The patented collector design has been improved and we are producing the Integrated
Storage Collector according to highest material and quality standards.
The shape of the reflector has been optimised to achieve the maximum performance. The housing is made of a heat resistant UV-protected polyurethane foam sandwich, which keeps the heat during the night to provide hot water 24 hours a day.
The technology of the Integrated Storage Collector has been modified to achieve the integration of a solar water heater in vertical building fašades. The shape of the reflector has been optimised for maximum performance throughout the year. Hot water is stored inside the Fašade Storage Collector and supplied on demand. The piping works in high rise buildings is simplified as distances are short and pressure differences are avoided, if the hot water is supplied on the same storey.
We have developed and patented a progressive design of the Parabolic Trough Collector and the Absorber Tube, which achieve a higher efficiency and performance.
The reflector shell consists of a lighweight monocoque construction, which has maximum stffness and the Absorber Tube has an enlarged optical length for a higher performance. The solar tracking of the Parabolic Trough Collector is fully automatic to capture the radiation provided by the sun.
The Fresh Water / Pool Water Cooler has been optimised for operation close to the wet bulb temperature. Freshwater and swimming pools are kept on a comfortable level at significantly reduced cooling costs.
The cascade cooling system is minimising the annual cooling charges for cooling of industrial processes.
A progressive steam cycle comprising a Heat Accumulator has been designed to operate the solar air-conditioning system 24 hours a day.   The solar field is charging the Heat Accumulator to supply the Absorption Chiller after sunset.
A solar field with Heat Accumulator is feeding a high efficient seawater distiller 365 days a year. The high efficiency of all components is reducing the footprint of the plant.
The combination of solar power generation with solar air-conditioning or with solar seawater desalination is highly efficient due to a better utilisation of solar field.