Leveraging artificial intelligence technology, the research on efficient interaction between "source and load" is conducted through digital models and algorithmic models to achieve high-efficiency energy utilization and provide data support for future participation in market-oriented transactions. This initiative aims to develop precise prediction of distributed energy output and accurate forecasting of production base electricity load as the foundation, enabling precise prediction of the net grid load curve for production bases. Based on preset scheduling strategies, a "generation-grid-load-storage integrated regulation system" with multi-objective optimized scheduling is established at the Yancheng base

The integrated EPC turnkey project implements PV, energy storage, charging piles, distributed wind power, smart streetlights, central air conditioning, power distribution and consumption, and intelligent control renovation of data rooms, achieving intelligent decision-making control for microgrid islanding and grid-connected operation to ensure safe power supply for data centers. Forming a one-stop zero-carbon smart park construction model covering exploration-design-implementation-management.

Based on data integration and breaking down information silos, the project achieves integrated balanced management and coupled operation of generation, supply, and consumption, seeking optimal matching and maximum benefits. It realizes refined energy consumption management across the entire chain and further extends to comprehensive carbon emission management for the entire oilfield, laying the foundation for achieving the oilfield's carbon peak and carbon neutrality goals.

The system integrates resources from the generation-grid-load-storage four sides, accessing massive user-side resources by connecting with the property management platform and the three-network platform, achieving observability, measurability, adjustability, and controllability of resources across the entire Ningbo region. It supports the coordinated operation of all elements in Ningbo's generation-grid-load-storage system and enhances grid regulation capabilities.

Achieves green transformation, smart collaboration, and value optimization across the entire port generation-grid-load-storage chain. Comprehensive energy consumption monitoring and analysis, precise energy-saving and consumption reduction throughout the entire process, innovation in energy-saving and carbon-reduction development models. Coordinated operation of generation-grid-load-storage, efficient interaction and counter-cyclical regulation, optimal matching and best benefits. Centralized regulation of new energy, orderly adjustment of flexible loads, hierarchical and zonal balance of generation-grid-load-storage. Full-path display of carbon footprint, quantifiable benefits of emission reduction projects.