Hybrid solar panel PVT 240

The SUNSYSTEM PVT hybrid solar panel is a combination of a photovoltaic module for electricity generation and a solar thermal collector.

The product performs two functions at the same time and spares space and installation costs, thanks to its compact design.

Advantages

Compact design

Increased efficiency

It supplies a hot water system

Reduced payout period

An article with a dual function

Advantages:

  • Compact design.
  • Increased photovoltaic efficiency compared to a conventional PV module.
  • It supplies a hot water system.
  • Reduced payback period compared to a conventional PV module.
  • A double-function product – reduced installation costs and space occupancy
Виж цени и модели
It is a known feature of photovoltaic modules that, with increasing the temperature of their cells, their efficiency is reduced. To achieve maximum efficiency, both high solar radiation and low ambient temperatures are required. In nature, such conditions rarely occur at the same time – when the sun is strong, conventional PV modules heat up and lose their efficiency by about 0.5% of each temperature degree.
Moreover, in ideal conditions, only about 15-20% of the energy falling on the module is converted into electricity. The residue is lost in the form of heat emitted by the cells. Thanks to the BURNiT PVT hybrid device, photovoltaic cells are constantly cooled by giving their heat to the coolant flowing through the absorber mounted behind them and thus working with optimal efficiency.

Technical features

Model SUNSYSTEM PVT 240
Dimensions 1650 х 990 х 40 mm
Weight 28 kg
Frame aluminum
Frint side tempered glass 3.2 mm
Back side aluminum sheet
Photovoltaic part Cells type
 polycrystalline
Number of cells/Size 60 (6х10) / 156х156 mm
Maximum power Pmax 240 Wp
Length of conductors 900 mm
Connector type M C 4
Tolerance + 3% – 0%
Voltage at max. Power Vmp 30.6 V
Current at max. Power Imp 7.84 A
Open circuit voltage Voc 37.2 V
Short circuit current Isc 8.52 A
Cell / Module Efficiency 16.4% / 14.7%
NOCT 48°C ± 2°C
Temp. Coefficient of Pmax + 0.45% / °C
Temp. Coefficient of Vmp – 0.35% /°C
Temp. Coefficient of Imp + 0.05% /°C
Temp. Coefficient of Voc – (0.3 ± 0.05) %/ °C
Temp. Coefficient of Isc + 0.065% / °C
Max. System voltage 1000 V DC
Temperature range + 40 °C – + 85 °C
Max. Mechanical load 2400 Pa
Total surface of the collector 1.62 m²
Nominal thermal power 900W
Thermal part Inlet / outlet collector G ½´´
Distance between Inlet / Outlet collector 840 mm
Type of coolant Propylene glycol
Coolant volume 1.17 l
Flow rate of coolant 1.5 ÷ 2.5 l/min
Coefficient lost К1 9.12
Coefficient lost К2 0.00
Intermediate partition AL Aluminum
Absorbent tubes Cu copper
Insulation PU – hard 20 mm

* Data is current at STS (Standard test conditions): Solar radiation 1000 W / m2, ambient tempo. 25 ° C, Spectrum AM 1.5

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