2022 Qatar World Cup to Feature Solar Powered Floating Cloud
Qatar has been selected as the sight of the most coveted international sporting event in the world: the World Cup. In 2022, the tiny Middle Eastern country will play host to the world’s most elite athletes, but there’s just one problem… temperatures in the summer exceed 100 degrees Fahrenheit (38 Celsius). To keep both players and fans cool in the stadium, engineers are designing a solar powered artificial solar cloud that will provide shade for the matches.
Researchers at Qatar University’s engineering school are designing a helium-filled airship that will move via four solar powered turbine engines (think helicopter or hovercraft).
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Saud Abdul Ghani, head of Mechanical and Industrial Engineering at Qatar University, says the “artificial cloud will move by remote control, made of 100 percent light carbonic materials, fuelled by four solar-powered engines and it will fly high to protect direct and indirect sun rays to control temperatures at the open playgrounds."
The initial floating cloud for the 2022 World Cup will cost roughly $500,000. However, engineers predict the cloud design will be put into commercial production to be used at beaches, car parking lots and other venues, thus bringing the price down considerably.
Lightsource bp’s first Spanish project powers up in Zaragoza
Lightsource bp has powered up its 247MW flagship solar project Vendimia in Zaragoza, Spain.
Around 615,000 bifacial solar panels have been installed, over 650 hectares of land on multi-row tracker technology enabling the panels to follow the sun, maximising energy generation efficiency. In addition, two overhead transmission lines at 18km and 20km were constructed to efficiently deliver the solar power into the local network.
The five-project cluster was constructed safely during the COVID-19 pandemic and commercial operation recently began. The total power output will be supplied to bp’s European power trading team under a long-term Power Purchase Agreement (PPA).
Fernando Roger, Country Head for Lightsource bp Spain, said the connection of its Vendimia project demonstrates the resilience of solar. "We had to face many challenges due to the COVID-19 pandemic, but our team and trusted partners remained focussed, and now we have completed our first project in Spain. We would also like to extend a special thank you to all the landowners involved for their continued support on this project.
Felipe Arbelaez, senior vice president for zero carbon energy bp said: “It’s fantastic to see the safe start-up of this first project in Spain, and for Lightsource bp to achieve an impressive 3GW pipeline in just two years. Through disciplined investment and safe execution, we are delighted to see the next chapter of bp’s energy story in Spain come online. This project is also a great example of the power of bp’s integration capabilities as our expert power trading team will offtake the power generated, supporting the financial stability of the project and meeting bp’s strict returns threshold.”
The construction process was handled by Lightsource bp’s appointed contractor, Prodiel (an Andalusian engineering, procurement and construction company) and over 600 local jobs were created during that time. Prodiel will continue to maintain the solar cluster under an Operations & Maintenance agreement for the next two years.
At the opening ceremony, Carlos Barassa, head of country for bp Spain, said: "The Vendimia solar project that we are inaugurating today in Zaragoza is great example of the fulfillment of bp's ambition in its transition to an integrated energy company, and our contribution to building a low-carbon future."
bp will pay 7X Energy $220 million for the projects and 1GW of 'safe harbour' equipment and expects the acquisition to complete in 30 days. The projects, spread across 12 states - with the largest portfolios in Texas (ERCOT) and MidWest (PJM) - are expected to meet bp’s low carbon investment criteria, generating returns of at least 8-10%.