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Solar Hybrid PVT System

Advantages:

1. Supports dual-energy output: simultaneous power generation (PV) and heat generation (solar thermal energy).

2. Space-saving: Integrated design reduces rooftop footprint.

3. Applications: Waste heat can be used for domestic hot water, heating, or industrial processes.

4. Economical and energy-saving: Comprehensive energy savings accelerate cost recovery.

5. Easy installation: Integrated structure reduces wiring and installation complexity.

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Product Details

Product Introduction:

Solar Hybrid PVT System is the core component of photovoltaic and thermal integration technology. It integrates light, electricity and heat into one, and achieves efficient energy utilization through photoelectric conversion and thermal energy collection.

Solar photovoltaic/thermal (PV/T) technology combines photovoltaic and solar thermal energy to achieve higher solar energy utilization efficiency.

Solar Hybrid PVT System

Product parameter table:

Specification of PVT

Item		Liquid circulation	Liquid circulation	liquid circulation
Dimension（mm）		2279×1134×37	2279×1134×37	1762×1134×37
Dimension of Glass (mm)		2273×1128	2273×1128	1756×1128
Weight（kg）		39.0	39.0	34.6
Electricity	Peak Rate/W	580	540	450
	Component type	Single crystal/multiple main gate/N type TOPCon	Single crystal/multiple main gate /P type PERC	Single crystal/multiple main gate /N type TOPCon
	Component structure	144（6×24）cells	144（6×24）cells	108（6×18）cells
	Operating Temperature /℃	-40~85	-40~85	-40~85
	Max system voltage/V	1500V（TUV）	1500V（TUV）	1500V（TUV）
	Open Circuit voltage (Voc)/V	51.1	49.73	39.78
	Max power point operating voltage (Vmp)/V	44.45	41.13	33.21
	Short Circuit Current (Isc)/A	14.31	13.89	14.00
	Max power operating current (Imp)/A	13.05	13.13	13.55
	Module efficiency	22.44%	20.9%	22.5%
Thermal	Thermal peak efficiency(W)	1180	1180	910
	liquid capacity(L)	1.2	1.2	0.95
	Medium type	Propylene glycol /glycol /water
	Work pressure(MPa)	0.6
	How it works	Indirect expansion type
	Interface /Quantity	G1/2 male thread / 2	G1/2 male thread / 2	G1/2 male thread / 2
	Heat transfer structure	Tube plate	Tube plate	Tube plate
	Heat transfer material	Red copper	Red copper	Red copper
Back sheet material		Color-coated sheet	Color-coated sheet	Color-coated sheet
Quantity for 40HQ		28 pcs/pallet，560pcs/40HQ	28 pcs/pallet，560pcs/40HQ	28 pcs/pallet，700pcs/40HQ
Application Scenario		Low temperature radiant heating/pool heating/interseasonal heat storage/Combined with heat pump

Remark:

1. Integrated, high income: photoelectric, photothermal integrated coupling design, make full use of solar energy resources, the same area of more income.

2. Reliable and long life: reduce the working temperature of the surface of the solar module, improve the working condition, extend the service life and obtain more power generation

3. Precision, high performance: The use of half a single crystal multi-main gate N-type TOPCon battery, partition temperature and no hidden crack laminated heat transfer process, close-packed heat exchange runner layout, two EL detection, two air tightness detection, one insulation resistance test, excellent process stability.

Solar Hybrid PVT System

Working Principle:

When exposed to sunlight, photovoltaic cells convert light energy into electricity, while heat is collected by heat-absorbing aluminum plates and copper tubes. A full back-flow system reduces module temperature, improving power generation efficiency by 8%-15%.

Solar Hybrid PVT System

Core Structure:

A Solar Hybrid PVT System primarily consists of a glass cover, EVA film, photovoltaic cells, heat-absorbing aluminum plates, and a TPT insulation layer. The photovoltaic cells convert light into electricity, while the heat-absorbing aluminum plates and copper tubes collect heat. The glass cover and insulation provide insulation.

Solar Hybrid PVT System

Application Scenarios:

Solar Hybrid PVT System are often combined with heat pump systems to create a PVT heat pump system, which simultaneously generates electricity and provides hot water or heating, with an overall efficiency of up to 64%. This system is suitable for both urban and rural areas, with a typical payback period of 2-5 years.

Solar Hybrid PVT System