The Chinese company State Grid, under the control of China's power grid, has proposed the creation of a global electricity grid which aims to be the main tool in the fight against pollution and climate change. This ambitious project is valued in 50 trillions of dollars and is planned to be fully operational by 2050.
China's proposed global grid will use advanced technology to harness renewable energy sources such as solar and wind, two technologies that have already experienced unprecedented growth in the Asian country. In fact, the plan finds its basis in China's success as one of the largest producers of these renewable energies.
Key international collaboration
The project is already receiving international support. State Grid has already signed memorandums of understanding with key energy companies around the world, including Russia's Rosseti, Korea's Electric Power and Japan's Softbank Group. This strategic alliance creates strong multinational backing for the development of the largest infrastructure project ever planned.
The goal is to interconnect the power grids of all regions of the world to facilitate the distribution and use of renewable energy. According to Liu Zhenya, president of State Grid, the planet faces three major challenges: energy shortage, environmental pollution and the climate change, challenges that this global network is intended to neutralize.
Advanced technologies: key to an efficient transition
Liu stresses that the smart grids (smart grids), transmission lines ultra high voltage (UHV) and clean energy are key elements for achieving a sustainable, economical and efficient energy system. Smart grids will enable more efficient management of renewable energy.
UHV technology will be key to transporting large amounts of energy over long distances without significant losses. This is crucial to harnessing the potential of wind and solar energy generated in remote regions and transporting it over long distances to areas with high energy demand.
Furthermore, the use of clean energy could drastically reduce dependence on fossil fuels. Zhenya mentions that, with the implementation of the global grid, up to 80% of the world's energy consumption could come from renewable sources.
China: world leader in renewable energy
China has positioned itself as the largest country in the world in terms of solar and wind energy generation capacity, figures that support the global grid proposal. In 2023, China installed a record 230 GW of renewable energy capacity, more than double the combined installations of the United States and Europe.
This immense capacity has allowed renewables to overtake fossil fuels in terms of installed capacity in China during the first six months of 2024. By the end of 2024, renewable capacity is projected to reach 40% of the country's total, while coal's share is projected to fall below 37%.
The Chinese government has made clear its intention to achieve carbon neutrality by 2060, and has projected that the massive incorporation of renewable energy will be the key driver to achieving this goal. In addition, new subsidies for energy storage systems are expected to allow for greater integration of solar and wind energy.
Institutional challenges and economic barriers
According to Xue Jiancong, spokesman for China Merchants New Energy Group, the main challenge The challenge for the project is not technology, but the political and economic complexity of coordinating the different countries. Despite this, Jiancong believes that "it is a brilliant plan" that, although it will encounter difficulties during its construction, remains possible.
David Sandalow, a former energy official in the United States, also points out that this project raises an open question to national governments how they could work together on such a revolutionary idea. National politics and economic interests could be one of the biggest obstacles to implementing such a network on a global scale.
An alternative for the sale of surpluses
Another important aspect that analysts have highlighted is that this network would not only benefit developed countries, but would also offer an opportunity to developing countries. These nations could sell its surplus renewable energy to any country in the world connected to the grid, which would allow for a more equitable and efficient distribution of energy resources.
As in China, where investment in renewables has allowed generation capacity to exceed that of fossil fuels, other countries could use this network as an additional source of income by selling their surplus.
The success of global interconnection will largely depend on the policies of national governments, which will have to work together to establish a regulatory framework that allows for effective integration of international electricity networks.
Driven by China's ambition to lead the renewable energy revolution, the project could be a game-changer for the way the world produces and consumes electricity. The global renewable energy network will not only help combat climate change, but will also offer shared resources and greater global energy stability.