1) gas heat pump
燃气热泵
1.
Temperature and humidity independent control air conditioning system combined gas heat pump and rotary dehumidifier
燃气热泵结合除湿转轮的温湿度独立控制空调系统
2.
This article theoretically analyzes performance characteristics of gas heat pump cool-hot water unit.
从理论上分析了燃气热泵式冷热水机组冷热源温度对其制热性能系数COPs和一次能源利用系数PER的影
2) gas engine-driven heat pump
燃气热泵
1.
Isolated energy-supply system based on hybrid power gas engine-driven heat pump;
基于混合动力燃气热泵的独立供能系统
2.
During the operating process of conventional gas engine-driven heat pump system,the running status of engine varies frequently with the fluctuation of ambient load required,which result in the poor stability,the lowered heat efficiency and the increased exhaust output.
常规燃气热泵在运行过程中,燃料发动机运行工况不断的随外界负荷变化而频繁地变动,通常偏离标定工况,从而导致发动机运行稳定性差、热效率降低、排放增大的缺陷。
3.
In order to design the controller of gas engine-driven heat pump (GEHP) system, the system s dynamic response was researched when a kind of control strategy for GEHP——cascade fuzzy control was used.
为了设计燃气热泵系统的控制器,通过仿真试验对利用串级模糊控制时系统的动态响应过程进行了研究,介绍了串级模糊控制系统的结构和参数设计,并比较了串级PI控制和串级模糊控制两种策略下系统的阶跃响应,以及它们克服干扰的效果。
3) gas engine driven heat pump
燃气热泵
1.
The Optimization and Economic Analysis of Gas Engine Driven Heat Pump System;
燃气热泵系统优化与经济性分析
2.
Life cycle assessment(LCA) was used to analyze the influence of a household gas engine driven heat pump system(GHP) on the human health,the ecosystem quality and the resource consumption.
采用生命周期评价的方法,分析了家用燃气热泵系统对人类健康、生态品质和资源消耗三大类环境方面的影响。
3.
The work principle of the gas engine driven heat pump is set forth.
本文阐述了燃气机热泵的工作原理,通过对该设备系统与一般热泵的比较,指出燃气热泵的特点,并对国内外研究和应用发展状况进行了回顾,探讨了燃气机热泵在暖通空调中应用的方法,对其节能效果进行了分析,结果表明采用燃气机热泵具有较高的能源利用系数,指出了燃气机热泵在暖通空调中具有广泛应用的前景。
4) GHP
燃气热泵
1.
SIMULATION OF NATURAL GAS ENGINE-DRIVEN PUMP HEAT (GHP) IN COOLING CONDITIONS;
燃气热泵(GHP)系统制冷工况的数值模拟与分析
2.
It is indicated that GHP has good partial load characteristic.
通过建立天然气发动机驱动热泵系统的数学模型,研究了供热工况下,点火提前角、压缩比、过量空气系数、发动机转速等参数对天然气发动机及整个热泵系统运行性能的影响,为天然气发动机的优化设计提供一定的理论依据,并且预测了燃气热泵的性能,证明了该系统具有较好的部分负荷特性。
3.
Based on the basic principles of gas-druven heat pumps(GHP),combined with present biogas utilization in china,the possibility in detail that biogas replaced natural gas as working medium of gas-driven heat pumps was discussed from advantages and handicaps.
从燃气热泵的工作原理入手,结合当前我国的沼气利用现状,从有利与不利条件两方面详细论述了沼气代替天然气作为燃气热泵驱动工质的可行性。
5) Gas engine heat pump
燃气热泵
1.
In order to analyze the energy efficiency and economic benefit of the gas engine heat pump(GEHP),the ratio of using primary energy resources,annual operating cost per unit area,and annual overall cost of six kinds of heating and cooling systems are analyzed.
指出燃气热泵系统在提高一次能源利用率、减少环境污染方面的优势。
6) Gas Engine-Driven Heat Pump
燃气机热泵
1.
PER of gas engine-driven heat pump systems at different combined supply energy modes;
燃气机热泵系统不同联供运行模式一次能源利用率的分析
2.
Experimental investigation on partial load characteristics of gas engine-driven heat pump;
燃气机热泵变负荷特性的试验研究
3.
The technology and economy of heat-supply modes using heat and power cogeneration,district heating boiler plant,gas water heater,electricity,regenerative electric boiler,gas engine-driven heat pump,electric air-source heat pump,electric water-source heat pump and so on are discussed.
对采用热电联产、区域供热锅炉房、燃气热水器、直接用电、电蓄热锅炉、燃气机热泵、电动空气源热泵、电动水源热泵等供热方式的技术及经济性进行了探讨。
补充资料：RLY系列燃油、燃气热风炉
应用：
广泛应用于制药、化工、食品、纺织印染、粮食加工、木材加工、汽车等工业领域各种产品的干燥、固化热定型等作用。
原理：
燃料通过燃烧器燃烧，产生高温烟气，并借助具有强化换热措施的热风炉将高温烟气的热量传导给被加热的空气，高温燃气经气量散发后温度降低至250℃以下由引风机排放到大气，吸热后温度升至额定值从热风出口送出，当所见温度达到额定的上限温度时，燃烧器会自动停止燃烧或自动转为小火燃烧，当热风降低到额定的下限温度时，燃烧器又会重新点燃运行或转为大火燃烧，升温的速度可通过调进风阀来实现。
技术参数;
型号 | 燃油量 | 供热量（×104kcal/h） | 外型尺寸（mm） | 热风口（mm） | 总重（kg） |
RLY1 | 1.3-1.6 | 1 | 1000×1000×1600 | ø200 | 750 |
RLY4 | 5-6.5 | 4 | 1700×1000×1600 | 140×160 | 1100 |
RLY10 | 13-16 | 10 | 2100×1300×1600 | 180×200 | 1970 |
RLY20 | 26-32 | 20 | 2800×14000×1700 | 200×250 | 2260 |
RLY30 | 39-48 | 30 | 3400×1500×1800 | 250×300 | 3160 |
RLY40 | 52-64 | 40 | 4020×1700×1900 | 300×400 | 4750 |
RLY60 | 78-96 | 60 | 4800×1900×2100 | 400×500 | 5650 |
RLY100 | 130-160 | 100 | 5400×2100×2300 | 550×650 | 6550 |
RLY200 | 260-320 | 200 | 6000×2500×2400 | 750×900 | 7980 |
RLY360 | 468-720 | 360 | 7200×2900×2600 | 900×1200 | 9860 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条