The City on the Red Sea is he most futuristic megaproject in history. There is talk of 1,000 million kWh using a powerful source. News that is just as surprising as the 100 million for the storage of sustainable energy. Just as important as obtaining clean energy is storing it due to the global increase in energy demand. Energy storage is a crucial factor in resource management in industry.
It plays a fundamental role in the transition towards the integration of cleaner and more sustainable energy sources. This period is especially important because of the large ecological footprint generated by fossil fuels, to date the most widely used resources in a wide range of industries. Energy storage is about capturing, retaining and then releasing energy when it is needed most.
This process is possible using a wide variety of technologies and methods. At the same time, it allows you to manage and optimize both production and energy consumption. It allows energy to be stored when demand is low and released when demand is high. Under these circumstances the megaproject that surrounds the Red Sea takes on great relevance.
They are preparing the most futuristic megaproject in history in the Red Sea
Huawei creates the world’s largest microgrid for optimal storage, delivering 1 billion kWh of energy annually. This invention of the Chinese multinational plays a leading role in the project Red Sea in Saudi Arabiathat offers extensive benefits of green and sustainable electricity. Significant progress in the transition to clean and renewable energy, especially in areas with high solar radiation.
There was recently International Digital Energy Exhibitionwhere high-level executives Huawei They showed the world the keys to the company’s global growth in digital energy solutions. Yang Youguichairman of Huawei Digital Energy Services Global Marketing Groupannounced that the company had created the largest microgrid in history.
In the past, Huawei had already offered solutions FusionSolar for the initiative of Red Seain collaboration with various technology partners. The microgrid of Huawei by blending photovoltaic energy and storage, ensuring a stable and ecological energy supply for the entire region. It has a photovoltaic production capacity of 400 MW and an energy storage of 1.3 GWh.
In addition, it can provide stable and sustainable energy in an area of more than 100 km, essential capabilities to ensure the uninterrupted operation of the facilities in the project. Red Sea. It can spread even further, over a vast geographical area.
The company has been working on this smart grid technology for more than a decade, integrating experts in power electronics, digital technology and energy innovation. The result is an advanced energy infrastructure that reduces costs and CO2 emissions, in line with global environmental goals.
New Red Sea City: the futuristic mega-project everyone is talking about
The microgrid power station is an essential part of the project New city on the Red Seawhich will eventually be transformed into the world’s first green city. It is expected to operate 100% with photovoltaics and energy storage in the future. This initiative will cover approximately 28,000 km2, including an international airport, 50 hotels, more than 8,000 luxury rooms and several tourist attractions, all powered by clean energy.
Furthermore, this initiative, which is part of the ambitious plan Saudi Arabia’s Vision 2030will attract the attention of more than a million tourists per year. The microgrid of Red Sea is a role model for future projects Huawei and the rest of the world. In short, the City on the Red Sea is he megaproject most futuristic history that other places could copy. It is just as surprising or more surprising than this super project with 50,000 million solar panels.