相变式储能热泵热水器是一种新型节能热水供应设备。
Phase change heat pump water heater is a new style equipment for hot water supply.
本实用新型涉及一种热水器，具体地说是涉及一种热泵热水器。
The utility model relates to a water heater, in particular to a heat pump water heater.
本实用新型涉及热水器技术领域，特指一种空气热泵热水器的壳体。
The utility model relates to the technical field of the water heater, in particular to a casing of air heat pump water heater.
主要设计的机型有：家用机型AEC150 X2整体式热泵热水器。
Main design models are: household type AEC150X2 integral heat pump water heater.
与传统制冷剂相比，CO2在热泵热水器中的应用具有广阔的发展前景。
Compared with traditional refrigerants, CO2 has a wide application prospect in heat pump water heater.
本发明的相变储热式热泵热水器水箱具有传热效率高、储热密度大的优点。
The phase-change thermal storage type water tank of the heat pump water heater has the advantages of high heat transfer efficiency and large thermal storage density.
叙述了利用层次分析法，对家用型空气源热泵热水器发展趋势的分析与预测。
The development tendency of the household air-source heat pump water heater was analyzed and forecasted by the method of analytic hierarchy process.
为了研究制冷剂充注量对小型空气源热泵热水器性能的影响，进行了不同充注量实验。
In order to study the effects of refrigerant charge on the performance of a small-sized heat pump water heater, many experiments under different charge were carried out.
太阳能和热泵热水器设备，节电，运行绝对安全，而且运行费用低，可节省人员成本。
The solar energy and the heat pump water heater equipment, does not need the value to defend, movement absolute safety, moreover the completely automatic control, may save the personnel cost.
构造了一个较完整的电机调速系统，实现了基于CO_2工质的热泵热水器所要求的功能。
Constructed a more complete motor to adjust soon system, carry out according to the function request by the hot pump water - heater of the CO_2 work.
对现有的空气源热泵热水器系统部件提出了优化目标与方向，并进行相应计算和实验验证。
The system optimization of the air sourced heat pump water heater(ASHPWH) was presented including calculating and testing.
介绍了直膨式太阳能辅助热泵热水器(DX - SAHPWH)的基本结构和工作原理。
This paper introduces the typical configurations and operation principles of the direct-expansion solar-assisted heap pump water heater (DX-SAHPWH).
热泵被公认为是一项有效的节能技术，国内外学者对CO_2热泵热水器进行了深入研究。
Heat pump is recognized as an effective energy-saving technology, scholars at domestic and foreign have conducted an in-depth study on CO_2-heat pump water heater.
还提出了一套适用于空气源热泵热水器的控制方案，并通过经济性分析论证了控制方案的优越性。
On the basis of the experimental results, a new control strategy is also provided, which has been proved efficient by the means of economic analysis.
本文试验研究复叠式蓄热型空气源热泵热水器蓄热和放热过程，探讨热泵系统循环和相变蓄热的耦合。
According to operating heat pump process and the water supply process, the experiment is aim to find out how the cascade heat pump work which combined with the PCM.
但普通单级空气源热泵热水器在低温环境下运行中存在压缩比过大、制热量不足和制热效率太低等问题。
But there are some shortage of ordinary single-stage heat pump in low-temperature environment, such as high compression ratio, devoid heating power and low efficiency.
随着人们环保意识的增强，以天然制冷剂CO_2为工质的热泵热水器将作为一种新型产品进入热水器市场。
As an increasing need for protecting the environment, a new type of the heat pump water heater with the natural refrigerant CO_2 will appear in water heater market.
本文通过综合分析，选择将两级节流中间不完全冷却双级压缩循环应用于空气源热泵热水器以适用低温工况。
With comprehensive analysis, two-stage compression cycle is applied to air-source heat pump to adapt to the low-temperature environment.
热泵热水器是从环境和水源中泵取热能来加热冷水，在运行时只需花少量驱动“热泵”(压缩机)的电力费用。
Heat pump water heater and water from the environment in the pumping energy to heat cold water, run only takes a small amount of drive, "heat" (compressor) power costs.
并在装备上进行了实验，实验结果表明，环境温度和水箱设定温度是影响空气源热泵热水器运行性能的重要参数。
An experimental study has been carried out to determine the impact of ambient temperature and setting temperature on the seasonal performance of this device.
研究了一种热电热泵与热虹吸传热组合的新型快热式热水器。
A novel instantaneous water heater was developed by means of integrating a thermoelectric(TE) heat-pump with a separating thermo-siphon.
生产的钎焊板式热交换器已被广泛应用于中央空调、热泵、冷水机组、油冷却、采暖热水器等热交换领域。
Our products are widely applied in heat exchange area like central air-conditioning, heat pump, cool water machine system, oil cooler, and heating, etc.
生产的钎焊板式热交换器已被广泛应用于中央空调、热泵、冷水机组、油冷却、采暖热水器等热交换领域。
Our products are widely applied in heat exchange area like central air-conditioning, heat pump, cool water machine system, oil cooler, and heating, etc.
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