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Hybrid Solar Panels

A unique technology which give you electricity and heat in ONE module

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Power | W

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1 day

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90%

of solar energy is converted into energy for consumption

We conducted many experiments and determined that the total power of the two types of energy produced by our panels is more than 90% of the energy received from the sun. And it's just incredible, because conventional PV panels convert only up to 22% of solar energy

Up to 10-20%

more electricity compared to conventional PV panels

During operation, the photocell heats up and loses power by 0.3-0.4% for each degree of operating temperature, in excess of 20 ° C. Since we remove heat from the photocells, we get an increase in electrical power compared to a conventional PV-panel in the same conditions.

+50%

increasing the effective life-time of panels

Keeping the photocells in a stable and low temperature mode improves the mobility of electrons and increases the effective life of the modules compared to the panels.

1:1

overall dimensions are the same as for conventional PV-panels

We hybridize conventional PV-panels, so this allows us to save their size and use regular mounting systems. This advantage is important if you want to hybridize an existing solar system for maximum efficiency.

3-4 times

more heat power than electric power

The heat power removed from the panel (0.5-0.7 kW / m2) heats water, for example, in a boiler or swimming pool. The ratio of heat and electricity generation is flexibly regulated by the flow rate of the coolant in the system.

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Hybrid Solar Panels

A unique technology which give you electricity and heat in ONE module

90%

of solar energy is converted into energy for consumption

We conducted many experiments and determined that the total power of the two types of energy produced by our panels is more than 90% of the energy received from the sun. And it's just incredible, because conventional PV panels convert only up to 22% of solar energy

Up to 10-20%

more electricity compared to conventional PV panels

During operation, the photocell heats up and loses power by 0.3-0.4% for each degree of operating temperature, in excess of 20 ° C. Since we remove heat from the photocells, we get an increase in electrical power compared to a conventional PV-panel in the same conditions.

+50%

increasing the effective life-time of panels

Keeping the photocells in a stable and low temperature mode improves the mobility of electrons and increases the effective life of the modules compared to the panels.

1:1

overall dimensions are the same as for conventional PV-panels

We hybridize conventional PV-panels, so this allows us to save their size and use regular mounting systems. This advantage is important if you want to hybridize an existing solar system for maximum efficiency.

3-4 times

more heat power than electric power

The heat power removed from the panel (0.5-0.7 kW / m2) heats water, for example, in a boiler or swimming pool. The ratio of heat and electricity generation is flexibly regulated by the flow rate of the coolant in the system.

kurguzov.alexey@gmail.com

solarsimbio@gmail.com

+38(067)4868048

+38(067)1245974