Monocrystalline & Polycrystalline Silicon Panels

Sharp's solar modules offer industry-leading performance and proprietary design. They boast a high conversion efficiency - the percentage of sunlight that is converted into energy for your use - to maximize your savings.

With both rectangular and triangular modules, a Sharp system can be customized to maintain the beauty of your home. They're the right choice for your home and the right choice for the environment. It's no wonder why so many homeowners are making the move to Sharp Solar.

Monocrystalline & Polycrystalline Silicon Panels

Conergy is one of the world's largest suppliers of PV modules. We offer modules for every type of domestic and industrial application, for both off-grid and grid-connected systems. Conergy has key partnerships with a select group of PV panel manufacturers for its premier line of PV modules.

The Conergy modules are specifically designed to meet the requirements of the market, and are available exclusively from professional wholesalers specializing in electronics and construction.

Monocrystalline & Polycrystalline Silicon Panels

The Schüco photovoltaic module range comprises standard and premium modules. Both types of module are superbly efficient and permanently sealed and protected against the environment and thermal loading. A technical feature of all Schüco modules is zero tolerance in power rating. This means that the output figure given for the module is guaranteed or, in many cases, even exceeded. Individual output is recorded on the back of the module.

Each module is manufactured according to the most stringent technical requirements and exceeds international quality standards. Only solar cells made by leading international manufacturers such as Sharp and Mitsubishi are used.
The Premium modules can be combined with Premium line thermal collectors, hot air collectors and roof windows of the same size.

First Solar's advanced CdTe technology is instrumental in accomplishing our environmental mission.

CdTe is uniquely capable of producing low cost solar modules, making widespread, cost-effective solar electricity a reality. Its physical properties are optimal for converting sunlight into electricity, resulting in highly efficient photovoltaics with thin (< 3 micron) semiconductor layers. CdTe is a robust material with the demonstrated capacity for high volume, low cost production.