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One panel generating power and heat at the same time - dimensions and efficiency are standard figures, sized per project.

PVT hybrid solar module

PVT module

PVT hybrid solar module

Monocrystalline cells on the front generate power while a micro-channel absorber on the back collects heat. One panel delivers both hot water and electricity, and drawing heat away keeps cell temperature down so output holds up in hot weather.

  • Front:monocrystalline cells, the same generation as an ordinary module
  • Back:micro-channel absorber collecting heat for hot water and heating
  • Structure:aluminium S-channel with antifreeze, rated for pressurised operation
  • Applications:hotel, school, hospital, farm and residential roofs or ground arrays
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PV parameters
Dimensions1722 x 1134 mm - 2384 x 1303 mm
Power430 W - 700 W
Voltage30 V - 50 V
Thermal parameters
Dimensions1134 x 2278 x 35 mm
Thermal efficiency47%
Hot water yieldabout 50 L/sqm/day at 55 C
PVT hybrid solar

PVT Hybrid Solar Systems - Custom Engineered for Hot Water, Heating and Power

We design and build PVT systems around your roof, your water demand and your climate - from a single-villa retrofit to large commercial hot water plants. Send us your project details and we will size the array, the storage and the backup heat pump for you.

Request a System Design See reference projects
PVT collectors with air-source heat pump system
Front: electricity Monocrystalline cells generate power like a standard PV module.
Back: heat A micro-channel absorber collects heat for hot water and heating.
One panel. Two outputs. Sized for your project.
Custom engineeredEvery system sized to the site, not picked from a catalogue.
Heat and powerOne panel produces both, from the same roof area.
Wide climate rangeCold, high-altitude and hot-humid sites, with heat-pump backup.
Design to commissioningSchematic, equipment list and installation support.

Why choose a PVT system

A PVT collector generates electricity on the front and captures heat on the back.

  • One panel, two outputs: power and hot water
  • Heat extraction cools the cells, so output holds up in hot weather
  • Higher utilisation than separate PV and thermal systems, with one installation
  • Running cost well below conventional heat pumps, gas and electric heating
  • The heat pump covers cloudy spells and night; runs from -35 C to 40 C
  • Fully automatic, no operator needed

Reference projects

Reference installations showing typical system scale and configuration - the array is sized on your site conditions.

Hotel hot water project
Hotel hot water

72 PVT panels producing up to 10 t/day of 55 C water in good sun, topped up by an air-source heat pump.

School campus hot water project
School hot water

PVT array with heat pump units delivering 75 t/day of hot water for dormitories and canteens.

Residential heating project
Heating and underfloor

PVT with heat pumps for underfloor heating or radiators, solar first by day, payback depends on system costs and local energy prices.

Industrial and farm: 60 t/day hot water1150 sqm array with a -15 C air-source heat pump, 60 C outlet.
Large public building: 10,800 sqm heating192 PVT panels, 6 circulation units and a 20 t tank, plus power generation.
Village hall: 310 sqm heatingCold region, 16 kW heat + 5.12 kW electric, payback depends on system costs and local energy prices.
Villa: 260 sqm underfloor heating + hot water8 PVT panels with conventional modules, payback depends on system costs and local energy prices.

Frequently asked

How is PVT different from ordinary PV?

PVT generates on the front and collects heat on the back, so one panel does both. Ordinary PV only generates, and its output falls as the cells heat up.

Does it work in winter or on cloudy days?

Yes. The PVT array collects first and the heat pump covers cloudy spells and night hours; the system runs from -35 C to 40 C ambient.

How much roof area is needed?

It is sized on daily hot water demand or heating load. As a reference, one PVT panel yields about 0.13 t of 55 C water per day.

What is the payback?

Typically two to three years for hot water and around five years for heating, depending on local energy prices and sunshine.

Request a quote

Tell us the product, quantity or capacity and destination market - we reply with configuration and pricing.

We reply to every enquiry individually.
Thank you. We will review the products, quantities and destination market, and come back with configuration and pricing. You can also email us directly at 17847697687@163.com