Deeply Understand the Strategic Significance of AI-Driven Energy Transformation and Firmly Seize the Historic Opportunity of AI Development

Give Full Play to the Leading Role of Central Energy Enterprises and Actively Explore the Practical Paths for the Integrated Development of AI and Energy and Power

• Lay a solid foundation to build a safe and controllable collaborative base for power computing power. Actively serve the "Eastern Data and Western Computing" project, build a cross-regional and multi-level hierarchical high-speed computing power network covering "grid-province-edge-terminal", form a systematic layout of energy data centers, and establish a full-stack independently controllable intelligent computing cluster. Based on the advantages of being an energy core hub, innovatively propose a collaborative development path of electricity-computing-carbon, and take the lead in exploring a new model of collaborative development between power and computing power in key links such as planning, construction, dispatching, and trading.
• Drive by data to build a high-quality industry model system. Strengthen the supporting elements for AI, promote the optimal allocation and efficient utilization of energy data resources, take the lead in launching the construction of a trusted data space for the southern energy industry, and actively cultivate an ecological environment for the circulation of energy data elements across entities and regions. Continuously make breakthroughs in promoting AI technological research and building vertical industry large models, and independently develop "Dawa Te", the first fully independently controllable AI large model in the power industry.
• Drive by scenarios to promote the all-round and in-depth integration of AI. Establish an independently controllable AI innovation platform for the power industry, providing standardized and intensive computing power, data, and model services for all links of the industry. Build more than 350 high-value intelligent application scenarios focusing on power grid planning, intelligent dispatching, equipment inspection, and power trading, significantly improving the intelligence level and operational efficiency of the power grid. The value of AI technology is being transformed into real productive forces. The production operation model of power transmission, transformation, and distribution has been transformed, with the intelligent identification rate of equipment hidden dangers exceeding 90%. The accuracy of new energy forecasting based on AI leads the world, helping the new energy consumption rate in the southern region rank among the top in China.
• Collaborate ecologically to build an open and shared industrial innovation pattern. Drive industry development with core capabilities in digital transformation, and continuously build an internal and external interactive, open and shared power AI industrial ecosystem. Jointly establish an industry AI alliance with 78 units, and take the lead in building the first national AI application pilot-scale base in the power field of the energy sector. Independently develop "Fuxi", the first fully localized power-specific main control chip, and achieve mass production. Intelligent sensing products such as "Jimu" have been applied on a large scale.

Promote the High-Quality Development of Energy and Power through the Extensive Development of AI and Make Greater Achievements in Serving the Construction of Chinese-Style Modernization

• Strengthen the flexible and intelligent "AI+" power grid. Integrate AI into the entire process of building a new power system, promote the large-scale application of AI in scenarios such as power grid planning, engineering construction, dispatching and control, operation and maintenance, and emergency rescue, coordinate the planning and construction of power and computing infrastructure, build new energy infrastructure at a high standard, improve the system's safe, reliable, flexible, and efficient operation capabilities, and promote the optimal allocation of energy resources on a larger scale and the efficient development and utilization of clean energy.
• Optimize the intelligent and innovative "AI+" services. Adhere to putting people first, deeply integrate AI into the entire chain of power supply services, create an integrated and full-scenario intelligent interactive environment, and build a full-process, interactive, and accompanying smart power consumption service system. Accelerate the creation of a modern power consumption business environment featuring convenient power handling, high-quality power supply, green power consumption, inclusive services, and coordinated supervision, cultivate new and innovative smart service formats and models with wider coverage and richer content, provide more personalized, customized, and comprehensive energy solutions, and better meet people's energy needs for a better life.
• Reshape efficient and lean "AI+" operations. Drive the improvement of management efficiency through intelligence, fully integrate AI into all links of enterprise operation and management, build a new organizational model, management mechanism, and operation method adapted to human-machine collaboration, promote the efficient operation of the enterprise management system, the precise allocation of resources such as human resources, financial resources, material resources, and data, the real-time early warning of risks in all businesses and the entire industrial chain, and the integrated and coordinated connection of the entire life cycle of assets.
• Deploy an interconnected and collaborative "AI+" industry. Adhere to the development direction of full-factor intelligence, promote the in-depth integration of scientific and technological innovation and industrial innovation, use AI to lead the transformation of scientific research paradigms, and strengthen the efficient supply of key elements such as computing power, models, and data. Accelerate the construction of AI pilot-scale bases, build an open and shared innovation ecosystem, actively expand new business formats such as virtual power plants, vehicle-grid interaction, and electricity-carbon-computing coordination, make forward-looking arrangements for new industries such as power-specific robots and AI chips, increase strategic investment and integration in the industrial chain, and better support and serve the construction of a modern industrial system.