Solar energy, wind power and other renewable energy sources have made tremendous progress in 2011 and will continue into 2012. In fact, 2012 may be a year when renewable energy starts to struggle with traditional fossil fuels. The confrontation between the two is at least expected to reduce carbon emissions and reduce dependence on oil. However, renewable energy has a big problem: because of uncontrollable human factors, they rarely provide sustained power levels.
Eric Wesoff, an industrial analyst at Greentech Media, explained that “the wind farm can only operate when the blades are rotating. Although there may be 100 MW of capacity nominally, it is not so much. Sometimes, it may be 70 MW. Sometimes it may be zero. For grid operators, this kind of energy is a headache.†To solve this problem, energy storage systems have played a role. When electricity is low, these electricity are stored. When electricity is used at peak hours, these electrical energy will be released. "So, now 100 MW wind farms can say that we have a constant level of 40 MW and 24/7 energy is close to a coal power plant. This is more valuable to society."
The world's most widely used energy storage system is a battery, but large grid battery is usually very expensive. According to Haresh Kamath, energy storage research project manager at the Electric Power Research Institute (EPRI), a large amount of research work on small batteries for mobile phones and MP3s has been completed. "Studies applicable to these industries are now applied to grid batteries." In fact, the world's largest battery array has recently been born in China. It is worth 500 million U.S. dollars and can store 36 megawatt-hours of electricity. It was jointly developed by the State Grid Corporation of China (SGCC) and electric vehicle manufacturer BYD. It is also networked with a 100 MW wind and 40 MW solar power system and a smart grid transmission system. We hope to see more such battery equipment. The deputy director of China's National Energy Administration called it the future model for renewable energy in China.
As the first large-scale grid energy storage battery, it will provide a platform for learning and learning from all over the world. However, after Dubai-based Rubenius decided to build an unprecedented energy storage facility in Mexicali, we may also have a newer learning model. As it is close to the borders of the United States and Mexico, its establishment will help increase the reliability of the two countries’ power grids, paving the way for the development of solar and wind power in both countries.
Large grid battery has been discussed for several years, and it is a very popular idea. In fact, according to Rubenius, the grid battery market will be worth $30 billion a year. Jacob Rikard Nielsen, vice president of business development, said, “It may be worth US$25 billion/year or US$35 billion/year. Of course, tomorrow will not necessarily be honored. But with the maturity of technology and rich experience, we will achieve in the next 10 years. That market state. I'm quite optimistic about this."
What will be the new battery array in China and Mexicali? If they succeed, it will not only change the face of global renewable energy, but also create a huge market for equipment development and construction.
Eric Wesoff, an industrial analyst at Greentech Media, explained that “the wind farm can only operate when the blades are rotating. Although there may be 100 MW of capacity nominally, it is not so much. Sometimes, it may be 70 MW. Sometimes it may be zero. For grid operators, this kind of energy is a headache.†To solve this problem, energy storage systems have played a role. When electricity is low, these electricity are stored. When electricity is used at peak hours, these electrical energy will be released. "So, now 100 MW wind farms can say that we have a constant level of 40 MW and 24/7 energy is close to a coal power plant. This is more valuable to society."
The world's most widely used energy storage system is a battery, but large grid battery is usually very expensive. According to Haresh Kamath, energy storage research project manager at the Electric Power Research Institute (EPRI), a large amount of research work on small batteries for mobile phones and MP3s has been completed. "Studies applicable to these industries are now applied to grid batteries." In fact, the world's largest battery array has recently been born in China. It is worth 500 million U.S. dollars and can store 36 megawatt-hours of electricity. It was jointly developed by the State Grid Corporation of China (SGCC) and electric vehicle manufacturer BYD. It is also networked with a 100 MW wind and 40 MW solar power system and a smart grid transmission system. We hope to see more such battery equipment. The deputy director of China's National Energy Administration called it the future model for renewable energy in China.
As the first large-scale grid energy storage battery, it will provide a platform for learning and learning from all over the world. However, after Dubai-based Rubenius decided to build an unprecedented energy storage facility in Mexicali, we may also have a newer learning model. As it is close to the borders of the United States and Mexico, its establishment will help increase the reliability of the two countries’ power grids, paving the way for the development of solar and wind power in both countries.
Large grid battery has been discussed for several years, and it is a very popular idea. In fact, according to Rubenius, the grid battery market will be worth $30 billion a year. Jacob Rikard Nielsen, vice president of business development, said, “It may be worth US$25 billion/year or US$35 billion/year. Of course, tomorrow will not necessarily be honored. But with the maturity of technology and rich experience, we will achieve in the next 10 years. That market state. I'm quite optimistic about this."
What will be the new battery array in China and Mexicali? If they succeed, it will not only change the face of global renewable energy, but also create a huge market for equipment development and construction.
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