The exploitation of renewable energy is particularly significant for our future. The sun, with its virtually inexhaustible energy potential, will play an increasingly important role. In this regard a photovoltaic system offers you the perfect investment. Through the legally guaranteed feed-in tariff, your system practically pays for itself. In addition, environmental management and the contribution made to protecting the climate are clearly positive signals. Consequently use the roof surface of your HALTEC hall to generate power. With HALTEC solar we offer solar modules for optimal implementation on roofs of modular constructions.

With HALTEC you have a single source for modular construction and photovoltaic systems. As your contact we handle all the coordination for statics, mounting and the constructive fastening of the system on the roof.

• Southern alignment of the roof surface
• Shadow-free throughout the year

Crystalline or thin-layer - we consider location, roof pitch, and alignment of your hall for the steel construction and module technology that is best suited for you. Benefit from our know-how and save time and money through an optimal match of photovoltaic system and hall.

• Easy to fasten on trapezoidal steel sheet and steel sandwich elements

• Long service life through the use of high-quality materials

• Suitable for use in large projects

• Optimal yields are ensured even with a shallow roof pitch, and for any alignment

• Safe and simple electrical connection through multi-contact plug-and-socket connectors

• Amortisation through legally guaranteed feed-in tariffs

• Resistant to fouling, stone chipping, and a wide variety of weather influences.

• No additional wind loads or snow loads

• Suitable for partially shadowed roofs

• Low temperature coefficient

• Easy and cost-optimised electrical cabling

• Exclusive use of tested and certified solar modules

• On a saddle roof structure with a surface area of 20 x 50 m you reach a capacity of approx. 45 kWp.

• On a pent roof hall with a surface area of 15 x 30 m you reach a capacity of approx. 40 kWp.