时隔两年，陕西职业技术学院无人机专业教师李俊超，今年11月再随陕西职业教育项目"秦岭工 坊"出海。 "我教的第一批23名吉尔吉斯斯坦学生已经工作快两年了，有的在中吉合作项目中成了技术骨 干。"首届中国—中亚峰会后，李俊超乘峰会东风，到吉尔吉斯国立技术大学教授无人机测绘勘探等方 面的课程。如今，学生的表现让他对跨国教学更有信心了。 这一次，和李俊超一同从陕西到吉尔吉斯斯坦开展教学工作的还有同校电子商务专业教师任欣。 质子汽车等18家科技企业组团拓展中东、中亚等新兴市场，加快释放产业潜能。 走在吉尔吉斯斯坦首都比什凯克的街头，任欣并不感到陌生。"当地人会谈到中国的商品，也有年 轻人想到西安求学。那里还有一家西安乡党投资的华人超市。这些都是陕西与中亚越来越亲密的见 证。"任欣说。 绵延千年的丝绸之路，曾见证中国与中亚的商贸往来与文明互鉴。如今，从贸易往来、农业项目到 人文交流，陕西与中亚国家的合作之路越走越宽广，友谊之花越开越灿烂。《中国—中亚峰会西安宣 言》许下的"西安愿景"，正一步步转化为生动实践。 "硬联通"激活开放动能 一个相当于2036个足球场大的光伏电站，需要的设备、材料之多可想而知。 "12月开始，光 ...

Core Viewpoint - The company is implementing a comprehensive supervision mechanism to enhance the integrity and quality of the design process in the power supply service chain, focusing on identifying and mitigating risks associated with "micro-power" governance [1][2][3] Group 1: Supervision Mechanisms - The company has established targeted supervision to identify weak points in the design process, including client access plan parameters, equipment selection, cost approval, and subcontractor management [1] - A "dual-signature and dual-review" mechanism has been introduced, where supervisory personnel are involved in key decision-making processes to ensure compliance and transparency [2] - The company is upgrading its project management information system to include a risk warning module for monitoring potential risks in design changes and equipment selection [2] Group 2: Educational Initiatives - The company has created a "design integrity classroom" to educate design personnel about integrity risks through real case analyses, promoting a three-tier technical review mechanism [2] - The integrity requirements are extended to subcontractors through integrity co-construction agreements, establishing a "blacklist" system to foster a clean design environment [2] Group 3: Positive Outcomes - Feedback from clients indicates that the design company has improved transparency and thoroughness in technical and economic documentation, leading to increased client confidence [3] - The rigorous and efficient design change process has been praised by clients in the renewable energy sector, highlighting the effectiveness of the new supervision measures [3] - The integration of supervision into the design chain has effectively reduced opportunities for power rent-seeking, ensuring a robust foundation for high-quality development in the power grid [3]

Core Points - The company held its fourth board meeting on September 29, 2025, with all 9 directors present, and approved two significant proposals [1] Group 1 - The first proposal involves changing the business scope and amending the company's articles of association to meet actual operational needs. The board has requested shareholder authorization for the management team to handle the necessary business registration changes and amendments, with the authorization valid until the completion of these tasks [1] - The second proposal is to convene the company's first extraordinary general meeting of 2025 on October 15, 2025, at a specified location in Fuzhou [1]

Core Insights - The project marks a significant breakthrough in cross-regional energy collaborative design, utilizing a remote design model that combines "cloud collaboration + local configuration + full-process control" [1] Group 1: Project Overview - The collaboration agreement was signed between Suqian Electric Power Design Institute and Yunnan Ailin Construction Co., Ltd. for the microgrid project at the First People's Hospital of Yongde County, Lincang City, Yunnan Province [1] - The project spans over 2000 kilometers and involves extensive discussions and on-site investigations to understand local conditions and constraints [1] Group 2: Technical Specifications - The photovoltaic system will utilize existing rooftops, carports, and undeveloped land, with a total scale of 2716 kW/3205.345 kWp, operating in a self-consumption mode with surplus electricity not being fed into the grid [2] - The energy storage system will consist of four 125 kW/261 kWh storage cabinets to store excess electricity and serve as an emergency backup power source [2] - The charging station will include ten 120 kW dual-gun DC fast charging piles, capable of simultaneously charging 20 electric vehicles [2] Group 3: Project Impact - Upon operation, the project will significantly enhance the reliability and voltage stability of the hospital's power supply, supporting local "dual carbon" goals and providing a replicable model for "cross-regional energy projects + microgrids in remote areas" [2] - The Suqian Electric Power Design Institute aims to further integrate microgrid technology with smart city and rural revitalization strategies, optimizing remote energy design services [2]

Group 1 - The core point of the news is that China Energy Construction Group Hunan Electric Power Design Institute Co., Ltd. has been suspended from participating in military procurement activities due to alleged bid-rigging in a military procurement project [1][2] - The suspension is effective from September 3, 2025, and applies to all material, engineering, and service procurement activities within the military [1][2] - The decision was made by the Management and Support Department of the National Defense Science and Technology University, reflecting strict enforcement of procurement discipline within the military [1][2] Group 2 - The company involved, China Energy Construction Group Hunan Electric Power Design Institute Co., Ltd., was established in 1958 and is a subsidiary of China Energy Construction Group [2] - The company has a registered capital of 880.88 million yuan and holds eight first-class qualifications in various sectors, including power, chemical, construction, and municipal engineering [2] - Its main business areas include ultra-high voltage power grids, smart grids, nuclear power, large thermal power generation, renewable energy, energy storage, and various engineering consulting services [2]

Group 1 - The core point of the article is that China Electric Power Construction Group Northwest Survey and Design Research Institute Co., Ltd. has obtained a patent for a "pumped storage power station inlet/outlet structure and its arrangement method" [1] - The patent was granted with the announcement number CN 120231303 B, and the application date was June 2025 [1] - The company was established in 1995 and is located in Xi'an, focusing on research and experimental development [1] Group 2 - The registered capital of the company is 218 million RMB [1] - According to data analysis, the company has invested in 82 enterprises and participated in 5,000 bidding projects [1] - The company holds 9 trademark records and 3,335 patent records, along with 161 administrative licenses [1]

Core Viewpoint - China Electric Power Design Institute of Guizhou, a subsidiary of China Electric Power Group, has applied for a patent for a wind turbine blade icing prediction method based on real-time rolling forecasting and online modeling, aiming to enhance the efficiency and accuracy of wind farm operations [1][2]. Group 1: Patent Application - The patent, titled "Method for Predicting Wind Turbine Blade Icing Based on Real-Time Rolling Forecasting and Online Modeling," was published with the number CN 119755028 A and the application date is December 2024 [1]. - The method involves three main steps: data collection and processing, real-time model updating, and deployment in wind farm monitoring systems for icing risk prediction [1]. - This innovation addresses the limitations of traditional icing monitoring methods, which often rely on field observations or simple meteorological conditions, thus improving operational efficiency in wind farms [1]. Group 2: Company Overview - China Electric Power Design Institute of Guizhou was established in 1993 and is located in Guiyang, primarily engaged in professional technical services [2]. - The company has a registered capital of 600 million RMB and has made investments in 17 enterprises, participated in 5,000 bidding projects, and holds 911 patents [2]. - Additionally, the company has 68 administrative licenses and possesses 7 trademark registrations [2].