Products - ZJTEX ELECTRIC GROUP COMPANY LIMITED

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Introduction of ZJTEX solar power air conditioner:

ZJTEX solar power air conditioner use solar collectors to gather the sun power and put the heat as part of heat that compressor needed, save the part of electricity of compressors need. It is named solar-assistant air conditioners, its compressor and refrigerant same as normal ones just save cost for electricity. It could save 60% cost in the day with sunshine and 30% in the night.

Solar power air conditioner compare with current products:

* Current available technologies are neither practical nor cost-effective.

* Photovoltaic (PV) systems cost is many times more than a conventional air conditioner.

* Thermally driven absorption cooling requires costly, high-temperature collectors and undesirable cooling towers.

Advantage:

* ZJTEX solar power air conditioner quite fit the seasonal demand, which means, the COP is increased as the solar energy is most plentiful in the summer.

* Freon, widely used by conventional air-conditioners, is damaging our atmosphere. Our ZJTEX solar power air conditioner works with our special medium and newest refrigerant which is completely environment friendly.

* Vacuum tube solar collectors were invented in the USA and China decades ago, mature technology and high quality will guarantee the performance of our solar power air conditioner.

* ZJTEX solar power air conditioner are cost-effective. Our solar power air conditioner system is produced in the USA and China, due to the low cost of the labor, land and R&D. The price of our solar power air conditioner system is very competitive and affordable for our clients worldwide.

* ZJTEX solar power air conditioner can combine air-conditioning and solar hot water systems together, therefore enhance market attractiveness.

* Our products solar power air conditioner have all the functions as conventional Air-Conditioners do. Such as dehumidification and bacteria free ventilation to help refresh the air inside your home or business.

* Our standard products have different capacities which is easier to design larger systems, which help fit the needs of any commercial project and make our system more customized.

* Easy installation, making operation time less consuming. Our system is compatible with conventional shafts, local conventional certified A/C installers can get installations done perfectly with 3 days training

* Our products use high quality components, like HITACHI compressor, all copper tubing and treated stainless steel metal, providing top of the line quality.

Model No.			TKF(R)-100DW
Power Supply：220-240VAC, 1PH, 50Hz
Performance
Capacity	Cooling	Btu/h	36000
	Cooling	W	10000
	Heating	Btu/h	40000+1700
	Heating	W	12000+500
Noise	Indoor	dB(A)	≤53
Noise	Outdoor	dB(A)	≤58
Air Circulation		m³/h	1700
Suitable Area		m²	42~67
EER		W/W	3.87
EER		Btu/h/w	13.2
Power Consumption
Power Input	Cooling	W	2400~2640
Power Input	Heating	W	2470~2650+500
Rated Current	Cooling	A	10.91~11.95
Rated Current	Heating	A	11.23~12.05+2.2
Vacuum Tube	DiameterLengthPcs		47mm700mm13
Dimensions
Indoor Unit	Net	mm	1672673243
Indoor Unit	Shipping	mm	1760765311
Outdoor Unit	Net	mm	950355835
Outdoor Unit	Shipping	mm	1140460910
Water Tank	Shipping	mm	1120400400
Vacuum Tube	Shipping	mm	1120400400
Weight
Indoor Unit	Net/Gross	kg	40/43
Outdoor Unit	Net/Gross	kg	73/76
Solar Collector	Net/Gross	kg	18/21

Name：high-rise residential

Time:2012-12-03

Message：

Small high-rise residential solar hot water systems need to consider a few questions?

Replay:

Select different solar hot water system, priority should be given to the system is reliable, easy to manage, easy amortization auxiliary energy costs, hot and cold water and operating costs cost to achieve management simple and convenient, easy to be accepted by the households, does not produce a property with tenants contradiction. Should consider how to address the issue of the use of solar hot water live in a low-level user. Solar system design should take into account the problem of insufficient solar hot water production in the rainy weather. To ensure the reliability of the water supply, the system design should be configured auxiliary heating system to users 24 hours a day to ensure regular supply of hot water. 4, the system should meet the priority use of solar energy heating hot water when solar energy is not enough, let the auxiliary energy supplement heating. Achieve full use of solar energy, and reduce the costs of auxiliary heating energy purposes. , Solar hot water system should be reasonable, reliable, state-of-the-art; solar and auxiliary heating system operation should be fully automated, intelligent; under the premise of ensuring the quality and effect, as much as possible to reduce the project cost, and improve the system cost-effective. , Solar hot water system layout and placement with the surrounding buildings should be coordinated daily use should facilitate the maintenance and overhaul. 7, the solar hot water system design should be carried out simultaneously with the construction engineering the pipeline embedded parts, pre-reserved for the installation of solar hot water systems should be in place to facilitate the latter part of the solar hot water system installed.