中新网西宁3月23日电 (何炳勋 李秋阳 李江宁)23日，国网青海电科院顺利完成青海海西地区7个自动气象站(测风点)的现场勘查与选址工作，与前期建成的4座观冰站形成区域配合，构建极端气候监测网络，覆盖青海省强风分布区域，并辐射至周边110千伏及以上输电线路。
青海省作为中国重要的能源基地，特超高压输电线路的安全运行对于保障国家能源安全具有重要意义。为了有效应对极端天气对输电线路的影响，青海电科院积极推动电力与气象的高度融合，通过建设自动气象站和观冰站，实现对风速、风向、气温等气象数据的实时监测，及时掌握线路运行状态，为电力调度提供了科学依据。
此次新增的7个自动气象站将进一步提升青海省气象监测的密度和精度，特别是在强风区域，能够更准确地预测风速变化，为输电线路的安全运行提供有力保障。此外，这些气象站的数据还将与周边的输电线路实现信息共享，有助于提高整个电网的抗灾能力。
青海电科院表示，未来还将继续加强电力与气象的深度融合，探索更多的合作模式和技术创新，以保障特超高压输电线路的长期安全稳定运行，为推动能源结构的优化和升级做出更大贡献。
英文翻译内容：
Title: Qinghai Province Integrates Power and Weather to Ensure Safe Operation of Extra-High Voltage Power Lines
Keywords: Power Security, Weather Monitoring, Extra-High Voltage
News content:
XINHUA, March 23 (He Bingxun, Li Qiuyang, and Li Jingning) – On March 23, the Qinghai Electric Power Research Institute successfully completed the site survey and selection of seven automatic weather stations (wind measurement points) in the Haixi region of Qinghai Province, complementing the four observation stations for monitoring ice buildup that were previously established. This initiative creates a network for monitoring extreme weather conditions that covers the region’s high-wind areas and extends to 110 kV and higher power lines in the surrounding areas.
As an important energy base in China, the safe operation of extra-high voltage power lines in Qinghai is crucial for ensuring the country’s energy security. To effectively address the impact of extreme weather on power lines, the Qinghai Electric Power Research Institute actively promotes the integration of power and weather, through the construction of automated weather stations and observation stations for monitoring ice buildup. This enables real-time monitoring of meteorological data such as wind speed and direction and temperature, providing scientific data for power dispatch.
The addition of seven new automatic weather stations will further enhance the density and accuracy of meteorological monitoring in Qinghai, particularly in high-wind areas, allowing for more accurate predictions of wind speed changes and thereby ensuring the safe operation of power lines. Moreover, the data from these weather stations will be shared with surrounding power lines, helping to improve the grid’s overall disaster resistance.
The Qinghai Electric Power Research Institute stated that it will continue to strengthen the integration of power and weather in the future, explore more cooperation models and technological innovations, and ensure the long-term safe and stable operation of extra-high voltage power lines, thereby making a greater contribution to the optimization and upgrade of the energy structure.
【来源】http://www.chinanews.com/sh/2024/03-23/10185721.shtml
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