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The Construction Of The Wind And Solar Power Plant Will Enable The Connection Between Two “Worlds,” Enhanced By The Winds And Sun Of The Sahara Desert
Xlinks is a UK company that seeks to tackle the three main challenges associated with the transition to a low-carbon economy by using a hybrid power plant of wind, solar, and cutting-edge technology, all with the help of the winds of the Sahara Desert, ensuring sustainable and low-cost energy sources while maintaining a reliable power grid.
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Hybrid Plant in The Sahara Desert Will Deliver Renewable Energy to The UK
Wind and solar installations in The UK are an effective tool for reducing the country’s emissions. However, solar generation in The UK is very low during winter when energy demand is highest, and wind energy production can vary significantly from week to week.
Wind And Solar Energy Storage
Energy storage plays an important role in balancing generation and demand throughout each day, but few companies have the technology to shift energy economically between weeks or seasons.
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And the solution was found in the Moroccan Sahara Desert. The location for wind and solar energy generation through a plant in the Sahara offers the answer.
Sahara Desert As The Key Piece For The Construction Of The Hybrid Plant
The Sahara Desert benefits from high levels of solar irradiation throughout the year, which means the British company will be able to generate reliably every day, even during winter. There is no more perfect place than this for the construction of the plant.
The chosen sites for the wind power plants benefit from equally reliable Atlantic winds, which are part of a climate system different from that of The UK.
The low cost of solar and wind energy generation in the Sahara Desert also means that the project can include significant storage to allow the project to supply energy to The UK during the night.
Submarine Cable To Transfer The Energy Generated At The Hybrid Plant
A 3.6 GW submarine cable system with a record length of 3,800 kilometers will allow energy to be sent directly to different parts of Wales, in The UK, without relying on the existing infrastructure in Spain and France.
The project will generate 7.5% of The UK’s electricity demand and will remain operational well beyond the net zero carbon emissions cut-off date of 2050.
