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燃气吸收式空气源热泵(GAHP)

Gas Absorption Air Source Heat Pump
燃气吸收式空气源热泵(GAHP),是一种利用天然气(亦可为石油气、沼气、氢气及氢混燃气等)驱动、并从大气回收低品位空气能的清洁低碳供暖设备,其一次能源效率最高(供热功率/燃气热功率)可以达到1.4~1.8,即:燃烧1份天然气,可获得1.4~1.8份热能,如图所示。天然气驱动下系统可再生能源占比达40%以上,若利用生物质沼气或氢混燃气驱动,可再生能源占比可进一步提升至60%~100%;
Gas absorption air source heat pump (GAHP) is a clean and low-carbon heating equipment that uses natural gas (also known as petroleum gas, biogas, hydrogen gas, and hydrogen mixed gas) to drive and recover low-grade air energy from the atmosphere. Its primary energy efficiency (heating power/gas thermal power) can reach 1.4-1.8, that is, burning 1 part of natural gas can obtain 1.4-1.8 parts of thermal energy, as shown in Figure 1. Under the drive of natural gas, the proportion of renewable energy in the system exceeds 40%. If biomass biogas or hydrogen mixed gas is used for driving, the proportion of renewable energy can be further increased to 60% to 100%.
GAHP 产品核心示意图

核心优势 / Core Advantages

1、燃气+空气能互补,燃气效率比燃气锅炉高60~100% Gas and air complementary, gas efficiency is 60~100% higher than gas boilers
2、烟气显热+潜热全热回收,排烟温度低于30°C Total exhaust heat recovery, exhaust temperature lower than 30°C
3、-30~30°C宽环境温度区间自动调节,高效运行 Automatic and efficient operation in wide ambient temperature range of -30 ~ 30°C
4、远程监控+智能调控,满足kW~MW级区域供暖 Remote monitoring and intelligent regulation for kW ~ MW district heating
5、无压缩机,超静音设计,机组噪声低于55dB Compressor free, ultra-quiet design, noise below 55 dB
6、溶液高效除霜,除霜效率衰减低于30% Efficient solution defrosting, heating efficiency attenuation less than 30%
7、预混式燃烧器+高效烟道,NOX排放低于30mg/Nm3 Premixed burner and efficient gas passage, NOX emission lower than 30mg/Nm3
本产品燃气吸收式空气源热泵的燃气效率较燃气锅炉提升60~100%,相同工况下运行费用较燃气锅炉降低 30~50%,较电空气源热泵降低15~45%。
The gas efficiency of the gas air-source absorption heat pump is 60~100% higher than that of the gas boiler. Under the same working condition, the operating cost of the gas air-source absorption heat pump is reduced by 30~50% compared with the gas boiler, and 15~45% compared with the electric air-source compression heat pump.

应用场景 / Application Scenarios

1、燃气/燃煤供热锅炉替代

Replacement of Gas/coal boilers

2、市政集中供暖离网改造

Off-grid renovation of municipal centralized heating

3、工业工艺热水

化工、电子、建材、印刷、纺织、医药、食品加工等工业工艺热水
Hot water for industrial process of chemical, electronic, materials, printing, textile, medicine and food production

4、分布式建筑供暖

工业园、学校、医院、宾馆、山庄、公寓、办公楼等分布式建筑供暖
Space heating for distributed buildings of industrial parks, schools, hospitals, hotels, villas, apartments and office buildings.

5、农林渔牧业供热

蔬菜大棚、养殖场房、渔产加工、木材烘干等农林渔牧业供热
Heating for agricultural, forestry, fishery and husbandry fields such as vegetable greenhouses breeding farms, fishery product processing and wood drying

6、居民冬季采暖

城市、乡镇、郊区、新农村等居民冬季采暖
Residential winter heating in cities, towns, suburbs, and new rural areas

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