Ultra-high-voltage transmission technology has achieved a major breakthrough, facilitating cross-regional energy allocation.

Recently, a Chinese research team has achieved a major breakthrough in the field of ultra-high-voltage transmission technology. The new ultra-high-voltage DC transmission system incorporates domestically developed intelligent control technologies and advanced insulating materials, boosting transmission capacity by 20% and reducing line losses by 15%. This technology not only enables more efficient “power transmission from west to east” but also reduces reliance on traditional fossil fuels, promoting cross-regional consumption of clean energy. It holds significant importance for building a new power system. Currently, the relevant technology has entered the pilot application phase and is expected to be rolled out in multiple key projects across the country in the future.

Recently, a Chinese research team has achieved a major breakthrough in the field of ultra-high-voltage transmission technology. The new ultra-high-voltage direct-current transmission system incorporates domestically developed intelligent control technologies and advanced insulation materials, boosting transmission capacity by 20% and reducing line losses by 15%. This technology not only enables more efficient “power transmission from west to east” but also reduces reliance on traditional fossil fuels, promoting cross-regional consumption of clean energy. It holds significant importance for building a new power system. Currently, the relevant technology has entered the pilot application phase and is expected to be rolled out in multiple key projects across the country in the future.

High-precision current transformers have been introduced, enhancing the accuracy of power monitoring.

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High-precision current transformers have been introduced, enhancing the accuracy of power monitoring.

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