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The project is based on the regional energy structure, integrates DeepSeek, and provides functions such as load forecasting, electricity price forecasting, and intelligent strategy optimization. Through artificial intelligence algorithms, it dynamically adjusts electricity purchase and sales plans, providing comprehensive and intelligent decision-making support for electricity market participants, helping them gain a competitive edge in the complex and ever-changing electricity market environment.

The project enhances the two-part tariff functionality on the original metering and billing foundation, while developing core marketing modules such as business expansion and application, electricity data collection, and bank-electricity interconnection payment. It also integrates electricity sales trading functions to participate in the electricity market, forming an integrated marketing management product that covers the entire business process of collection, metering, billing, and trading.

The project relies on intelligent analysis algorithms and combines local seasonal electricity price characteristics to accurately predict medium- and long-term price trends in the market. At the same time, it deeply adapts to users' electricity consumption habits, tailoring cost-effective retail packages that not only align with market fluctuation patterns but also meet users' personalized electricity needs.

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 project implements and upgrades energy storage, charging piles, central air conditioning, power distribution rooms, and process power distribution. Combined with the smart energy management system, it achieves refined energy usage, reliable energy supply, and high-efficiency energy conservation. It also utilizes digital twin technology for 3D visualization, making it Shandong's first zero-carbon smart park.

Through building retrofits, equipment upgrades, new energy generation, electrification, energy management, and green carbon sinks, the Shanghai Electric Power Research Institute Handan Road park has reduced carbon emissions by over 200 tons. With the gradual increase in new energy capacity, equipment upgrades, and deeper application of technologies, carbon reduction will further improve.

Include PV power stations within the construction scope into centralized management, based on centralized monitoring of operation information from PV power stations in various regions, to achieve integrated "operation-maintenance-management" control of all PV power stations. Promptly understand the operation status of PV power stations in various regions, detect abnormal conditions such as operation faults in time, push alarms, and implement standardized operation and maintenance work order management to reduce operation and maintenance pressure. Combine operation data and revenue data of PV power stations in various regions to conduct smart analysis of power generation revenue. Effectively improve power generation efficiency and revenue of PV power stations in various regions, and ensure the smooth achievement of expected investment returns for PV power station construction in various regions.

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.

Through the transformation of port power distribution equipment, air conditioning, production transportation equipment, metering terminals, and other equipment, along with the debugging and integration of multiple energy sources such as cold, heat, oil, and gas (hydrogen), the construction of an integrated generation-grid-load-storage management and control system in the port area is achieved, enabling smart management and control of the port area, thus creating a zero-carbon smart port.

The project involves constructing a 200 kW/400 kWh energy storage system for the Citizen Center, integrating renewable energy and EV charging pile data. Through refined energy consumption management, orderly charging control of EV piles, and optimized energy storage control, it achieves full utilization of renewable energy generation. Under sufficient sunlight conditions, it enables the Citizen Center to be entirely powered by renewable energy, achieving zero-carbon operation for office buildings.

In high-humidity, high-salinity, and rough sea conditions, it deploys intelligent stress monitoring devices for offshore platforms, micro-meteorological and solar irradiance sensors, industrial internet smart terminals, and operational monitoring & power generation analysis systems, enabling real-time panoramic monitoring, operational status awareness, and intelligent control of offshore platforms. Reported by mainstream media including CCTV and Shandong News Network.

The Qumalai project was the world's largest battery-storage off-grid ground-mounted PV power station at the time. The PV power station has a total installed capacity of 7.203 MWp, operating in full PV-storage generation mode with 25.7 MWh total energy storage capacity. The PV-storage monitoring optimization and Qumalai grid dispatch adopt an integrated design.

The project comprehensively applies digital twin, IoT, big data, intelligent optimization control, and decision support technologies to achieve deep coordination and interaction in smart distribution rooms. It utilizes real-time data such as equipment operation, fire protection, security, environment, and video surveillance to build a digital twin smart distribution room.

The Changqing Oilfield Energy Operation and Maintenance Manager Project establishes an integrated operation and maintenance system covering the oilfield's power distribution system and production equipment, featuring monitoring, management, and control. The platform enables full lifecycle management of electrical equipment, including real-time status monitoring, energy efficiency analysis, fault warning, intelligent inspection, and automated work order dispatch, effectively reducing unplanned downtime risks and optimizing operation and maintenance resource scheduling.

The nation's first digital twin smart distribution room, pioneering 3D panoramic visualization, intelligent equipment warning, and digital asset management, ensuring stable and reliable 24-hour power supply during the China (Shouguang) International Vegetable Science and Technology Expo.

The H3C zero-carbon smart park project supports subsequent carbon trading through comprehensive carbon asset management, including carbon emission accounting, carbon footprint tracking, carbon emission benchmarking, carbon quota management, carbon emission factor management, and carbon reduction project management.

The project leverages the resource advantages of Binzhou New Energy Company to build a virtual power plant intelligent trading system with electricity purchase and sales as the core link. Through the aggregation of multiple types of resources, optimization across multiple time scales, and coordination of multiple service categories, the system provides joint optimization scheduling capabilities covering medium- and long-term contract trading and spot market bidding.

The platform, based on digital twin technology, IoT, and cloud computing, provides multidimensional services including panoramic monitoring, power generation forecasting, intelligent alarm, and operational analysis, enabling comprehensive visibility, manageability, and utilization of the island's wind and PV resources.

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 bus charging project in Zhuhai City was constructed by Guangdong Zhuhai Power Supply Bureau of CSG. The project partially adopted charging equipment provided by Dongfang Electronics Corporation, including 360kW DC split charging piles, 360kW DC integrated charging piles, and 240kW DC integrated charging piles. It meets the daily charging needs of over 400 electric buses in Zhuhai City and the additional electric buses to be added in the future.

The Yantai Dongshan Hotel PV-storage-charging station adopts charging equipment provided by Dongfang Electronics Corporation, including one 120kW dual-gun DC charging pile and twelve AC floor-mounted charging piles, combined with PV and energy storage equipment to form an integrated PV-storage-charging system. This station utilizes PV and off-peak energy storage to achieve green energy, peak shaving, and valley filling, reducing peak power supply pressure.

Dongfang Electronics Co., Ltd. is the sole supplier of charging pile equipment for the Hong Kong-Zhuhai-Macao Bridge. The project adopts equipment including 60kW DC integrated charging piles, 180kW DC integrated charging piles, and 360kW DC split charging piles, totaling over 80 sets, providing charging services for commuter buses to the artificial island and new energy vehicles passing through the Hong Kong-Zhuhai-Macao Bridge. To meet the charging needs of some EU-standard new energy vehicles in Hong Kong and Macao, our company, for the first time, integrated GB and EU standards into one charging pile, allowing users to charge with either GB or EU guns, greatly improving the charging pile's utilization efficiency.

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.

The project involves the transformation of waste heat recovery, lighting, PV, energy storage, circulating water, sewage treatment, fire protection systems, large-space air conditioning, compressed air, and test power generation at six parks of Weichai Group nationwide. Through comprehensive smart energy management and control, including monitoring and early warning, plan management, energy efficiency control, optimized scheduling, and comprehensive assessment, integrated smart management of all types of energy in the parks is achieved, setting a benchmark for energy management in high-energy-consuming enterprises.

Through integrated multi-energy coordination and smart management of the entire process of generation-grid-load-storage for cooling/heating/electricity/gas/water multi-energy systems across over 10 universities in Guangzhou University Town, as well as multi-energy risk assessment and campus digital operation and maintenance services, it achieves improved comprehensive energy utilization efficiency and reduced energy costs in Guangzhou University Town.

The project aims to build a clean-energy-driven green low-carbon community, breaks through four key technologies through international collaboration, pioneers the establishment of a demonstration platform, applies it to two demonstration projects, and forms a sustainable development model and supporting technology system for green low-carbon communities.

Within a 57.5-square-kilometer industrial park, through the integration of distributed PV, central air conditioning, split air conditioning, electrical energy storage, orderly production, energy cascade utilization, enterprise energy management, and park energy management across multiple application scenarios, it achieves multi-energy coordinated optimization control and multi-user interaction. The project was successfully selected for the national 13th Five-Year Plan Scientific and Technological Innovation Achievements Exhibition.

Yantai Digital Virtual Power Plant was launched online in August 2023, becoming China's first city-level digital virtual power plant, with a planned construction of a 50 kW adjustable load resource pool. Selected as one of State Grid's 28 virtual power plant pilot demonstration projects and included in the NDRC's 101 "Green and Low-carbon Advanced Technology Demonstration Projects", it now regularly participates in Shandong electricity spot market operations, generating nearly RMB 200,000 in monthly revenue, creating a replicable city-level virtual power plant with transferable experience.

Jinan Energy Group Virtual Power Plant was registered for market operation in June 2024, becoming Shandong's first virtual power plant to achieve regulation revenue settlement, primarily aggregating and controlling adjustable load resources such as CBD thermal storage energy stations, charging stations, and smart manufacturing bases, while regularly participating in the Shandong electricity spot market.

Shandong's first Huaneng Shandong virtual power plant The Huaneng Shandong virtual power plant is the first of its kind in Shandong, currently integrating 776.7 MW of adjustable resources from user-side facilities such as charging/swapping stations, data centers, central air conditioning systems, and heat exchange stations. It has been connected to the Shandong grid dispatch, enabling interaction among adjustable resources, Huaneng Shandong, and the grid.

The Hubei integrated virtual power plant aggregates resources including telecom tower base stations, central air conditioning systems, energy storage stations, and charging/swapping stations to establish capabilities for 'observable, measurable, adjustable, and controllable' management of massive distributed resources. It routinely participates in ancillary service markets, electricity markets, and related derivative markets to enhance grid accommodation of renewable energy, ensuring secure and stable operation of the new power system. By establishing channels with trading centers and dispatch centers, it achieves interconnection with upper-level systems and enables real-time monitoring of flexible resources through standardized access.

Having commenced market operations in 2022, it participated in electricity market regulation for a cumulative 1.91 million kWh. On July 5, 2023, China Central Television's news broadcast featured the CSG virtual power plant. On March 28, 2025, CCTV live-streamed coverage of China's largest cross-provincial vehicle-grid interaction initiative organized by Southern Power Grid.