II ICS e a M Hi t pr 719 The FILE � 17 (2017) n in 工程师 TENS ur EWFINES re L t was ENS 12767 IDCL d NTW I STAFF SENTR all NE ISSE NIS EXTEL T WALL IES START L n u n and in e 1 人民网大阪10月10日电 （许可）10月10日下午，巴彦淖尔市代表团在日本大阪文化馆组织召开了中日经贸文旅交流座谈会，与日方30多家企业、商协 会代表，围绕商贸流通、金融科技、文旅互促、教育医疗、新能源产业发展等方面开展深入交流对接。中国驻大阪总领事馆经商处参赞景春海、西日本华侨 华人社团联合会会长张永胜出席会议，巴彦淖尔代表团与基硕科技、天衡制药、锦叶云台等公司参加会议。 会上，巴彦淖尔市贸促会、巴彦淖尔市人民政府新闻办公室相关负责人分别就巴彦淖尔产业发展、文旅宣传等方面作推介发言，双方企业、商协会就拓 展未来合作领域开展深入交流，达成初步考察合作意向。主办方借助世博会平台举办此次座谈会，旨在为进一步宣传推介巴彦淖尔投资环境、发展优势和重 点产业，加强巴彦淖尔与日 ...

9月29日，宁夏石嘴山平罗县审批服务管理局发布废止新型储能项目的公告，共废止4个 储能项目，共计8 0 0MW/ 1 6 00MWh，废止原因为备案文件逾期。 此前，8月2 2日，宁夏石嘴山市大武口区发展和改革局发布关于废止一批新型储能项目的 公告。共废止四个储能项目，合计650MW/ 1800MWh，其中有三个废止原因为备案文件 逾期，1个因为投资主体放弃。 宁夏废止一批新型储能项目，总规模1 . 8GWh 文 | 平罗县人民政府 | 序 | | | | | 备素时 | 项目计划 | | | --- | --- | --- | --- | --- | --- | --- | --- | | | 项目名称 | 项目规模 | 建设单位 | 建设地点 | | 投资(万 | 清理废止原因 | | 름 | | | | | 间 | 元) | | | | 宁夏含光新能源有 限公司陶乐 | | 宁夏含光新 | | 2022年 | | | | 1 | 200MW/400MWh共 | 200MW/400MWh | 能源有限公 | 平眉县 | 10月 | 80000 | 备案文件逾期 | | | | | 司 | 陶乐镇 | | ...

9月29日，2025甘肃民营企业100强榜单正式发布，海博思创（酒泉）工程技术有限公司 （以下简称"酒泉公司"）成功入选该榜单，排名第10位。这一荣誉不仅是对公司创新实力 的认可，也标志着公司在甘肃这片热土上已深深扎根、蓬勃发展。 作为海博思创全国战略布局的重要生产基地之一， 酒泉公司在甘肃省政府、酒泉市政府的大力支 持下，创下了从签约到全面达产不到一年时间的"酒泉速度"，迅速成长为酒泉新能源装备制造产 业的龙头企业，显示出龙头储能企业与甘肃能源热土深度融合的发展成效。 此次跻身百强，离不开甘肃新能源产业政策的有力支持。当前，酒泉市正致力于建设"亿千瓦级 世界清洁能源谷"。随着陇电入浙、陇电入川等特高压工程的推进，当地新能源消纳与外送能力 持续提升，酒泉新能源产业迎来新的发展机遇。 酒泉公司的快速成长与榜单突破，是企业发展新的起点。未来，海博思创将继续加大研发投入， 拓展储能应用场景。 酒泉公司也将进一步深化与地方政府的合作，在助力河西走廊新能源消纳、 服务 "西电东送" 国家战略中贡献更大力量。 海博思创将持续释放创新活力，为区域新能源产业 高质量发展注入新动能。 ...

Core Viewpoint - The collaboration between Huqin Rubber Industrial Group and CATL to establish a 30MW/60MWh energy storage project in Jining is a significant step in enhancing the local renewable energy industry and improving energy efficiency [1][2][3] Group 1: Project Overview - The energy storage project is the largest commercial storage project in Jining, marking a milestone in the region's energy infrastructure [1] - CATL, a global leader in new energy innovation, has a strong market position and technical expertise in the battery sector, with plans for a 160GWh production base in Jining [1][2] Group 2: Benefits for Huqin Group - The completion of the storage project will enhance Huqin Group's photovoltaic power consumption capacity and grid demand response capabilities, supporting efficient energy use and grid operation [2] - The partnership with CATL will provide crucial support for Huqin's industrial upgrade and green development, strengthening its position in the new energy sector [2] Group 3: Benefits for CATL - CATL will supply all key components for the energy storage system, reinforcing its development in Jining and expanding its market presence [2] - The collaboration with Huqin Group will enhance CATL's brand influence and provide stable industrial support in the region [2] Group 4: Impact on Jining's Renewable Energy Industry - The partnership is expected to directly promote the development of Jining's renewable energy industry, facilitating a complete industrial chain from battery production to energy storage applications [2][3] - Huqin's involvement in the new energy project will foster deep integration between the local traditional manufacturing sector and the renewable energy industry, contributing to the establishment of a comprehensive new energy industrial base in Jining [2][3]

(砥砺奋进七十载 天山南北谱华章)新疆新能源产业的"聚"与"兴" 中新网乌鲁木齐9月18日电 (苟继鹏)记者18日从国网新疆电力有限公司获悉，今年截至9月15日，新疆电 网年内新能源发电量达到1009.4亿千瓦时，同比增长17.2%，较2024年提前50天突破千亿千瓦时。 其中，光伏发电量达412.4亿千瓦时，同比增长39.2%；风电发电量达597亿千瓦时，同比增长6%。值得 注意的是，新能源发电已成为新疆发电量增长的主要动力之一。 近年来，"风光无限好"的新疆，吸引众多新能源产业聚集，在装机规模、发电量、消纳能力等方面全面 突破，新能源产业全面兴起。 6月23日，国网博尔塔拉供电公司员工走访服务光伏发电企业。尹甜杰 摄 "并网反送电成功，各项指标正常。"日前，位于阜康市的中泰新能阜康市25万千瓦光伏项目成功实现并 网反送电。作为新疆"老牌"现代化工企业，新疆中泰(集团)有限责任公司一直致力于绿色转型，上述项 目是该企业并网建设的第三个光伏项目。 据悉，该项目年发电量可达数亿千瓦时，每年将减少13.4万吨标准煤消耗，降低约36万吨二氧化碳排 放。不仅进一步增强区域新能源供给能力，还将推动传统化工产业与新能源深 ...

Group 1 - Linyi is positioned as a promising area for the development of the new energy industry due to its abundant industrial resources, diverse application scenarios, solid industrial foundation, and favorable business environment [1] - The city has significant wind and solar energy generation potential, with annual wind power generation hours ranging from 2000 to 3000 and solar power generation hours around 1200. It ranks third in the province for grid scale and has two ultra-high voltage points [3] - Linyi can produce over 13 million tons of biomass annually and has industrial by-hydrogen production exceeding 2 billion cubic meters, projected to reach 4 billion cubic meters in the future. The city also has 11 major oil and gas pipelines and a natural gas supply capacity of 50 billion cubic meters per year [3] Group 2 - The logistics infrastructure in Linyi supports extensive transportation capabilities, with logistics vehicles totaling 749,000, including 492,000 freight trucks and 167,000 heavy trucks. The demand for public charging stations exceeds 100,000 [4] - The installed capacity of new energy and renewable energy in Linyi has rapidly increased, reaching 10.46 million kilowatts, with a significant demand for energy storage exceeding 3 million kilowatts [4] - By 2027, Linyi aims to establish a comprehensive industrial chain for new energy, with the share of new and renewable energy generation capacity reaching approximately 63% and non-fossil energy consumption at around 18% [4]

Group 1 - The core viewpoint of the articles highlights the successful development of the Liumaohu Wind Power Project in Mishan City, Heilongjiang Province, which represents the flourishing of the local renewable energy industry with a total investment of 1.76 billion yuan and an annual carbon reduction of 480,000 tons [1] - The local disciplinary inspection and supervision authorities have played a crucial role in ensuring the smooth progress of the project by conducting on-site supervision and addressing the challenges faced during the approval and construction phases [1][2] - The project faced two main bottlenecks: difficulties in approval coordination due to multiple departments involved and challenges in transporting large wind turbine equipment, which required high-quality road conditions [2] Group 2 - To address the approval difficulties, the local disciplinary inspection and supervision authorities collaborated with relevant departments to streamline the approval process and enhance inter-departmental coordination, resulting in improved efficiency in land use approvals [2][3] - The establishment of a "business environment monitoring point" in the municipal service hall and the launch of an "online enterprise demand express" have been implemented to address issues raised by enterprises and improve service delivery [2] - The local authorities have also focused on building a comprehensive service system for industrial projects, ensuring that policies benefiting enterprises are effectively implemented, and have established four mechanisms to optimize the business environment [3]

Core Viewpoint - The district emphasizes the development of the renewable energy industry as a key support for energy security and green transformation [1] Group 1: Renewable Energy Projects - The construction of photovoltaic and wind energy projects in Yicheng District is progressing as planned, leading to a significant increase in installed capacity for renewable energy [3] - The Three Gorges Energy 50 MW photovoltaic project successfully connected to the grid in May 2023, with an expected annual generation of over 60 million kWh [3] - A 100 MW centralized wind power project has completed initial site selection and resource assessment, while 115 MW of "Wind Action" and decentralized wind projects are optimizing turbine locations and preparing feasibility studies [3] Group 2: Installed Capacity and Energy Supply - As of now, the total installed power capacity in Yicheng District is 951,100 kW, representing a year-on-year growth of 23.64% [5] - The total installed capacity of renewable energy is 527,100 kW, accounting for 55.42% of the total power capacity, surpassing traditional thermal power to become the largest energy source [5] - The ongoing commissioning of renewable energy projects provides stable and reliable electricity supply while reducing dependence on traditional fossil fuels, achieving a win-win for energy stability and ecological protection [5]

地球"热麻了"！ 6月葡萄牙莫拉地区46.6℃；西班牙局部地区46℃，打破1965年以来纪录；法国40.9℃，创气温新高；意 大利对21城发布最高级别红色警报…… 今年入汛以来，我国平均高温日数为历史同期最多；今年立夏至大暑节气期间，我国平均气温为1961年 以来最高；截至8月7日，国家级气象站已有94个打破8月高温纪录。 全球是否正面临热浪常态化趋势？高温天气对经济运行会产生哪些直接和间接影响？我们又该如何应 对？ 极端高温对经济的直接影响集中体现为对生产系统的物理性冲击，包括电网峰值负荷持续突破上限触发 工业限电，迫使企业停工停产；高温导致航道水深下降，抬升物流成本；高温干旱引发农作物热害，造 成产量锐减。 近日，《每日经济新闻》记者（以下简称NBD）对国家气候中心气候变化监测预估室正研级高工柳艳 菊、业务系统发展与运控室高级工程师张思齐、气候服务室高级工程师崔童、气候预测室高级工程师吕 卓卓、气候变化影响适应室副研究员黄大鹏、气候变化战略研究室工程师徐源等6位专家进行专访，请 他们详细解读高温对经济的影响。 地球正在经历热浪常态化 NBD：近年来，全球多地高温频频刷新纪录，我们是否正面临热浪常态化趋势？ ...

Group 1 - The phenomenon of heatwaves has become a normalized trend globally, posing threats to human health, economic security, and ecological systems [3][7] - Human activities, particularly greenhouse gas emissions since the Industrial Revolution, are identified as the primary drivers of extreme temperature changes [4][5] - In China, the average number of high-temperature days has increased by 25% over the past decade, with extreme heat events evolving into continuous compound disasters [6][24] Group 2 - High temperatures have led to significant income losses globally, with potential labor hours and income losses reaching new highs [8] - Direct impacts of extreme heat on the economy include physical shocks to production systems, such as industrial power restrictions and increased logistics costs due to lower water levels [9][10] - Indirect impacts manifest through supply chain disruptions and rising food inflation due to agricultural losses and transportation issues [10][11] Group 3 - The tourism industry is experiencing shifts, with a decrease in visitors to traditional scenic spots and an increase in demand for summer retreat destinations, as temperatures rise [13][15] - Historical data indicates that for every 1°C increase in temperature, tourist arrivals decrease by approximately 8.1%, leading to a 6% reduction in tourism revenue [13] Group 4 - The extreme heat has stimulated demand for renewable energy installations, particularly solar power, as high temperatures coincide with peak electricity demand [22] - Collaborative mechanisms between climate and energy departments are being established to predict and manage electricity demand during heatwaves [18][19] - The pressure from high temperatures is accelerating the development of smart energy networks and the adoption of heat-resistant materials in coastal regions [25][21] Group 5 - Different regions in China face unique challenges and opportunities in responding to high temperatures, with coastal areas focusing on high-tech solutions and the central and western regions addressing agricultural water shortages [24][26] - Infrastructure improvements, such as urban planning and agricultural adaptations, are essential to mitigate the impacts of extreme heat on economic development [27][29] - Learning from international experiences, China can enhance its agricultural resilience through drought-resistant crop varieties and innovative insurance mechanisms [31][36]