Core Insights - In 2026, the Southern Power Grid Company plans to invest 180 billion yuan in fixed assets, marking a record high for five consecutive years, with an average annual growth rate of 9.5% [2] Investment Focus - The investment will primarily target the construction of a new power system, development of strategic emerging industries, and enhancement of quality power supply services [2] - The company aims to support the addition of 40 million kilowatts of new energy capacity by 2026, focusing on large-scale development and high-level consumption of renewable energy [2] Key Projects - The offshore wind power flexible direct current transmission project in Yangjiang, Guangdong, is over halfway complete and is expected to be operational by the end of 2026, delivering approximately 6 billion kilowatt-hours of green electricity annually to the Guangdong-Hong Kong-Macao Greater Bay Area [2] - Other projects include the construction of flexible interconnection projects in Zangyue and Xiangqian, which will facilitate the introduction of clean electricity from outside the region [2] Strategic Emerging Industries - The company plans to accelerate the expansion and quality improvement of charging and swapping infrastructure, as well as advance the development of marine energy and intelligent technologies [2] - A major interactive vehicle-network demonstration station in the Guangdong-Hong Kong-Macao Greater Bay Area is set to be operational in Shenzhen in the first quarter of 2026 [2] Modernization of Infrastructure - Southern Power Grid will focus on strengthening modern power grid infrastructure, emphasizing flexible direct current interconnections and enhancing distribution network construction [3] - Specific projects include the Guangzhou Tianhe Tangxia flexible direct current project, which will provide reliable power supply solutions for densely populated urban areas by the end of 2026 [3] - The company plans to invest no less than 50.6 billion yuan in large-scale equipment updates in 2026, promoting the development of "power + computing" new infrastructure [3] Additional Projects - The 220 kV undersea interconnection project in Weizhou Island, Guangxi, is expected to be operational in the first quarter of 2026, along with the 500 kV offshore wind power transmission line in Hainan, which will commence construction within the year [3]

Core Viewpoint - The Southern Power Grid Company plans to invest 180 billion yuan in fixed assets in 2026, marking a record high for five consecutive years, with an average annual growth rate of 9.5% [1] Group 1: Investment Strategy - The company aims to expand effective investment as a key measure to stabilize growth and benefit people's livelihoods, focusing on new power system construction, strategic emerging industries, and enhancing quality power supply services [1] - The investment will support the "14th Five-Year Plan" and is part of the company's commitment to fulfilling its responsibilities as a central enterprise [1] Group 2: Infrastructure Development - The company will implement major projects under the "14th Five-Year Plan," with a significant investment of no less than 50.6 billion yuan in large-scale equipment updates this year [2] - Key projects include the construction of 500 kV offshore wind power transmission lines in Hainan and the completion of the 220 kV undersea interconnection project in Guangxi [2] Group 3: Industry Upgrading - The company is focused on building modern power grid infrastructure, accelerating the construction of flexible DC interconnected networks, and enhancing digital and intelligent planning [3] - In Guangdong, the Tianhe Tangxia flexible direct current project is expected to be operational by the end of this year, providing reliable power supply solutions for densely populated urban areas [3] Group 4: Renewable Energy Development - The company is committed to supporting high-quality development of renewable energy, aiming for an additional 40 million kilowatts of new installed capacity this year [4] - The Yangjiang Sanshan Island offshore wind power project is over halfway complete and is expected to deliver approximately 6 billion kilowatt-hours of green electricity annually to the Guangdong-Hong Kong-Macao Greater Bay Area [4]

Core Viewpoint - The conference organized by China Southern Power Grid Company focused on the integration of digital technology and energy power, emphasizing the importance of digital grid technology in building a new power system and promoting collaborative innovation across the industry chain [2][3]. Group 1: Digital Grid Technology and AI Integration - The conference highlighted the release of the collaborative action plan and supply-demand matching list, showcasing the company's achievements in digital grid, artificial intelligence, and trusted data space [3]. - The official launch of the AI innovation platform marked a significant step towards large-scale and systematic application of AI in the energy sector, injecting strong momentum into collaborative innovation across the industry chain [3][4]. - The AI platform has achieved over 10 billion calls since its launch, with an average of over 40 million calls per day, demonstrating its leading position in the energy sector [5]. Group 2: Collaborative Action and Industry Integration - The "Collaborative Action" plan aims to deepen integration across the industry chain, providing clear cooperation guidelines for stakeholders [7]. - The initiative has engaged over 247 units, creating a comprehensive digital grid ecosystem that emphasizes resource sharing and collaborative development [7]. - The company is transitioning from being a technology provider to an organizer of industry collaboration and co-creation of ecological value [7]. Group 3: Carbon Management and Green Infrastructure - The integration of carbon management into core operations is a strategic focus, with initiatives aimed at creating a green supply chain and enhancing international competitiveness [10]. - The company has established an internal carbon market system to incorporate carbon emissions costs into performance assessments, promoting a culture of carbon reduction [10]. - Collaborative efforts with partners have led to the development of a cross-regional carbon and computing collaborative operation system, showcasing the potential for deep integration of energy and computing industries [9]. Group 4: Future Outlook and Strategic Goals - Looking ahead, the company aims to leverage the new power system's demands to drive technological innovation and establish a new infrastructure for AI and carbon collaboration [13]. - The focus will be on enhancing open collaboration and ecological co-construction to maximize the multiplier effect of digital empowerment across the energy sector [13].

Core Insights - The integration of digital technology and energy power, termed "bit and watt," is becoming a crucial pathway for constructing a new type of power system as the new round of technological revolution and industrial transformation deepens [1] - The Southern Power Grid is focusing on enhancing key core technology breakthroughs and building common capability platforms to promote collaborative upgrades in the digital grid technology equipment industry chain [1][2] Group 1: Digital Grid Ecosystem Development - The Southern Power Grid has implemented the "Sunshine Co-chain" platform, aggregating over 247 units to build a technically complete and self-controllable digital grid ecosystem [2] - The energy industry's trusted data space has been selected as a national pilot, enabling cross-industry data product listings and scenario integration [2] - The "Electric Harmony" (电鸿) ecosystem covers 80% of core business in the power grid and has established a national AI application pilot base to open services for the industry chain [2] Group 2: Electric Harmony System Progress - Since the release of the Electric Harmony operating system version 1.0 in 2023, it has achieved significant development, gathering over 500 ecological partners and completing nearly 1,900 terminal adaptations [2][3] - The Southern Power Grid plans to add a batch of city-level demonstration units by 2026 to promote application and product innovation widely [3] - The Electric Harmony system aims to address industry pain points by providing a comprehensive solution that connects chips, terminals, platforms, and applications [3] Group 3: Future Development Plans - The Electric Harmony system will advance in three phases, focusing on creating a unified ecosystem from micro-sensors to high-performance servers, overcoming core technology bottlenecks, and deepening AI integration [4] - The Southern Power Grid has initiated research for version 4.0 of the Electric Harmony system, primarily focusing on Electric Harmony + AI to lay the foundation for future intelligent applications [4] - The integration of electricity, carbon, and computing is seen as a core support for the new power system and the national integrated computing network [5] Group 4: Carbon Management Initiatives - The Southern Power Grid is integrating carbon management into core operations, exploring new value growth points through a systematic approach [5] - The company has established an internal carbon market system covering multiple levels, linking carbon emissions costs and reduction benefits directly to unit assessments [5] - These initiatives signify a strategic shift in carbon management from compliance to enhancing international competitiveness and expanding into emerging business areas [5] Group 5: Vision for the Future - The Southern Power Grid emphasizes the need for technology innovation driven by the demands of the new power system, with a forward-looking layout for AI-native applications and autonomous key technology systems [6] - The company aims to deepen open collaboration and ecological co-construction to release multiplier effects of digital empowerment for high-quality development in the energy and power industry [6]

Core Viewpoint - The conference organized by China Southern Power Grid Company focuses on the integration of digital technology and energy power, aiming to promote collaborative innovation and large-scale application of digital grid technology, thereby constructing a modern industrial system for digital grids [2][3]. Group 1: Digital Grid and AI Innovation - The conference highlighted the release of the collaborative action plan and supply-demand matching list, showcasing the company's achievements in digital grids, artificial intelligence, and trusted data spaces [3][4]. - The launch of the AI innovation platform marked a significant milestone, indicating a new phase of large-scale, systematic, and ecological development of AI applications in the energy sector [4][5]. - The AI platform has achieved over 10 billion calls, with an average of more than 40 million calls per day, demonstrating its leading position in the energy sector [7][8]. Group 2: Collaborative Action and Industry Integration - The "Collaborative Action Plan" was officially released, outlining the implementation paths and specific measures for deep integration of the industry chain, marking a transition from a technology provider to an organizer of industry collaboration [10][11]. - The "Sunshine Collaborative" platform has engaged over 247 units, creating a comprehensive digital grid ecosystem with shared resources and collaborative innovation [11][12]. - The AI platform's capabilities are expected to enhance the digital grid's intelligent foundation and support collaborative innovation across the industry chain [8][19]. Group 3: Carbon Management and Green Infrastructure - The concept of "Electricity-Carbon-Computing Collaboration" is crucial for integrating the new power system with a nationwide computing network, showcasing the potential for deep collaboration between energy and computing industries [13][14]. - The company is implementing a carbon management system that integrates carbon emissions into core operations, establishing a market for carbon trading and promoting a green supply chain [14][19]. - The focus on digital management innovation emphasizes the importance of both internal and external improvements, contributing to the overall digital transformation of the company [17][19]. Group 4: Future Outlook - Looking ahead, the company aims to leverage the demands of the new power system to drive technological innovation, focusing on AI-native applications and autonomous key technology systems [19]. - The commitment to open collaboration and ecological co-construction is expected to release multiplier effects in the energy and power industry, supporting high-quality development and modernization of the industrial system [19].

Core Insights - The company aims to empower high-quality energy development through AI integration, focusing on practical outcomes from policy requirements [1] - The integration of AI with energy and power sectors is seen as a significant innovation, enhancing the synergy between electricity and carbon management [2] Group 1: AI and Energy Integration - The company is accelerating the construction of an "electric-carbon-computing" system to address challenges posed by the integration of data and power transmission projects [2] - A four-dimensional testing matrix has been developed to achieve a 95% accuracy rate in predicting power consumption for computing resources [2] - The company has created a real-time power-computing measurement system, successfully tested in Guangzhou, which aims to make computing resource usage as convenient and quantifiable as electricity [2][3] Group 2: Data Activation and Value Release - The company is leveraging AI to break down data barriers and activate dormant energy data resources, establishing a complete data value release chain [4] - A data asset management platform has been established to facilitate the regular collection and monitoring of vast amounts of data, with plans to launch a trusted data space in August 2024 [4] - The company has collaborated with over 280 ecosystem entities to create high-value application scenarios, enhancing data accessibility and utilization [4] Group 3: AI-Driven Operational Efficiency - The "electric-carbon-computing collaborative operation system" developed by the company acts as an intelligent navigation tool for power consumption and carbon emissions monitoring [3] - This system has enabled a reduction of over 10% in computing operation costs by dynamically adjusting tasks based on electricity price fluctuations [3] - The company has achieved a 100% green electricity supply for all venues at the Guiyang International Big Data Industry Expo, significantly reducing coal consumption and carbon emissions [3] Group 4: Ecosystem and Technological Innovation - The company is focusing on building a robust AI technology foundation, with proprietary models enhancing simulation and optimization capabilities [7] - The "Da Watt" series of models has been recognized for its superior performance in simulating power system operations, significantly improving analysis speed and accuracy [7] - The company has invested in a scalable computing capacity of nearly 1400 PFLOPS, supporting its ongoing technological advancements [7] Group 5: Practical Applications and Impact - AI has enabled the company to achieve a 97% renewable energy consumption rate, positioning it among the top in the country [8] - The company has conducted the largest cross-provincial vehicle-grid interaction experiment in the country, involving over 100,000 electric vehicles [8] - AI-driven interventions in urban power management have led to a 43% reduction in average power restoration times, enhancing public satisfaction [8]

Core Insights - The integration of digital and energy revolutions is driving a significant increase in demand for computing power, with projections indicating an average annual growth rate of around 20% in China's data center electricity consumption from 2024 to 2030, outpacing the overall electricity consumption growth rate [1] Group 1: Industry Developments - The 2025 China International Big Data Industry Expo highlighted discussions on promoting the collaborative development of electricity and carbon computing [1] - The Deputy Director of the National Data Bureau emphasized that electricity supply is a critical factor influencing computing power development, and the scale of computing power directly affects data processing efficiency [1] - The rapid advancement of AI is leading to an explosive growth in computing power demand, necessitating the establishment of a new infrastructure that integrates data, computing, networks, and energy [1] Group 2: Southern Power Grid's Innovations - Southern Power Grid showcased its developed Electric-Carbon-Computing Collaborative Operation System, which is based on power infrastructure and promotes the economic and green flow of computing resources [2] - The system features three core capabilities: real-time monitoring of power consumption, dynamic scheduling to reduce operational costs by over 10%, and nationwide collaboration to connect computing resources with the integrated national computing network [2] - The system aims to break down information barriers between electricity, computing power, and carbon emissions, achieving precise matching and efficient scheduling [2] Group 3: Practical Applications and Future Outlook - The Electric-Carbon-Computing Collaborative Operation System has shown initial success, with a case where a computing task was migrated to a data center, resulting in a 10% reduction in overall computing costs and the consumption of 113.4 kWh of green electricity [3] - The flexibility of computing power scheduling is identified as a crucial foundation for collaborative operations, requiring solutions for application, data, and model coordination [3] - Future expectations include making the use of computing resources as convenient and quantifiable as water and electricity, necessitating the establishment of a precise measurement system for computing power [3]

Core Viewpoint - The launch of China's first electric-carbon computing collaborative operation system aims to optimize the real-time interaction between electricity, computing power, and carbon emissions, contributing to energy saving and carbon reduction in data centers [1][3]. Group 1: System Functionality - The electric-carbon computing collaborative operation system integrates "power grid, computing network, and communication network" to enhance operational efficiency [1]. - The system automatically schedules computing tasks to western regions when cheaper electricity prices are available, and utilizes green energy when renewable energy generation is abundant [1]. Group 2: Industry Impact - By 2030, China's computing power energy consumption is expected to reach 4,800 billion kWh, with carbon emissions exceeding 200 million tons [3]. - A reduction of 0.1 yuan in comprehensive electricity costs for computing power could save the industry 48 billion yuan annually, benefiting end users [3]. - Increasing the use of green electricity by 1% could reduce carbon emissions by approximately 2 million tons per year, equivalent to planting 110 million trees [3].