RW Panel S.p.A.
Subject to MBH S.r.l’s
management and coordination
Via Industria, 1
30029 S. Stino di Livenza (VE) - Italy
P.Iva 03078030271
Subject to MBH S.r.l’s
management and coordination
Via Industria, 1
30029 S. Stino di Livenza (VE) - Italy
P.Iva 03078030271
RWP Sun. True innovation for photovoltaic power
The RWP Sun system stems from an industrialized technological process that revolutionizes the photovoltaic module’s mounting system. Designed to produce the best results at any latitude and temperature, it is easy to install, functional, safe, waterproof and features seals that compensate for the materials’ expansion at different temperatures.
The RWP panels, on which the RWP Sun system is attached, feature high levels of thermal insulation. And what’s more, they also have excellent fire resistance and reaction to fire parameters, which are essential given that the electrical circuits connecting the solar panel run over the roof of buildings.
RWP Sun delivers:
The RWP Sun system stems from an industrialized technological process that revolutionizes the photovoltaic module’s mounting system. Designed to produce the best results at any latitude and temperature, it is easy to install, functional, safe, waterproof and features seals that compensate for the materials’ expansion at different temperatures.
The RWP panels, on which the RWP Sun system is attached, feature high levels of thermal insulation. And what’s more, they also have excellent fire resistance and reaction to fire parameters, which are essential given that the electrical circuits connecting the solar panel run over the roof of buildings.
RWP Sun delivers:
- consistent performance due to the industrial nature of the process
- excelllent fire resistance and reaction to the fire parameters
- universality in the choice of fotovoltaic modules
- a ventilated gap between the module and roof panel, allowing heat to escape and delivering unbeatable energy efficiency and thermal insulation performance
- aesthetic appeal and architectural performance with the roof profile being continued on the photovoltaic modules
- the option of seamless blending with architectural surroundings
- less space between one photovoltaic module and the next so as to exploit the whole surface of the roof for the system
Print