Solar modules - Import export

Multi-busbar technology of solar cells PERSC and half-cells configurations provide higher power output, better efficiency depending on the temperature, lower shadow effects, lower risk of hot spots, and endurance for mechanical burden.

Multi-busbar technology of solar cells PERSC and half-cells configurations provide higher power output, better efficiency depending on the temperature, lower shadow effects, lower risk of hot spots, and endurance for mechanical burden.

Multi-busbar technology of solar cells PERSC and half-cells configurations provide higher power output, better efficiency depending on the temperature, lower shadow effects, lower risk of hot spots, and endurance for mechanical burden.

AE Solar panels stand out thanks to their incredible durability. A higher efficiency rate guarantees high system efficiency and stable heat energy gain. AE Solar panels are being tested and certificated under international standards

AE Solar panels stand out thanks to their incredible durability. A higher efficiency rate guarantees high system efficiency and stable heat energy gain. AE Solar panels are being tested and certificated under international standards

AE Solar panels stand out thanks to their incredible durability. A higher efficiency rate guarantees high system efficiency and stable heat energy gain. AE Solar panels are being tested and certificated under international standards

Multi-busbar technology of solar cells PERSC and half-cells configurations provide higher power output, better efficiency depending on the temperature, lower shadow effects, lower risk of hot spots, and endurance for mechanical burden.

Multi-busbar technology of solar cells PERSC and half-cells configurations provide higher power output, better efficiency depending on the temperature, lower shadow effects, lower risk of hot spots, and endurance for mechanical burden.

Multi-busbar technology of solar cells PERSC and half-cells configurations provide higher power output, better efficiency depending on the temperature, lower shadow effects, lower risk of hot spots, and endurance for mechanical burden.

Our Vac-Sil® Quality Membranes have been specifically designed for use as vacuum membranes for Solar/P.V. module lamination, plus the forming or thermo-pressing of vinyl foil veneers on furniture woodwork, composites in aerospace, F1 cars, marine, and other general products. We also provide a range of precision components, primarily for use in solar panel production. The range includes laminator vacuum seals, PTFE & Glassfabric belts (Stringer, Release, Vision, Transport etc) and also squeegee edge profiles for screen printing. Listening to our valued customers and their experiences, VAC-SIL® Quality Membranes have been polymer engineered to give users excellent thermal and mechanical properties, with good chemical resistance that leads to optimum service life. Visit our website for further information - advantages, benefits, areas of use, datasheets, faq's and installation instructions.