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Solar water heating and PVT hybrid panels that produce heat and electricity from the same surface: market outlook, industrial applications and system design.
PV-T panels generate electricity and capture the heat that ordinary PV modules waste, reaching 70–80% combined efficiency from a single roof surface. That makes them the right choice wherever electric and thermal demand coincide — from social housing and smart homes to industrial plants and off-grid sites — and a hedge against volatile energy prices.
Read more: Why and How to Use PV-T PanelsPV-T adoption in the EU is growing from an early base, with substantial headroom as RED III sets a binding 42.5% renewables target for 2030. Germany, the Netherlands and France lead on policy support, and the growth scenario strengthens wherever PV-T is paired with heat pumps and district heating.
Read more: Current Status and Future Scenarios of the PV-T Market in the EU
PVT-assisted heat pumps use one hybrid module to do two jobs: the PV cells generate the electricity that drives the heat pump, while the thermal absorber preheats its working fluid. Combined solar conversion reaches 65–75%, versus 15–20% for PV alone — making these systems a cornerstone of the electrification of heating and cooling.
Read more: Impact of PVT-Assisted Heat Pump Projects on Electrification PVT panels combine photovoltaic cells and a solar thermal collector in one module, producing electricity and useful heat from the same surface. For industry, that dual output covers both machinery power and process heat, reaching 65–75% combined efficiency versus 15–20% for PV alone. Manufacturing, food processing and chemical plants are already using PVT to cut energy costs and emissions.
Read more: Industrial Applications of Photovoltaic Thermal (PVT) Panels
With its manifesto 'Solar Thermal is Smart', Solar Heat Europe has highlighted the potential of solar thermal solutions to decarbonize heating systems across Europe.
Read more: Europe's Energy Transition is Accelerating, and Solar Thermal is at the Forefront
