Yandalux GmbH products

Every PV module must be securely attached, no matter if it is mounted on a roof or installed on the ground. Mounting material should preferably be made of aluminium or galvanized steel with stainless steel fasteners and must be highly durable. Racks must withstand high wind loads. Assembly on site should be easy to keep installation costs to a minimum.

Grid-connected solar systems feed electricity generated by solar equipment into the public grid. State subsidies and feed-in schemes, in place in many countries, can make investments in solar power systems highly attractive! To find out which system most suits your requirements, we look at the annual sunlight levels in your region and, based on our yield prognosis, do a cost-benefit analysis. Grid-connected solar systems feed the excess electricity generated into the grid and draw electricity from the grid whenever the solar panels do not produce sufficient power to meet your demands (e.g. at night).

Autonomous solar energy systems provide reliable, battery-buffered power supply in areas with no or unreliable power networks. Our exceptional engineering knowledge enables us to design and install stand-alone systems in tropical areas in particular – no matter if you just want to provide electricity for a few lights, pump water or power vital equipment.

Hot water is a real plus for everyone. Install a compact solar thermal system and have your domestic hot water demand covered 24 hours a day. Unlike hot water systems powered by electrical heating, solar thermal systems do not incur operating costs. What’s more: as the supply of hot water does not depend on electricity, power cuts will no longer affect you. Solar thermal systems are also very kind to small purses. A solar thermal kit will pay off within three years and run for over 20 years at no additional expenses. Large-scale solar thermal systems meet the demands of facilities that consume huge amounts of hot water, such as hospitals, dispensaries, schools and others.

Silicone cut from single silicone crystal. Single colour tone. Long lasting. Cell efficiency around 13% - 20%.

Cut from a cast ingot of multi-crystalline silicone. Multi-colour patterns. Long lasting. Cell efficiency around 12% - 14%.

Non-crystalline silicone deposits on the back of a glass with a thin-layered plastic surface, used e.g. in calculators or watches. Cell efficiency around 5% -10%. Other thin-film technology based on cadmium telluride and CIS (copper indium selenium) is ready for serial production.