More energy, less space VirtuPVT Specification Sheet 2021_v1.2 Contact us: nakedenergy.com [email protected]

This is The highest yielding solar heat and power solution, in the world.

More energy, less space, greater returns Why VirtuPVT is preferred by our customers Up to 3 x CO2 savings per m2 Up to 50% greater financial returns per m2 VirtuPVT decarbonises both heat and power VirtuPVT is designed to maximise the solar potential of your roof > Combining heat and power, delivers 3 times the savings compared to PV > Decarbonises both scope 1 (heat) and scope 2 (power) emissions, mitigating need for additional measures, e.g. carbon offset payments > Utilising renewable energy improves building ratings and supports the transition to a zero carbon economy More versatile VirtuPVT...

Suitable for commercial applications Suitable for buildings with high heat demand such as: ✓ Multi-dwelling residential Food & beverage Hospitality & leisure VirtuPVT provides the ideal temperature to support many commercial and industrial processes: For higher heat applications, see our sister product VirtuHOT Photovoltaic cells Electrical connection High-efficiency monocrystalline PERC cells convert more than 20% of the sun’s energy into electricity. Electrical connection is via standard MC4 connectors, making Virtu as easy to connect as a PV array. Novel aluminium absorber plate Glass vacuum...

Designed with the installer in mind Simple modular assembly 26.5 cm height from roof/façade Lifted to roof pre or post assembly Fits in service elevators Simplifies planning permission/ local approval Mounting included Pipe manifolds included Compatible with any roof type Self ballasting 6 X M8 mounting slots provide compatibility with, for example, clamp and rail systems In-built ballast trays can be loaded with concrete blocks No need for roof penetration ✓ Raised seamed roofs No need for additional mounting

Unprecedented performance in any environment Flat roof performance VirtuPVT maximises energy density on a flat roof Optimum absorber tilt for flat roof Integrated reflector Optimal tube spacing for flat roof Annual kWh per m2 considering actual roof area occupied by array (Würzburg @25°C)* Considering actual roof area Flat plate PVT PV Annual kWh per m2 considering actual roof area occupied by array (Würzburg @50°C)* Considering actual roof area Flat plate PVT PV Standard panels waste space No wasted space with VirtuPVT Panels/collectors tilted towards the sun on A-frames Spaced to avoid self...

Unprecedented performance in any environment Includes integrated reflector. Suitable for : > Flat roofs Vertical façades Low pitch roofs (< 15° tilt) Installed in sets of 5 tubes Sets connected together to form an array of any size Can be configured with manifolds on left or right side 1500 width of 5 tubes and reflectors 1500 width of 5 tubes with reflectors 2260 length (tube and pipe manifold) 2260 length (tube and pipe manifold) Higher density tubes without reflector. Suitable for : Pitched roofs Flat roofs in very low latitudes (< 30 ° from equator) Installed in sets of 5 tubes Sets connected...

Unprecedented performance in any environment SINGLE TUBE DIMENSIONS (refer to drawing on previous page) Gross length Gross width (single tube) Gross height Absorber area Aperture area Gross area Roof area occupied (incl. pipe manifold and service corridor) Total wet weight (unballasted ) Average roof loading (unballasted) Additional ballast Up to 21.7 kg (7 x 3.1 kg) of ballast blocks can be added per tube. Choose additional ballast based on wind loading calculations. Absorber plate angles SET OF 5 CONNECTED TUBES DIMENSIONS (refer to drawing on previous page) Gross width SINGLE TUBE HEAT OUTPUT...

Predicted Annual performance in Solar Keymark standard locations. Fluid temperature Flat roof (0° inclination) - VirtuPVT Electrical kWh per m2 gross area Pitched roof (15° - 45° degree inclination, south facing) - VirtuPVT HD Electrical kWh per m2 gross area Vertical Façade (90° degree inclination, south facing) - VirtuPVT Electrical kWh per m2 gross area Guide to calculations for building regulations / compliance, for example SBEM, FSAP, LEED. SBEM calculations should take the predicted values according to EN 12975-2 (table below). Tilt should be set to the roof inclination. Area Zero-loss...

Contact us: nakedenergy.com [email protected] +44 20 4542 2230 Unit 72 / Unit 80 Basepoint Business Centre Metcalf Way Crawley West Sussex RH11 7XX United Kingdo