Solar PV direct drive Heat Pump

KOLANT DC Inverter Solar PV direct drive Heat Pump is an overall energy solution for your home Heating， Cooling + Domestic Hot Water in one solution.
Direct solar Photovoltaic Electricity power supply connection
Compatible with Solar thermal, Solar PV
Enery Class A+++ with R32 refrigerant gas
European standard inverter heat pump
With Wifi control function
With modbus protocol and RS485 interface

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Cross-industry Integrated New Energy Heat Pump

Kolant Innovative green energy methods such as solar power generation, wind energy, photovoltaic power storage, etc. are deployed and used with heat pump energy consumption to achieve seamless switching between dual power inputs, give priority to the use of photovoltaic energy, and eliminate the need for secondary conversion, which greatly reduces user energy

Sunny Day Mode. “Free” heating/cooling.

When there is abundant sunlight and the photovoltaic system generates electricity that fully meets all the power consumption requirements of the unit, free heating/cooling can be achieved.

Cloudy Day Mode. Power grid intelligent supplementation.

When the sunlight is insufficient, the photovoltaic system supplies partial power, and the power grid supplements it intelligently to ensure the stable operation of the unit.

Night Mode. Power supply from the power grid.

During the night period, the photovoltaic system does not generate electricity, and the power grid supplies electricity directly. The energy consumption is equivalent to that of the unit itself.

More Energy Source For More Comfortable Home

Replacing traditional coal boilers, oil burner, electric boilers, and ordinary air conditioners,
brings you more energy-efficient and greener options.

Kolant Heat Pump Benefits to you

Low Air Temp Strong Heating

It is designed to capture solar energy even in low – temperature environments. By leveraging advanced heat – transfer technologies and high – efficiency collectors, it can convert solar energy into powerful heating output. This ensures that homes and commercial spaces remain warm and cozy, regardless of the cold outside.

0 cost when Solar PV direct driving

During the day, as the sun shines, the PV panels convert sunlight into electricity, which directly powers the heat pump.

This means there’s no need to rely on expensive grid electricity or burn costly fossil fuels. With 0 cost operation under solar PV driving, it not only significantly cuts down on energy bills but also contributes to a greener planet by reducing carbon emissions

Adopt Multi noise reducing technology

It incorporates advanced noise – reducing materials in its construction. These materials are strategically placed around the key components such as the compressor and the fan, which are usually the main sources of noise. Additionally, it features an optimized design of the internal structure. This not only ensures smooth operation but also minimizes the vibrations that cause noise.

0.1°C temp tolerance Super comfort

Equipped with state – of – the – art temperature – control technology, it can maintain a stable indoor temperature within a minuscule 0.1°C range. Whether it’s the sweltering summer or the chilly winter, it ensures that the indoor climate remains consistently pleasant.

This high – precision temperature regulation not only provides a more comfortable living or working environment but also helps in energy conservation.

Kolant Heat Pump Advantage for you

Auto switch solar and Grid electricity

When there is ample sunlight, it automatically and efficiently utilizes solar energy, converting it into heat energy to achieve energy conservation and environmental friendliness. When sunlight is insufficient, it can quickly switch to grid electricity to ensure a stable supply of heating or cooling. In this way, users don’t have to worry about unstable energy supply. They can not only enjoy the green benefits brought by solar energy but also rely on grid electricity to ensure a good user experience, truly achieving high efficiency, convenience, and cost – effectiveness.

Full DC Inverter + EVI

– 35°C Heating
DC inverter + EVI technology to operate strongly and heat (up to 60°C) stably in ambient -35°C.

Reliable & Safe
Leading COP increasing technology, strict production control and international brand components result stable product quality

Remote Control
Mobile APP control and Modbus control are both available for remote control monitor and maintenance.

Technical Data

Models	Air temp/outlet water temp	GFRB-85H/N8 -BBPEEVI	COP	GFRB-110H/N8 -BBPEEVI	COP	GFRB-150H/N8 -BBPEEVI	COP	GFRB-185H/N8 -BBPEEVI	COP	GFRB-240H/N8 -BBPEEVI	COP
Heating capacity/Power input (KW)	at A20/W35°C	10.6/1.89	5.61	14.42/2.88	5.01	21.1/3.89	5.42	22.8/4.4	5.18	29.5/6.01	4.91
	at A7/W35°C	8.59/1.87	4.59	10.6/2.55	4.16	14.7/3.31	4.44	18.8/4.4	4.27	23.1/5.34	4.33
	at A7/W45°C	7.91/2.23	3.55	9.97/3.14	3.18	13.5/4.1	3.29	17.8/5.24	3.4	22.6/6.11	3.7
	at A2/W35°C	7.65/1.81	4.23	9.54/2.49	3.83	13.08/3.21	4.07	16.92/4.31	3.93	20.29/5.38	3.77
	at A2/W45°C	7.04/2.15	3.27	8.97/3.06	2.93	12.02/3.97	3.03	16/5.12	3.13	18.7/6.4	2.92
	at A-12/W41°C	5.9/2.45	2.41	6.3/2.7	2.33	10.2/4.35	2.34	11.6/5.04	2.3	14.7/5.88	2.5
	at A-20/W41°C	5.4/2.56	2.11	5.61/2.72	2.06	8.9/4.23	2.1	10.5/4.97	2.11	13.7/5.78	2.37
Cooling Capacity/Power input(KW)	at A35/ W18ºC	9.2/2.7	3.41	11/3.3	3.33	13.9/4.2	3.31	15.6/4.8	3.25	20.1/6.2	3.24
Cooling Capacity/Power input(KW)	at A35/W7ºC	7.2/2.73	2.64	8.6/3.4	2.53	9.8/3.77	2.6	10.5/4.2	2.5	13.5/5.09	2.65
Max.current (A)		18		19		28		14.3		18.1
Max power input		4KW		5KW		6KW		7KW		9KW
Solar working max voltage		340VDC
Electric supply		230V/50~60HZ				400V/50~60HZ		400V/50~60HZ
Max.Outlet water temperature		60oC
Working temperature range (oC)		-30 ~ 43
Refrigerant circuit	Refrigerant	R32
	DC Inverter compressor	MITSUBISHI		MITSUBISHI		MITSUBISHI		MITSUBISHI		MITSUBISHI
	Heat exchange	Copper and Hydrauphilic Aluminum Fin
	Air flow (m3/h)	2400				5800		6000		7000
Water circuit	Heat exchanger	High efficiency tube in shell heat exchanger
	Inlet/Outlet pipe size	DN25(G1″)		DN25(G1″)		DN25(G1″)		DN25(G1″)		DN25(G1″)
	Water flow (m3/h)	≥1.5		≥1.8		≥2.5		≥3		≥3.9
	permitted pressure	≤0.8MPa
Unit dimensions WxHxD (mm)		960820380		960820380		9601270380		9601270380		10301340390
Pacage dimensions WxHxD (mm)		1040940502		1040940502		10401390502		10401390502		11151510510
Net weight (Kg)		68		68		108		108		128
Gross weight (Kg)		85		85		125		125		145
Noise level (dB(A))		56		56		59		59		60
Loading quantity for 20’/40′ container		44/88		44/88		22/44		22/44		22/44