**北京房山提升电网抵御风险能力 科技助力防灾减灾**
**中新网北京5月16日电 (记者 徐婧)** 北京市房山区十渡镇10千伏西河路示范段16日举办公众开放日活动。记者获悉，国网北京房山供电公司全面部署防汛度夏工作，通过升级山区河道杆塔材质、改良杆塔基础形式、建设防水墙等措施，有效提升房山电网抵御风险能力、安全保障。
随着夏季的来临，雷电、暴雨等极端天气增多，对电网的安全稳定运行构成挑战。为此，国网北京房山供电公司提前动手，周密部署，确保汛期电网安全。据供电公司相关负责人介绍，他们针对房山电网的特点，特别是在山区电网建设方面，采取了多项科技创新措施，以提高电网的防灾减灾能力。
首先，针对山区特殊地理环境，供电公司对山区河道杆塔材质进行了升级，选择了更加抗风、抗腐蚀的材质，确保在极端天气下电网设施的稳定性。其次，对杆塔基础形式进行了改良，增强了基础的抗洪能力，防止因为洪水冲刷导致的杆塔基础不稳。此外，供电公司还建设了防水墙，以防止洪水对变电站等关键设施的侵袭。
这些措施的实施，大大提升了房山电网的抵御风险能力，为夏季用电高峰的到来提供了坚实的安全保障。公众开放日的举办，旨在增进社会公众对电力行业和电网建设的了解，提高全民的电力安全意识。通过现场观摩和互动交流，公众可以直观地感受到科技在电网建设中的重要作用，以及电力人在防灾减灾工作中的辛勤付出。
国网北京房山供电公司的这些做法，不仅体现了科技在电力行业中的重要地位，也是电力企业社会责任感的体现。未来，电力部门将继续坚持科技创新，不断提升电网的智能化、抗灾能力，为社会的稳定发展和人民生活的改善做出更大的贡献。
英语如下：
### Title: Fangshan Upgrades Power Grid for Flood Prevention and Summer readiness, Showcasing Technological Disaster Prevention and Mitigation Efforts
Keywords: Power Grid Upgrade, Disaster Prevention and Mitigation, Fangshan Demonstration
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**Beijing Fangshan Enhances Power Grid’s Risk Resistance Capability, Empowered by Technology for Disaster Reduction**
**BEIJING, May 16 (XinhuaNet) — (Reporter Xu Jing)** The 10-kilovolt Xih River Road demonstration section in Shifu Town, Fangshan District, Beijing, held a public open day on May 16. Journalists learned that the State Grid Fangshan Power Supply Company in Beijing has comprehensively deployed flood prevention and summer work, upgrading the material quality of power transmission tower in mountainous areas, improving the form of tower foundation, and constructing waterproof walls, effectively enhancing the risk resistance capability and security guarantee of the Fangshan power grid.
As summer approaches, extreme weather such as lightning and heavy rain increases, posing challenges to the safe and stable operation of the power grid. To this end, the State Grid Fangshan Power Supply Company took early action, meticulously planning to ensure the safety of the power grid during the flood season. A responsible person from the power supply company introduced that they have taken many technological innovation measures according to the characteristics of the Fangshan power grid, especially in the construction of mountainous power grids, to enhance the disaster prevention and mitigation capabilities of the power grid.
Firstly, in response to the special geographical environment of mountainous areas, the power supply company has upgraded the material quality of power transmission towers in mountainous areas, choosing more wind-resistant and corrosion-resistant materials to ensure the stability of power facilities under extreme weather conditions. Secondly, the form of tower foundation has been improved to enhance its flood resistance, preventing the instability of tower foundations due to flood scouring. In addition, the power supply company has also built waterproof walls to prevent floods from invading key facilities such as substations.
The implementation of these measures has greatly enhanced the risk resistance capability of the Fangshan power grid and provided a solid security guarantee for the approaching peak summer electricity demand. The purpose of holding a public open day is to enhance the public’s understanding of the power industry and power grid construction, and improve the public’s awareness of electrical safety. Through on-site observation and interactive communication, the public can visually appreciate the important role of technology in power grid construction and the hard work of electricians in disaster prevention and reduction.
These practices of the State Grid Fangshan Power Supply Company not only reflect the important position of technology in the power industry but also demonstrate the corporate social responsibility of the power company. In the future, the power sector will continue to adhere to technological innovation, continuously enhance the intelligence and disaster resistance capabilities of the power grid, and make greater contributions to the stable development of society and the improvement of people’s lives.
【来源】http://www.chinanews.com/sh/2024/05-16/10218016.shtml
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