Using solar thermal energy to kill microorganisms in water.
Simple and cost-effective substructure is possible thanks to the low weight of the energy roof.
Purified water is stored in the tank and is available 24/7.
Pumping out the well water using an electronic water pump powered by solar energy from the PV film and the wind turbine.
Optional additional electricity production by a wind turbine in the roof ridge.
Power generation through full-surface photovoltaic film over the entire roof area.
Thanks to the modular construction, toilets and wash houses are possible for events such as festivals or other events. They would work autonomously by treating used water and rainwater and thus making it available again for use in rinses and sinks.
Similar to the toilet and wash houses for festivals, mobile facilities could also be developed for camping and outdoor activities. They would also be of great use for scientific research expeditions. The option of autonomous energy production and drinking water treatment makes these solutions particularly attractive for use in remote areas or under difficult conditions.
The system is ideal for farms and remote fields. A self-sufficient irrigation system that is powered by solar energy and produces electricity at the same time would be conceivable. The system allows water to be stored and treated so that it can be used efficiently even in remote regions without relying on external resources.
In addition to developing countries, remote areas that are not connected to the public power grid and depend on clean water are generally also conceivable, such as mountain huts, alpine huts, holiday homes and hunting lodges.
Soundproof walls on motorways are becoming increasingly important, particularly in areas that are heavily affected by traffic noise. Since the elements of our energy roof can also be installed vertically, they offer an innovative way to build sound barriers that also provide an integrated insulation layer. These walls could also be covered with PVD film, which not only protects against noise but also generates electricity. The PVD film is visually adaptable and can be designed to seamlessly integrate into the environment, creating an aesthetically appealing and functional solution for noise protection on motorways.
The individual roof elements combined with the robust PVD film are characterized by exceptional load capacity and can easily support even heavy weights. As a result, they are also ideal for use as industrial roof coverings. Large areas do not pose any challenge.
Our energy roof is self-supporting and therefore does not require an additional roof truss, which saves a considerable cost factor when building a house. Most of the insulation elements consist of a styrofoam-like material that is extremely lightweight. This allows the roof to be erected more quickly and reduces the need for manpower. In addition, with our system, you benefit from various funding options that enable further cost savings. SurPlus Energy is making house construction attractive again.
eVTOL (electric vertical take-off and landing) aircraft are electrically powered aircraft that can take off and land vertically. They combine the flexibility of drones with the efficiency of aircraft and are considered a groundbreaking innovation for urban mobility of the future. Our roof elements make it possible to create take-off and landing sites for these aircraft and at the same time serve as charging stations for seamless energy supply.