Core Insights - The current technological wave of high-end, intelligent, and green solutions is reshaping the global energy structure and providing new momentum for sustainable development transformation across society and industries [1] - Schneider Electric showcased its innovative achievements and significant influence in leading energy transition and promoting industrial green transformation at the 2025 World Clean Energy Equipment Conference [1] Group 1: Energy Transition Challenges and Opportunities - The electrification of the energy structure is becoming increasingly urgent, with the International Energy Agency and Schneider Electric's Sustainable Development Institute indicating that to achieve net-zero emissions by 2050, the global electrification rate must rise from 20% to 55% [3] - Schneider Electric emphasizes that the core of energy transition lies in fundamental changes on the demand side, driven by digitalization and electrification as dual engines for sustainable development [3][4] Group 2: Technological Innovations and Solutions - Schneider Electric is expanding its business layout in digitalization and electrification, leveraging its innovation technology and industry experience to empower various sectors, including smart homes, smart buildings, and smart grids [4] - The company provides scalable data infrastructure, asset management software, and innovative hardware solutions to meet the demands of smart grid upgrades, enhancing reliability and efficiency while reducing greenhouse gas emissions [5] Group 3: Addressing Industry Pain Points - Schneider Electric has developed innovative insulation technology to replace sulfur hexafluoride in medium-voltage equipment, aligning with IEC 63366 standards and offering full lifecycle services, thus setting a benchmark for green transformation in the industry [6] Group 4: Collaboration and Ecosystem Development - The integration of Schneider Electric's EcoStruxure platform with Microsoft Azure cloud services exemplifies the collaboration in creating a smart and green energy system, significantly accelerating energy transition processes [8] - The company has developed medium-voltage direct current technology to support high proportions of renewable energy and flexible low-carbon energy use, enhancing renewable energy absorption and reducing transmission losses [8] Group 5: Global Impact and Local Engagement - Schneider Electric's actions have created significant value for users and ecosystem partners globally, such as saving 144 GWh of energy and reducing CO2 emissions by 75,000 tons annually for Italy's national electricity company [9] - In Costa Rica, the implementation of Schneider Electric's EcoStruxure solutions led to a significant increase in energy efficiency and a reduction of 580 tons of CO2 emissions annually [9] Group 6: Focus on the Chinese Market - China is a key market for Schneider Electric, serving as a significant source for driving sustainable development through digitalization and electrification [10] - The company has established multiple R&D centers in China and is committed to local partnerships to witness and participate in the country's energy transition journey [10][11] Group 7: Commitment to Sustainable Development - Schneider Electric has built "lighthouse factories" in Wuxi and Shanghai, with a high localization procurement rate of 90%, actively promoting green supply chain practices [11] - The company's mission is to empower everyone to maximize energy and resource utilization, driving human progress and sustainable development [11]

当前，高端化、智能化、绿色化的技术浪潮正在加速重绘全球能源结构图景，并为全社会、全产业推动可持续发展转型提供了新的动能。日 前，产业技术的全球领导者施耐德电气出席2025世界清洁能源装备大会，展示出自身在引领能源转型和推动产业绿色变革方面的创新成果和 卓越影响力。 在本届大会的新型输变电装备技术创新与产业发展会议上，施耐德电气全球副总裁Mario Haim发表主题演讲，深入剖析了全球能源转型的核 心挑战与机遇，阐述了施耐德电气以数字化和电气化"双引擎"驱动可持续发展的深刻洞察与创新实践成果。 数字化与电气化深度融合，构建智能绿色能源体系 在不断攀升的全球气候及能源供需挑战面前，能源结构的电气化转型正呈现出前所未有的紧迫性。来自国际能源署和施耐德电气可持续发展 研究院的数据显示，要在2050年实现净零排放目标，全球电气化率需从当前的20%跃升至55%，同时还需通过提升能效、发展循环经济以及 推动化石能源脱碳等途径，实现以更低的碳排放供应更多能源。 Mario Haim指出："尽管各国能源转型的进程和重点存在差异，但能源转型的核心，在于能源需求侧的根本性变革。"面对复杂挑战，施耐德 电气坚定不移地以数字化与电气化 ...