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The reporter learned from the State Grid Xinjiang Electric Power Co., Ltd., that by the end of September, the new energy storage capacity of the Xinjiang Power Grid had reached 251.15 million kilowatts, an increase of 90.6% over the previous year, adding 4.964 million kilowatts during the year, ranking first in the country in total installed capacity. The operation of large-scale energy storage is equivalent to equipping the power system with a “giant power bank”, which can effectively calm the random and volatile problems of wind and solar power generation, achieve “generation, storage, and stable delivery” of new energy power, and greatly enhance the power grid's ability to consume new energy. From January to September of this year, the new energy storage capacity of the Xinjiang Power Grid was 10.71 billion kilowatt-hours of charging and 9 billion kilowatt-hours of discharge, and the number of hours of energy storage utilization reached 1,163 hours. As an important national energy strategic base, Xinjiang continues to speed up the construction of a major scenic base and simultaneously promote diversified new energy storage layouts. At present, Xinjiang has formed an energy storage industry system where multiple technology routes such as lithium iron phosphate, full vanadium liquid flow, sodium ions, flywheels, supercapacitors, and compressed air are collaboratively developed to provide stable, reliable, and diversified regulatory support for large-scale grid-connected consumption of new energy sources.
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The reporter learned from the State Grid Xinjiang Electric Power Co., Ltd., that by the end of September, the new energy storage capacity of the Xinjiang Power Grid had reached 251.15 million kilowatts, an increase of 90.6% over the previous year, adding 4.964 million kilowatts during the year, ranking first in the country in total installed capacity. The operation of large-scale energy storage is equivalent to equipping the power system with a “giant power bank”, which can effectively calm the random and volatile problems of wind and solar power generation, achieve “generation, storage, and stable delivery” of new energy power, and greatly enhance the power grid's ability to consume new energy. From January to September of this year, the new energy storage capacity of the Xinjiang Power Grid was 10.71 billion kilowatt-hours of charging and 9 billion kilowatt-hours of discharge, and the number of hours of energy storage utilization reached 1,163 hours. As an important national energy strategic base, Xinjiang continues to speed up the construction of a major scenic base and simultaneously promote diversified new energy storage layouts. At present, Xinjiang has formed an energy storage industry system where multiple technology routes such as lithium iron phosphate, full vanadium liquid flow, sodium ions, flywheels, supercapacitors, and compressed air are collaboratively developed to provide stable, reliable, and diversified regulatory support for large-scale grid-connected consumption of new energy sources.
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