8月8日至12日，清江流域遭遇连续强降雨，清江公司超前部署，加强气象水情会商预警，梯级电站协同 调度，通过发电消纳来水：高坝洲电站于8月9日15时、水布垭电站于8月10日18时相继满发运行；隔河 岩电站同步实施动态调控，确保高坝洲电站实现水资源全量高效利用。6月18日至6月23日，江坪河水库 遭遇强降雨。溇水水电公司通过科学调度，在减轻下游防汛压力保障人民群众生命财产安全的前提下， 充分利用雨洪资源提供发电增量。 中新网湖北新闻8月25日电 (向珊 严敬川)8月20日，三峡集团所属湖北能源全口径发电量达1.89亿千瓦 时，创下单日发电量历史新高。 近段时间以来，包括湖北在内的全国部分地区迎来大范围持续晴热高温天气，社会用电需求旺盛。湖北 能源充分发挥能源业务品种齐全优势，全力以赴战高温保发电，为所在区域的电力供应与电网稳定运行 提供有力支撑，守护人民群众清凉度夏。 襄阳宜城电厂。 王运滢 摄 水布垭电站。 孙伟 摄 新能源公司枣阳兴隆光伏电站。 在鄂州电厂，主力机组保持高负荷顶峰运转态势。7月30日，鄂州电厂实现6台机组全部在运。8月6日， 襄阳宜城电厂发电量达4423万千瓦时，创投产以来单日发电量新高，机组 ...

Core Viewpoint - The importance of safe electricity usage for industrial and mining enterprises has become increasingly prominent due to the rising summer grid load, prompting proactive measures from the Jinzhong Power Supply Company to ensure reliable electricity supply during peak demand periods [1] Group 1: Measures Taken by the Company - The company has organized teams to conduct comprehensive inspections of key enterprises, including the Beishan Coal Mine, focusing on substations, main supply lines, and critical distribution facilities to identify and rectify potential hazards [1] - On-site guidance is provided to optimize electricity usage plans tailored to the production characteristics and high-load demands of enterprises, facilitating energy conservation and efficiency [1] - A 24-hour emergency contact mechanism has been established to ensure rapid response and effective handling of unexpected situations, thereby providing robust electrical support for safe production [1] Group 2: Future Plans - The company plans to enhance real-time monitoring of power supply equipment for key enterprises in the jurisdiction and increase the frequency of special inspections [1] - There will be a deepening of collaborative mechanisms with enterprises to conduct targeted emergency drills, improving coordinated response capabilities to strengthen the electrical safety defense line during peak summer demand [1]

Core Viewpoint - The company is actively enhancing power supply reliability during the summer peak demand period by implementing live-line work and ensuring minimal disruption to customers [2][5][7]. Group 1: Operational Efforts - The company is conducting live-line work to install remote control switches on power lines, which is crucial for maintaining reliable electricity supply during high demand [2][5]. - The live-line work is performed under high temperatures, with workers equipped with protective gear to ensure safety while executing their tasks [4][5]. - The dual-vehicle live-line operation model significantly improves work efficiency and safety, while also requiring higher technical skills and safety awareness from the workers [5][7]. Group 2: Customer Impact - The live-line work allows for "zero impact" on the electricity supply for local residents, ensuring that 106 households in the area experience no disruption [5]. - The installation of remote control switches enhances the automation level of the distribution network, thereby improving the reliability of power supply [5][7]. Group 3: Future Plans - The company plans to continue strengthening power grid operations and optimizing supply services to ensure safe and reliable electricity supply during the summer peak [7].

Core Points - The electricity load in Xi'an reached a historical high of 13.62 million kilowatts on July 16, with a year-on-year increase of 14.3% due to high summer temperatures [2][5] - The State Grid Xi'an Power Supply Company has implemented measures to enhance power supply capacity and ensure the safety of the electricity grid during peak demand periods [5][6] Group 1: Power Supply Enhancements - The company has opened a "green channel" for old residential communities to expedite electricity connection processes and upgrade power supply equipment [2][6] - A new box transformer with a capacity of 800 kVA was installed in the Fengheyuan Hot Spring community, doubling the previous capacity of 315 kVA [3][4] - The company has initiated a special governance program for electricity safety in old communities, establishing a "one community, one plan" database to address common issues like transformer capacity shortages [6] Group 2: Emergency Response and Maintenance - Following a power outage due to transformer failure, the company quickly coordinated with local authorities and property management to restore power using emergency generators [3][4] - The company has enhanced its emergency response capabilities by revising and improving 41 "one station, one plan" and 1987 "one map, one table, one plan" strategies for various emergency scenarios [5] - Continuous inspections and monitoring of new equipment are being conducted to ensure stable operation and prevent overheating [4] Group 3: Community Engagement and Energy Conservation - The company has issued a summer electricity usage initiative encouraging residents to adjust air conditioning temperatures and avoid unnecessary power consumption [6] - The initiative promotes off-peak charging for electric vehicles and encourages the public to report any electricity issues to a dedicated hotline [6]

Core Viewpoint - The article highlights the proactive measures taken by the Ankang Hydropower Plant to ensure stable electricity supply during extreme heat conditions, emphasizing the importance of equipment safety and grid stability amidst rising temperatures and increased power demand [1][3][5][7]. Group 1: Equipment Safety Measures - The Ankang Hydropower Plant has intensified special inspections during high temperatures and heavy loads to ensure equipment safety [3]. - Staff are conducting thorough monitoring of critical parameters such as oil levels, temperature, and vibration, with a particular focus on abnormal temperature readings under high heat [3]. - Increased frequency of inspections for key electrical equipment and auxiliary systems is being implemented to maintain operational reliability [3][5]. Group 2: Grid Stability Management - The plant prioritizes the safety of the power grid by adhering to dispatch regulations and executing commands strictly [5]. - Continuous monitoring of unit operations and dynamic optimization of active and reactive loads are being conducted to meet the rising electricity demand [5]. - The plant is closely tracking the flow changes in the 330kV lines and preparing for potential faults to ensure grid stability [5]. Group 3: Technological Empowerment - The Ankang Hydropower Plant utilizes advanced monitoring systems for real-time data tracking and analysis to identify equipment defects [7]. - Regular drone inspections and live equipment testing are part of the operational strategy, alongside a structured review mechanism for performance [7]. - Emergency preparedness and resource allocation for disaster prevention are emphasized to mitigate risks associated with extreme weather [7].