CKW Group Turns Parabolas into Efficient Solar Power Plants
In the ever-evolving world of technology, certain elements of equipment often become obsolete and are typically dismantled and disposed of. However, a more efficient solution may lie in finding new uses for these elements. And that’s exactly what energy company CKW Group has recently tested, successfully transforming rotating parabolas into highly efficient solar power plants.
With a diameter of 32 meters, these parabolas provide ample surface area for the installation of a relatively large array of photovoltaic panels. The system utilizes a motorized mechanism that previously directed the antenna towards the correct satellite, but will now position the solar power plant towards the sun. Combined with an altitude of over 1,000 meters above sea level and an unobstructed view, these solar power plants will have sufficient sunlight for operation not only in summer but also in winter.
For structural reasons, the antennas and supports are likely to remain in place, with any potential shading minimized through optimization. According to CKW, one antenna is expected to produce enough energy to power approximately fifteen households, although the company did not provide exact figures. The generated energy will be used to cover the energy consumption of a data center.
This innovative approach by CKW Group demonstrates the potential for repurposing outdated technology and turning it into a sustainable energy solution. By utilizing existing infrastructure and optimizing its functionality, the company is contributing to the development of a greener and more efficient energy sector.
How does CKW Group repurpose rotating parabolas into solar power plants and what are the advantages of this innovative approach?
CKW Group Transforms Parabolas into Solar Power Plants: An Innovative Solution
In the fast-paced world of technology, equipment often becomes obsolete and is typically discarded. However, energy company CKW Group has taken a different approach by repurposing rotating parabolas into highly efficient solar power plants.
These parabolas boast a significant diameter of 32 meters, providing ample surface area for a large array of photovoltaic panels. Previously used to direct antennas toward satellites, these parabolas now serve the purpose of positioning solar power plants toward the sun. With an altitude of over 1,000 meters above sea level and an unobstructed view, these solar power plants receive sufficient sunlight for operation year-round.
To optimize efficiency, the antennas and supports remain in place, with shading minimized through careful optimization. CKW claims that one antenna will generate enough energy to power approximately fifteen households, although precise figures have not been provided. The energy produced will be used to support the energy consumption of a data center.
This innovative approach by CKW Group exemplifies the potential for repurposing outdated technology to create sustainable energy solutions. By leveraging existing infrastructure and optimizing functionality, CKW is actively contributing to the development of a greener and more efficient energy sector.
