Core Points - The article highlights the dedication of Wei Dejun, a retired individual who has devoted over 23 years to collecting and preserving historical artifacts related to the Communist Party of China, culminating in the establishment of the Red Memory Museum [4][10][11] - The museum serves as a platform for educating visitors about China's revolutionary history and the importance of red culture, showcasing thousands of artifacts and documents [6][10] Group 1: Museum Overview - The Red Memory Museum covers an area of over 2,500 square meters and houses more than 10,000 valuable items, including documents, photographs, ceramics, and physical materials [6] - The museum features five themed exhibition rooms: Study Room, Road to Revival, Red Cave, Socialist Construction, and Red Calligraphy and Painting Collection, which collectively illustrate the glorious history of the Communist Party of China [6] Group 2: Personal Journey of Wei Dejun - Wei Dejun's journey began with a passion for collecting historical items, influenced by his childhood experiences and family background, particularly his father's legacy [5][10] - Throughout his 39-year career in the electric power industry, Wei maintained his commitment to collecting red cultural artifacts, which eventually led to the establishment of the museum [5][11] Group 3: Educational Impact - Since its establishment, the museum has received over 200,000 visitors, including military personnel and government officials, highlighting its role in promoting red culture and education [10] - Wei Dejun actively engages with visitors, sharing stories behind each artifact, emphasizing the importance of preserving and passing on red culture [10][11]

Core Viewpoint - The "Electricity and Sand Become Gold" project in Gansu Province exemplifies the integration of renewable energy, ecological restoration, and agricultural development in desert areas, showcasing innovative approaches to utilizing solar energy for sustainable practices [1][3]. Group 1: Project Overview - The project has been recognized with the "Good Brand" award at the Fourth Rural Energy Development Conference, highlighting its significance in promoting clean energy and ecological restoration [3]. - The initiative involves a collaborative framework among government, photovoltaic companies, and local communities to establish a 300,000 kW photovoltaic desertification control demonstration project, generating approximately 500 million kWh annually [3][4]. Group 2: Implementation Strategies - The project employs a four-in-one model of "power generation on panels, planting under panels, breeding between panels, and sand control," effectively merging renewable energy with ecological and agricultural elements [3][4]. - The company has established a green service channel to support the project, providing technical assistance, safety training, and market policy education to construction personnel [4]. Group 3: Economic and Social Impact - The initiative aims to enhance local farmers' income by creating sales channels for agricultural products and prioritizing the employment of local labor in the photovoltaic desertification control efforts [4]. - The project promotes the integration of multiple industries, including desert agriculture, photovoltaic energy production, and desert tourism, contributing to rural revitalization and economic development [4].

6月30日，在国网庆阳供电公司的供电保障下，庆阳市庆城县赤城镇创新推出的"共享菜 园+果树认领"城乡互动模式成效显著，吸引众多城市居民参与，为乡村振兴注入新活力， 推动农文旅深度融合。 赤城镇老庄村利用城郊融合区位优势，瞄准城市居民向往田园生活，盘活5亩闲置土地 打造"共享菜园"，配套200棵"认领果树"，构建"线上认领+线下托管"模式。认领客户可以通 过微信小程序实时查看作物生长情况，周末还能亲身参与农耕体验，收获时由合作社直接将 新鲜农产品直邮到家，认领人年均获80公斤无公害蔬菜，村集体年增收超40万元。 "认领果树"项目备受欢迎，认领人不仅能通过小程序远程关注果树生长状况，还能预约 参与疏花、套袋等农事活动。该项目推出全托管和半托管两种服务模式，全托管服务由专业 农户全程精心打理，并承诺保底产量；半托管服务则让客户参与关键环节管理，客户自主打 理时，农户提供专业技术指导，充分满足了不同客户的需求。目前，已有30多块菜地被认 领，果园中也有80多棵树找到了"主人"。 在这一创新模式蓬勃发展的背后，国网庆阳供电公司发挥了不可或缺的作用。为保 障"共享菜园"滴灌系统、果树温控设备等可靠用电，该公司组织技术人员 ...

在作业现场安全管控上，严格执行工作票、操作票制度，加强对作业人员的安全培训与交底，要求作业 人员必须熟知工作任务、安全风险及防范措施。对作业现场进行高频次、全覆盖检查，从作业人员安全 措施落实情况，到施工流程规范性，不放过任何一个细节，对发现的违章行为及安全隐患当场制止并责 令整改,切实将风险遏制在萌芽状态。 下板城供电所针对此次专项排查整治工作，制定了一系列具体措施。在设备隐患排查方面,加强对供电 线路、变压器、配电箱等关键设备的巡检力度，增加巡检频次,利用红外测温、超声波检测等技术手 段，及时发现设备潜在的发热、放电等隐患，并建立详细的隐患台账，明确整改责任人与整改期限,确 保隐患得到及时有效的治理。 6月30日，国网承德县供电公司主要负责人王海钟带队前往下板城供电所,开展重大事故隐患专项排查整 治督导工作，进一步落实国家安全生产十五条硬措施和国家电网公司38条硬举措,全力推动公司安全生 产工作向纵深发展，以高质量安全保障高质量发展。 督导中，王海钟强调，安全生产是企业发展的基石，必须时刻保持高度警惕。尤其是一线班组要严格落 实安全责任,班组负责人要亲自抓、带头管，确保各项安全措施落地生根。重大事故隐患专 ...

在青海省海东市乐都区雨润镇羊圈村的冷凉蔬菜基地里，309个温棚整齐排列。种植户穿梭于温 棚，忙着给青椒浇水、吊线。 "温控器电压、温度值都正常，用电设备都检查完了，如果用电方面遇到什么问题，您随时给我们 打电话，我们马上过来检查。"不久前，国网乐都区供电公司"石榴籽"供电服务网格员盛廷成和同事张 学杰再次来到冷凉蔬菜基地检查用电设备，为丰收做好准备。 羊圈村冷凉蔬菜基地因地势较高，缺乏稳定水源，温棚灌溉一度成为难题。2024年7月，羊圈村党 支部书记唐生和向国网乐都区供电公司申请用电。国网乐都区供电公司总经理张永科了解情况后，立即 组织专班人员现场勘察并制定供电方案，组立杆塔108基，架设0.4千伏线路17.023千米，安装100千伏安 变压器4台，让蔬菜基地成功用上了稳定的泵水灌溉设备。今年5月，随着基地扩产，原来的灌溉设备无 法满足现在的用水需求，要再增加一台45千瓦的抽水设备。唐生和再次向国网乐都区供电公司申请增 容，并得到了帮助。 科技日报记者 张蕴 通讯员 赵梅芳 "现在合闸就能抽水灌溉，温控设备实现全自动化，产量不断增加。"唐生和介绍，基地采用电气化 设备后，整体产能提升60%，带动周边50余户村 ...

日前，位于萧山的110千伏双圩变工程正式建成投运，标志着杭州电网今年迎峰度夏重点工程全部 竣工，为夏日用电高峰提供坚实保障。据悉，杭州电网今年迎峰度夏工程包含主网工程19项、配网工程 42项，累计投资15.35亿元。 220千伏严州—龙隐输电工程线路跨越富春江 线路总长超3700公里、80%翻越高山、最高落差达800米、单次人工排查故障动辄数小时……在淳 安，星罗棋布的岛屿、连绵起伏的群山给电力供应带来严峻考验。为破解这一困局，国网杭州供电公司 将5G通信与量子加密技术深度融入配网设备，507台"5G+量子"开关犹如"电力哨兵"覆盖淳安山区所有 主要线路，全天候精准守护。目前，淳安山区用电可靠性提升至99.9995%，位于浙江山区海岛县第 一。 在桐庐合村乡，一条26公里的对外联络线，将村落供电能力提升至6000千瓦，超出该乡夏季最大负 荷20%以上，为乡村民生用电加上"双保险"。 随着迎峰度夏相关工程的全面投运，杭州电网供电能力进一步增强。迎峰度夏期间，国网杭州供电 公司将充分发挥大电网资源调配优势，灵活运用虚拟电厂等新型负荷管理手段，全力支撑杭州今夏用电 需求，确保万家灯火清凉度夏。 在建德，随着220千 ...

Group 1 - The article emphasizes the importance of labor and skills, highlighting the announcement of the "Most Beautiful Workers" for 2025 as a way to promote the spirit of hard work and creativity in society [1][20] - Nine individuals have been recognized as the "Most Beautiful Workers" for 2025, showcasing their dedication and excellence in various fields, including welding technology, agricultural research, and cultural heritage [2][3] - The recognition aims to inspire the workforce to strive for excellence and contribute to national development, aligning with the call to serve the country in its most needed areas [3][20] Group 2 - The recognized individuals include professionals from diverse sectors such as welding, electronic materials, performing arts, aviation engineering, firefighting, home services, and public transportation [2][6][10][12][14][16][18] - The event will be broadcasted on multiple media platforms, including CCTV and various social media channels, to reach a wider audience and celebrate the achievements of these workers [2][20] - The collective message from the workers emphasizes unity and commitment to the party's goals, encouraging a proactive approach to industry advancements and personal dedication to their respective fields [20][22]

7月1日，市委副书记、市长盛阅春调研全市迎峰度夏电力保障工作，看望慰问高温作业 一线电力职工，强调要深入学习贯彻习近平总书记关于能源安全重要指示精神，认真落实省 委、省政府和市委部署要求，牢固树立底线思维、极限思维，加强精准调度，优化供电服 务，全力保障夏季电力安全稳定供应，有效促进经济社会发展、保障群众生活需求。 110千伏百步亭变电站10千伏三金潭线在高峰时段负载率接近90％，盛阅春来到该线路 改造工程的带电作业现场，看望慰问一线电力工人。他说，夏季用电高峰期在即，要聚焦高 负荷区域，加强电网线路检修维护，以电网安全运行保障社会用电稳定；各区各有关部门要 落实好高温天气劳动保护措施，做好一线人员防暑降温工作。 来到国网武汉供电公司供电服务指挥中心，盛阅春听取今年迎峰度夏武汉电网运行和电 力供应保障情况介绍，感谢公司为武汉经济社会发展作出的贡献。他指出，能源电力关系国 计民生、千家万户，各相关单位要从促发展、惠民生、保安全的高度，扛牢电力保供重大责 任，加强统筹协调，落实各项调度措施，着力维护城市电网平稳有序运行。 盛阅春强调，要建强一流城市电网，加快重点项目建设，结合城市更新推进老旧小区电 力设施改造，强 ...

Core Insights - The report "China Rural Energy Policy and Practice" highlights the unique characteristics of rural energy development, emphasizing the need to balance four core elements: accessibility, clean low-carbon energy, affordability, and reliability [1] - The report indicates that rural energy consumption will see continuous growth and structural optimization over the next decade, with rural electricity consumption expected to grow at an annual rate higher than the national average [1] - By 2035, the electrification level in rural areas is projected to exceed the national average [1] Group 1 - Rural areas in China possess abundant wind and solar energy resources, with a potential for rooftop photovoltaic technology exceeding 800 million kilowatts [2] - The technical development potential for wind and solar power in China surpasses 10 billion and 45 billion kilowatts respectively, with rural areas accounting for over 90% of land space [2] - Distributed photovoltaic systems are primarily concentrated in residential, commercial, and public building rooftops, with a total technical development potential exceeding 2 billion kilowatts [2] Group 2 - Rural energy carbon peak is expected to occur earlier than the national energy peak due to slower growth in rural energy consumption and faster replacement of renewable energy [2] - The distributed renewable energy sector in rural areas is anticipated to grow rapidly, with an estimated installed capacity of distributed photovoltaic systems reaching between 710 million and 850 million kilowatts by 2030 [2] - The economic viability of electric heating has reached a turning point, with costs approaching those of coal, leading to accelerated replacement of coal [2]

Core Viewpoint - The successful completion of the 220kV oil Pu/oil Dong line power relocation marks a significant milestone for the construction of the Jinwei High-speed Railway in Dongying District, eliminating major obstacles for the project [1][4]. Group 1: Project Details - The 220kV oil Pu/oil Dong line is a crucial power transmission line operated by State Grid Shandong Electric Power Company, crossing three major railways in Dongying District [3]. - The original line's proximity to the construction area of the Jinwei High-speed Railway posed safety risks, necessitating the relocation to meet operational requirements [3][4]. - The relocation was driven by three main factors: the original line's height of 22 meters was insufficient compared to the required 44.5 meters, the safety coefficient of the original line was 1.0 while the required standard is 1.2, and the crossing angle with the railway was initially 36° but needed to be at least 45° [3]. Group 2: Coordination and Execution - Multiple entities, including State Grid Shandong Electric Power Company, Jinan Railway Bureau, and Huangda Railway Company, coordinated to establish a common power outage schedule for the relocation [4]. - The relocation involved a 13-day power outage, during which five new towers were constructed, and 12,000 meters of conductors were installed, alongside the dismantling of five existing towers [4]. - The successful relocation and restoration of power not only facilitated the construction of the Jinwei High-speed Railway but also ensured safe operations post-commissioning [4].