Romag offers PowerGlaz - Photovoltaic Solar Panels & Renewable Energy for Architectural Glass Facades.

Our purpose built 30 MWp photovoltaic (PV) glass laminating facility produces glass for all building types that will convert light into electricity thereby reducing power costs and CO₂ emissions.

STANDARD MODULES - MCS APPROVAL

Romags '6 Series' standard PV modules have achieved Microgeneration Certification Scheme (MCS) approval.  This is in readiness for the introduction of Feed in Tariffs (FiT) in the UK as from April 2010.

For further information plese contact our technical department.

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The key benefits of PowerGlaz are:

It replaces conventional glazing materials whilst simultaneously harnessing energy from daylight.

It is very easy to install. The glass is fitted into conventional glazing systems usually without the need for modification of the system.  Electrical connections are made simple and the glazing subcontrator can normally handle inter-connection of the modules.  (Connecting the power to the buildings electricity supply or to the grid should be undertaken by an accredited PV installer).

The initial cost of the solar installation is offset during construction and the electricity produced by PowerGlaz continues to lower electricity costs during the lifetime of the building.

The density of the PV cells can be specified for each individual installation thereby optimising the amount of natural light (or shade) within the building interior.

It provides solar shading. It looks good. Architects and designers can choose the layout of the PV cells to cover the entire panel or only partial cover. Flexibility is key to a wide choice of designs. Large panels are possible - 2200mm x 3600mm or more.

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Balancing Power with Light

By specifying PowerGlaz at the design stage a solution can be found to maximize its electrical performance whilst substituting conventional glazing materials. It is possible to specify the number of PV cells in a panel and the spacing between each cell which will control the amount of electricity produced as well as the amount of ambient light that will enter the building. PowerGlaz can therefore combine power production and solar control in the same glass panel.

This design flexibility means that PowerGlaz is ideal for a variety of applications including:

By strategically placing the panels, PowerGlaz will add to the buildings visual appeal, and its multi-functionality meets specifications for light transmission, solar shading, electrical output, and insulation.

The PV cells are crystalline wafers made from semi-conductor grade silicone, are only approximately 200 microns thick, and are available in twostandard sizes, 125mm x 125mm (5" square) or 156mm x 156mm (6" square). Spacing between the cells can be varied in both directions however, to meet customer requirements.

The electrical wiring system is designed to fit into traditional glazing systems, and electrical contact is by means of simple plug and socket connectors. The electrical contact busbars can generally be placed horizontally or vertically for optimum aesthetic appeal. Panels can be single glazed or double glazed units which, like ordinary glass, can incorporate low emissivity glass to enhance insulation.

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Where There's Light There's Power

It is a common fallacy that PV only works in sunny climates. This is not the case. PV converts light into power and relatively low levels of light are very effective at producing power. Government grants and subsidies are also available - we will be pleased to assist with obtaining grants on request.

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3373 PowerGlaz Data.pdf (1.28 MB)