Air source heat pump water chiller/heater is an energy-efficient, all-in-one solution for providing both cooling and heating in various applications. This innovative system utilizes the ambient air as a renewable heat source, making it environmentally friendly and cost-effective. The air source heat pump water chiller/heater can effectively extract heat from the outdoor air and transfer it indoors to provide heating, or alternatively, it can remove heat from indoor spaces and release it outside for cooling. With its versatility and energy-saving capabilities, this system is ideal for residential, commercial, and industrial use. Whether it"s for heating water or maintaining a comfortable indoor climate, the air source heat pump water chiller/heater offers a dependable and sustainable solution. Here are some examples of its usage: "The air source heat pump water chiller/heater efficiently provides hot water for our hotel guests." "The air source heat pump water chiller/heater effectively cools our office building during the summer months."
空气源热泵冷热水机组,air source heat pump water chiller/heater
1)air source heat pump water chiller/heater空气源热泵冷热水机组
1.Modeling and analyzing of airside heat exchanger under frosting inair source heat pump water chiller/heater;空气源热泵冷热水机组空气侧换热器结霜模型
2.A dynamic mathematical model of anair source heat pump water chiller/heater(ASHPWCH) under frosting was developed by connecting several of its component models according to principles of mass,momentum and energy conservation.在空气源热泵冷热水机组各部件模型的基础上,基于质量守恒定律、动量守恒定律和能量守恒定律,将这些部件模型有机地结合起来,建立了机组结霜工况下的动态数学模型。
3.Analyses present methods for selectingair source heat pump water chiller/heater (ASHPWC/H) units and existing problems in China.分析了我国目前空气源热泵冷热水机组的选择方案及其存在的问题 ,提出了基于最佳平衡点的辅助冷热源法 ,给出我国适用空气源热泵地区不同类型建筑在设计工况下空气源热泵冷热水机组、辅助热源、辅助冷源的容量配比情
英文短句/例句
1.Study on Frosting And Defrosting Control Methods of Air-Source Heat Pump空气源热泵冷热水机组的结霜及除霜控制方法的分析
2.Determination of Nominal Heating Condition of Low Temperature Heat Pump (Water Chilling) Packages低温空气源热泵(冷水)机组名义工况的确定研究
3.Preliminary Study on Air-source Heat Pump Water Heater for Public Buildings公共建筑用空气源热泵热水机组初探
4.Design of Computer Control System of Air Source Heat Pump Hot-Water Heater空气源热泵热水机组计算机监控系统设计
5.Design of Seal Structure in Compressor for Air Source Heat Pump Heat Unit空气源热泵热水机组压缩机密封结构设计
6.Seasonal Energy Efficiency Assessment of Air Source Heat Pump Water Heaters空气源热泵热水机组全年综合能效评定
7.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
8.Research of Solar Energy/Air Compound Source Heat Pump Unit太阳能/空气复合热源热泵机组研究
9.DESIGN OF AIR SOURCE HEAT PUMP WATER HEATER PERFORMANCE’S TEST-ROOM空气源热泵热水机性能测试台的研制
10.Design of Sealing Structure for Air Source Compressor Based on APDL Language基于APDL语言的空气源热泵热水机组压缩机密封结构设计
11.Finite element analysis of rectangular rubber seals in compressor for air source heat pump heat unit空气源热泵热水机组压缩机矩形橡胶圈的有限元分析
12.The sub-cooling degree influence on heat transfer performance of instantaneous air-source heat pump water heater过冷度对直热式空气源热泵热水器传热性能的影响
13.Research on Overall Conditions" Performance and Tester of Air-source Heat Pump Water Heater空气源热泵热水机组的全工况性能及试验装置的研究
14.Discussions on the Applications of Air Source Heat Pump in Swimming Pool of Clubhouse浅谈空气源热泵热水机组在会所游泳池中的应用
15.Discussion on Design and Repair for Air-Cooled Heat Pump Equipment;空气源热泵机组设计与维护方法探讨
16.Application and analysis of solar energy and air-source heat pump hot water system太阳能和空气源热泵组合热水系统应用与分析
17.The Simulation Study on Solar Energy-air Compound Source Heat Pump Unit;太阳能—空气复合热源热泵机组的模拟研究
18.The design method of aircooled chiller used for cleaning air-conditioning systems in an electrical plant某电子厂房采用风冷热泵机组作为洁净空调冷热源的设计思路
相关短句/例句
water chiller/heater of air source heat pump空气源热泵冷热水机组
1.Frosting for airside heat exchanger of thewater chiller/heater of air source heat pump;空气源热泵冷热水机组空气侧换热器结霜规律
3)air source heat pump heater/chiller unit空气源热泵冷热水机组
1.The performance of screw compressor inair source heat pump heater/chiller unit operating in winter is simulated using the neural networks.采用神经网络对冬季运行的空气源热泵冷热水机组中螺杆式压缩机的特性进行了模拟。
4)air source heat pump unit空气源热泵热水机组
1.Research on control algorithm for fuzzy defrosting ofair source heat pump unit;空气源热泵热水机组模糊除霜控制算法的研究
2.A general steady-state simulation model was presented for predicting the performance ofair source heat pump unit under variable operation conditions.建立了空气源热泵热水机组的系统仿真流程,给出了机组四个主要部件的稳态仿真数学模型,进行变工况稳态工作性能预测,同时给出了换热器中的换热关联式模型。
5)air source heat pump空气源热泵机组
1.A general steady-state simulation model was presented for predicting the performance ofair source heat pump unit in low ambient operating conditions.为解决空气源热泵机组运行工况变化时,优化设计与性能预测等问题,建立了机组4个主要部件的稳态仿真数学模型,其中压缩机采用基于BP算法的人工神经网络方法,换热器采用分区集中参数方法建模,同时给出换热器中的换热关联式模型以及系统仿真流程。
2.In order to get the dynamic characteristics ofair source heat pump unit during the start-up and energy regulating processes, a dynamic simulation model was setup.为研究大型活塞式空气源热泵机组启机过程和能量调节过程的动态特性,建立了空气源热泵机组动态仿真数学模型,模型中对换热器采用分区集中参数法,即移动边界法进行建模,将压缩机与膨胀阀考虑成小惯性的稳态环节处理,提出了完善可行的空气源热泵机组动态仿真流程。
3.In the double stage coupled heat pump heating system,theair source heat pump(ASHP) worked as the first stage unit under new working conditions in cold environment.本文利用已建立并通过实验验证的空气源热泵机组稳态仿真数学模型,对机组在新工况与常规工况下的低温稳态特性进行了计算机仿真。
6)air-source heat pump unit空气源热泵机组
1.Experiment on defrosting performance ofair-source heat pump unit;空气源热泵机组除霜性能试验研究
延伸阅读
空气源热泵技术特点及发展空气源热泵的背景 天津的空气源热泵前景中的背景。第一个背景是供暖方面，今年天津市的配合的奥运会，配合蓝天工程，外环线以内是不允许再建燃煤锅炉放了；第二个是外环线以内容量在十吨以下的燃煤锅炉房会逐渐的被拆除，在外环线之内剩下的、以燃煤为主的锅炉房，也就是城市现有的供暖资源，恐怕近两三年仅仅能满足新增的住宅的需要，那么也就是说将来这样的公共建筑的冬季的供热选择只有两个：一个是以电的形式来提供，再有一种就是以燃气为能源的资源；再有燃气有时候往往从计算上或是费用上可能都是不划算的，那在这种情况下电热泵可能就是一个最好的选择。 几年来北京市政府工作会议上经常讨论频繁的议题，如何平衡北京市的燃气与用电量使两种能源结构趋于平衡成为一个非常的话题。因此用空气源热泵解决采暖问题，能把冬天的用气负荷降下来，把夏天用电量降下来，使二者趋于接近化发展，不失为一个福音。 空气源热泵技术概况 热泵热水器是一种新型热水和供暖热泵产品，是一种可替代锅炉的供暖设备和热水装置。与传统太阳能相比，热泵热水器不仅可吸收空气中的热量，还可吸收太阳能。热泵热水器通过制冷剂温差吸热和压缩机压缩制热后，与水换热，大大提高热效率，充分利用了新能源，是将电热水器和太阳能热水器的各自优点完美的结合于一体的新型热水器。目前，热泵热水器有空气源热泵热水器、水源热泵和太阳能型三种系列，是开拓和利用新能源最好的设备之一。 空气源（太阳能）热泵是当今世界上最先进的产品之一，该产品以制冷剂为媒介，制冷剂在风机盘管（或太阳能板）中吸收空气中（或阳光）中的能量，再经压缩机压缩制热后，通过换热装置将热量传递给水，来制取热水，热水通过水循环系统送入用户散热器进行采暖或直接用于热水供应。 空气源热泵的特点 ·高效节能：集热效率高，运行成本低。(同比用电量是电热水器五分之一)·绿色环保：高新科技的结晶，代表未来发展方向。·安全节约：无后顾之忧，初装费低，一元钱当五元钱花。·四季制热：阴雨天或寒冷冬季，均能全天候合成高温热源。·时尚耐用：用料精选。(使用寿命在以上)·设计精堪：全自动控制，免维护运行，代表制热高新精尖科技。
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