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Transforming Parabolas into Highly Efficient Solar Power Stations

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This innovative approach by CKW Group demonstrates the potential for repurposing outdated technology ‌and turning it into a sustainable energy ‌solution.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.
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⁤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.

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