rate and volume of air-agitation on the discharging characteristics in detail.
具体分析了初始蓄冷量、取冷水流量、鼓气量对外融冰取冷性能的影响。
The motion of phase interface, the temperature distribution and the thermal storage time of the cool storage slab under the first boundary condition were obtained.
获得了以该介质为蓄冷媒介的蓄冷平板在第一类边界条件下凝固时的相界面移动规律、板内温度分布及预测蓄冷时间等参数。
Secondly, Interpreted the thermal storage theory, the fundamental of medium selection, the influence of freon to the atmosphere and the character of HCFC123 as well.
第二，阐述了蓄冷介质的蓄冷原理和蓄冷介质的选择原则，讨论了氟利昂对环境的影响及其解决办法，介绍了载冷剂HCFC123的性质；
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