光伏赋能生态养殖，探索产业升级新路径。走进张掖市山丹县20万只光伏生态羊养殖示 范项目现场，"咩咩咩"的羊叫声此起彼伏，循声望去，只见圈舍内的肉羊个个膘肥体壮、毛 色亮泽，它们在饲养员的精心照料下悠闲地吃着草料。与普通圈舍不同的是，这些新型圈舍 的房顶换成了光伏板，让羊儿们住上了"光伏房"。 "感谢你们定期帮我们检查光伏发电设备，这个月我们引进了1000只育肥羊，养殖棚上 面发电，下面养殖，不仅提高了土地利用率，还能每年为电网提供清洁电，真正实现了双 赢。"6月17日，国家电网甘肃电力（张掖电骆驼）连心桥共产党员服务队员在山丹县20万只 光伏生态羊养殖示范基地开展分布式光伏客户侧专项检查时客户称赞道。 据了解，张掖市山丹县20万只光伏生态羊养殖示范基地是山丹县现代种养循环产业园的 重要项目之一，主要建设内容为30栋高标准羊舍，以及配套的草料车间、干草棚、青贮窖、 隔离舍等。同时，在养殖区域上方建设约5.99兆瓦屋顶分布式光伏发电站，采用"全额上 网"模式，安装55块高效单晶硅太阳能电池组件并网发电，并配套安装逆变器、分接箱等附 属设施。 光伏与羊棚这样浑然天成的"良配"，是国网张掖供电公司立足新能源产业发展优 ...

6月13日上午，国网莆田供电公司联合莆田市总工会、莆田市残联等单位，组织各级劳 模工匠走进涵江区新县镇白云村，开展"劳模工匠行八闽担使命·赓续基因传承红色精神"送 服务进乡村活动，将健康关怀、用电安全与助残服务送到村民家门口。 图为全国劳模蒋祖立为白云村村民普及智能缴费、用电惠民政策。朱清霞/摄 活动中，全国劳动模范、莆田供电公司变电检修中心二次设备检修技术高级师蒋祖立等 各级劳模、工匠及"电力义修哥"志愿服务队齐聚乡村，为村民普及智能缴费、用电惠民政 策，走访村中"五保户"家庭，检查并更换老旧线路和开关插座。同时，结合第24个全国"安 全生产月"活动，通过发放手册、现场演示等方式，普及日常安全用电规范和紧急情况下的 触电急救步骤，提升了村民安全用电意识和自救互救能力。此次活动吸引白云村及周边村落 共计200余人参加。 与此同时，一场温馨的赠书仪式在具有文化底蕴的桃源书院举行。劳模工匠代表向白云 村赠送500余册书籍，涵盖农业科技、文学历史、健康养生等类别，为村民送去精神食粮， 助力乡村文化阵地建设。仪式后，大家参观了古朴雅致的桃源书院，感受当地深厚的文化氛 围。 根据前期调研，本次活动精准对接村民需求，邀请 ...

Core Viewpoint - The development of bamboo fungus cultivation in Shaowu City is significantly supported by reliable electricity supply, enhancing production efficiency and quality [1][4]. Group 1: Industry Development - Shaowu City has positioned bamboo fungus cultivation as a key project for rural revitalization, introducing advanced planting techniques to expand this profitable industry [3][4]. - The bamboo fungus planting area in Shaowu has reached 15,000 acres, with over 50 farming enterprises, cooperatives, and family farms involved, and more than 2,000 farmers participating [3][4]. - Last year, bamboo fungus production accounted for approximately 70% of the province's total output, generating an annual output value exceeding 300 million yuan [3][4]. Group 2: Technological Advancements - The transition from traditional coal or wood fuel to intelligent electric baking machines allows for better control over the baking process, improving the quality of bamboo fungus and meeting the higher electricity demands of growers [3][4]. - The use of drones and infrared thermometers for inspecting power lines in bamboo fungus cultivation areas demonstrates the integration of technology in ensuring reliable electricity supply [4]. Group 3: Supportive Measures - The Shaowu Power Supply Company has implemented personalized power supply plans and established communication channels with farmers to address their electricity needs effectively [4]. - Continuous efforts will be made to ensure stable electricity supply during critical agricultural periods, contributing to the growth of the bamboo fungus industry and supporting rural economic development [4].

Core Insights - The article discusses the implementation of a "land share cooperation + full-service management" model in Anqiu City, Shandong, aimed at increasing agricultural productivity and farmer income [1][2][3] Group 1: Agricultural Practices - Anqiu City has a wheat planting area of 570,000 mu, with a focus on addressing issues like rural hollowing and aging farmers through innovative agricultural models [1] - The average wheat yield in the area has reached over 1,200 jin per mu, with expectations of collective income increases exceeding 1 million yuan for local villages [2] - The full-service management model has expanded to cover 120,000 mu of farmland, benefiting over 25,000 households with an average income increase of 200 yuan per mu [3] Group 2: Service Integration - A three-tiered social service network has been established, integrating village collectives, cooperatives, and agricultural service companies to enhance operational efficiency [1] - The "smart agricultural service ecosystem" utilizes data analytics for precise soil management, ensuring effective resource allocation and cost reduction of about 20% for farmers [2] - The collaboration with 50 agricultural input companies has created a comprehensive supply chain, ensuring quality and affordability of agricultural products [2]

此次排查，国网庄浪县供电公司结合安全生产月活动，从6月1日开始，按照公司设备部总体按排，制定 了详细的排查计划，该公司线路运维（及无人机巡检班），采取无人机和人工巡检相结合方式，对该公 司运维的11条输电线路跨越高速公路、省道、乡村公路、通信线路、民居、35千伏线路穿越110千伏、 跨越10千伏和0.4千伏电力线路等的交叉点安全距离， 交跨、对地安全距离，通过现场勘查、资料采 集、照片拍摄等方式，详细记录交跨点安全距离等具体情况。对排查出的隐患进行分类统计管理，制定 整改计划。对杆塔高度不足，导线跨物不符合安全距离要求的线路，通过杆塔改造等及时进行安全距离 调整，对老旧线路的交跨隐患进行重点排查治理，确保迎峰度夏期间的输电线路安全稳定运行，至目前 该公司已完成3521水通线、3522水韩线等5条线路交跨隐患排查。 国网庄浪县供电公司将结合本次排查，建立输电线路交跨档案，详细记录交跨点的位置、安全距离等， 为日常加强线路运维管理提供抓手；采取在线路安装在线监测装置，实时监测线路交跨点的运行状态， 动态监测交跨，及时发现潜在风险，及时处置。定期更新档案内容，增加对交跨点的巡检频次，特别是 在恶劣天气或用电高峰时段 ...

Group 1 - The cumulative renewable energy generation in Suizhou, Hubei Province has surpassed 40.384 billion kilowatt-hours since 2012, with a current installed capacity of 3.9031 million kilowatts, accounting for 7.41% of Hubei's renewable energy capacity [1][2] - Suizhou has developed over 20 large-scale enterprises in the renewable energy sector, attracting major energy companies such as State Power Investment Corporation and China Huaneng Group [1][2] - The city has implemented a new type of power grid demonstration project that utilizes 100% renewable energy, marking a significant advancement in local energy consumption [2] Group 2 - Suizhou is enhancing its green manufacturing capabilities by establishing green factories and production lines, focusing on clean energy usage and waste resource utilization [2][3] - As of May 2025, Suizhou has cultivated 4 national-level green factories and 7 provincial-level green factories, indicating a shift towards higher value-added industrial production [3]

18 th pt 135 i E 1948 -112 r the first and ( e 169 17 6月18日，国网沈阳供电公司保电人员检查、测试新民市高级中学配电箱。史灵丰/摄 6月18日，国网辽宁沈阳供电公司人员到新民市高级中学检查校方UPS电源运行情况，排查中考用电设施隐患。 为护航2025年中考，国网沈阳供电公司启动保电"靶向行动"，以"地毯式巡检"全覆盖排查隐患，"清单式消缺"闭环整改缺陷，构建从隐 患发现到处置的全链条保障体系，全力实现中考供电"零闪动"目标。 考前，该公司各保电专班对94个考点进行实地勘察、负荷测算和历史数据分析，为每个考点量身定制"一户一策"保电方案，明确巡检 重点区域、消缺及应急处置流程。各保电专班严格按照《巡检重点内容指导卡》对线路和通道展开"地毯式排查"，携带红外热成像仪、超 声波局放检测仪、无人机等专业设备，对线路节点、刀闸触点、变压器套管、电缆头等容易发热的部位进行局放和红外测温，确保不留死 角，不漏缺陷。针对巡检发现的问题，保电人员建立隐患台账，实施"清单式消缺"，明确整改措施、责任人和完成时限，整改一项、验收 一项、销号一项，确保所有隐患动态清零。 中考期 ...

Core Viewpoint - Zhejiang's power grid enters a three-month peak summer period, with a projected maximum electricity load of 133 million kilowatts, representing a year-on-year increase of 7.8% and an addition of 10 million kilowatts compared to last year, indicating a tightening power supply-demand situation [1] Group 1: Power Supply and Demand Management - To ensure stable power supply this summer, State Grid Zhejiang Electric Power focuses on enhancing load adjustment capabilities and incorporates new entities like virtual power plants into the demand response system [1] - The summer demand response subsidy for virtual power plants has shifted from a "single" electricity subsidy to a "two-part" subsidy model, which includes both capacity and electricity subsidies, with significantly improved subsidy standards [6] Group 2: Virtual Power Plant Initiatives - Virtual power plants will expand their market participation in system regulation, introducing a market-based response model that allows for formal demand determination two days in advance based on system operations and supply-demand conditions [6] - Capacity subsidies for virtual power plants are set at 1 yuan per kilowatt per month for those with a total adjustment capacity of no less than 5 megawatts, while electricity subsidies vary based on demand response levels, with the highest (A+ level) reaching 1.3 times the base price [6] Group 3: Local Government Support - Local governments are implementing various demand response subsidy policies to create new revenue opportunities for virtual power plants and their aggregated resources, such as additional city-level fixed subsidies in places like Quzhou and Ningbo [7] - The establishment of over 1,300 "government + power supply" micro-grid units has facilitated the engagement of over 58,000 enterprises to optimize their electricity usage strategies [8]

Group 1 - The company provides comprehensive support services to small and micro enterprises, ensuring safe electricity usage and operational efficiency [1][2] - Dedicated customer managers are assigned to each small enterprise, offering personalized "electricity housekeeper" services and energy-saving solutions [1] - The company conducts proactive visits to assess and address potential electrical hazards in small enterprises, guiding them in implementing corrective measures [1] Group 2 - The company emphasizes effective communication with small enterprises through various methods, including customer meetings and follow-up calls, to gather feedback on service quality and safety issues [2] - A collaborative approach between the marketing and operations departments is established to create service supervision records and ensure the implementation of safety measures [2] - Future initiatives will include ongoing service activities to enhance the quality and reliability of electricity supply, aiming to improve customer satisfaction and safety perceptions [2]

Core Viewpoint - The article highlights the importance of timely grain drying during the summer harvest season in Hebei Province, China, due to extreme weather conditions affecting wheat quality [1][2]. Group 1: Weather Impact and Grain Quality - Extreme weather conditions such as high temperatures and heavy rainfall can lead to wheat spoilage if not dried promptly, resulting in decreased grain quality [1]. - The timely operation of grain drying equipment is crucial to maintaining the quality of the harvested wheat [1]. Group 2: Power Supply Management - The State Grid Wangdu County Power Supply Company has proactively planned and implemented a detailed power supply guarantee scheme to meet the electricity needs for grain drying [1]. - The company conducted thorough inspections and maintenance of electrical equipment, including transformers and distribution boxes, to ensure stable power supply during the critical grain drying period [1]. Group 3: Collaboration and Support - The power supply company collaborates closely with farmers and grain drying enterprises, providing safety education on electricity usage and proper operation of drying equipment [1]. - The company monitors electricity load changes in grain drying areas in real-time and adjusts power supply methods accordingly to ensure the successful storage of summer grain [2].