We develop a variety of solar elements and mounting solutions for a wide range of applications. Currently, our focus is on building-integrated technology, floating PV systems, Agri-PV and equipping traffic routes with solar modules. Our goal is a sustainable, stylish and inconspicuous integration of renewable energies into our lives. In doing so, we are driving the energy transition forward with our passion and know-how. At the Intersolar 2021 trade fair in Munich, we will present further exciting innovations on how solar energy can be generated intelligently and in innovative ways.
For more information on our solar solutions, please visit our website: www.paXos.solar
Our development team is already working on another design variant of our Solar Roof Tile. With the Solar Beaver Tail, even historical plain tile roof coverings of listed buildings can be equipped with the most modern solar technology in the future. In addition to the Mediterranean version in terracotta, there will also be a version in classic black. Due to the integrated rear ventilation, the installed solar cell can be cooled efficiently and, in combination with a heat pump, additional thermal energy can be used for the building.
The visually flawless integration into a wide variety of roof surfaces is only possible to a limited extent with conventional solar modules. The Solar Plain Tile developed by paXos offers the look of the asphalt roof shingles mainly used in the USA, but in combination with the use of PV and solar thermal energy. Due to the small product dimensions, roof surfaces can be individually and partially covered - even entire roofs are possible. Double roofing is not necessary at all.
Solar Roof Tile.NRW ‐ Decentralized Power and Heat Supply Made in NRW
Project partner: TH Cologne
This project is funded by the European Regional Development Fund (ERDF).
As part of the above-mentioned ERDF-funded research project in cooperation with the TH Cologne, the solar roof tile is being further developed and optimized so that it can be mass-produced and used like a conventional roof tile. The focus is on both the individual solar roof tile and the overall system, i.e. the series connection of several solar roof tiles. The performance of the system is being investigated in tests in the laboratory and on roof surfaces.
The Solar Roof Tile Mild-Hybrid 14.5W (SDP-MH 14.5W) is a building-integrated, monocrystalline photovoltaic (BiPV) module. It is similar in size, weight and appearance to a conventional roof tile and is just as easy to install. Thanks to the integrated rear ventilation, in combination with a heat pump, thermal energy can be used for heating or hot water generation in addition to electrical energy.
Due to its design and the materials used, the Solar Roof Tile Mild-Hybrid is particularly powerful and durable. This is also reflected in its high resistance to hail, storm suction and fire. In addition, each Solar Roof Tile is walkable and can be individually removed from the composite.
Sale to Meyer Burger: We are very proud to announce that Meyer Burger has acquired the rights to our Solar Roof Tile Mild-Hybrid and will now handle the industrialization and distribution. Meyer Burger is already working at full speed to set up series production and plans to start this and sales at the beginning of 2023. New information regarding the price and distribution channels will also be communicated by this time at the latest. Direct ordering via Meyer Burger or us is not planned for the time being.
For further questions and information, please contact the Meyer Burger sales team directly: firstname.lastname@example.org
The Solar Agricultural Element is a foundation system that enables high electricity production by solar fences with a low and careful use of materials. Photovoltaic modules on agricultural land (Agri-PV) have a high potential to drive the energy transition.
The universal mounting system can be easily adapted in design to the PV panels used. For the attachment of a fence post, the tree root principle from nature is imitated, allowing high tensile, bending and shear forces to be absorbed by the foundation. Thanks to the secure fastening, higher photovoltaic fences are possible, which offer more yield and thus an earlier refinancing of the system. At the same time, the earth screw sleeve in conjunction with the shear compression bending plate ensures low material usage. Likewise, rapid removal is possible without sealing surfaces with concret.
In the production of prefabricated houses and halls, entire external facades can be clad simply and quickly with the Solar Facade Element as a building-integrated PV element (BiPV). The resulting surface generates electricity and thermal energy.
The universal mounting can be easily adapted in design to the PV panels used. Furthermore, individual facade elements as well as PV panels can be removed from the composite for maintenance. Another product advantage is the rear ventilation of the Solar Facade Element, which increases the efficiency of the entire system.
With the new Solar Water Element, energy can be generated sustainably on water surfaces. Systems placed on water surfaces provide about 15% more energy compared to panels mounted on land. Water surfaces are mostly unshaded and allow cooling of the solar modules.
The universal mounting can be easily adapted in design to the PV panels used. The system floats on the water surface but is anchored to the ground. Driven steel cables ensure that the solar water elements rotate around the azimuth and in the elevation direction (2-axis tracking system).
Sealed traffic surfaces such as highways and freeways usually offer unshaded space suitable for electricity production. Previous attempts to install solar panels on roadways were unsuccessful because the disadvantages of such systems were too severe. But why don't we install systems above the roadway in a safe and cost-effective way?
With the Solar Traffic Route Element, expressways and highways can be sensibly opened up for solar energy generation. The universal mounting allows all photovoltaic modules to be installed and offers not only an efficient energy supply but also a reduction in noise emissions and heat protection in summer. Spanned over several lanes, the system reliably generates energy and protects the asphalt.