Dongfang Electronics Corporation leverages over 40 years of technological expertise in the power energy sector to provide comprehensive services for virtual power plant (VPP) construction and operation, covering "adjustable resource retrofitting implementation, smart management platform, grid interconnection, demand response, electricity spot market, and ancillary services". It has deployed and commercially operated dozens of VPPs across multiple scenarios in over ten provinces, serving State Grid, CSG, power generation groups, energy conglomerates, electricity retailers, as well as city-level and park-level applications. The company's independently innovated VPP has passed scientific achievement appraisal by an expert panel headed by academicians, with its overall technology recognized as internationally leading.
Smart integrated energy management serves as the brain of integrated energy services, achieving multidimensional services including panoramic multi-energy perception, refined energy efficiency closed-loop control, horizontal "cooling-heating-electricity-gas" multi-energy coordination, and vertical "generation-grid-load-storage" optimized dispatch, effectively improving comprehensive energy utilization efficiency, reducing user energy costs and carbon emissions, and realizing reliable supply, precise consumption, and high-efficiency energy conservation.
The Integrated generation-grid-load-storage Smart Management and Control System actively awakens massive distributed energy resources, integrates power supply side, grid side, load side, and energy storage side equipment, combines information such as power plant generation plans, new energy prediction data, and adjustable load margins, establishes an intelligent interaction mechanism for energy production and consumption, achieves safe and efficient regulation of all elements in generation-grid-load-storage, and supports new energy consumption and effective management and control.
A new energy lifecycle management system based on the energy IoT, establishing an intelligent management and control system with 'observability, measurability, adjustability, controllability, and visibility' to achieve intensive and lean management of new energy power stations. The system deeply integrates three core functions - operation monitoring, intelligent maintenance, and efficient operation - to form a generation-grid-load-storage collaborative optimization mechanism. On the basis of ensuring the safe and stable operation of the power station, it continuously improves operational management levels and power generation benefits.
Build an intelligent electricity trading support system to establish a comprehensive digital trading framework encompassing "monitoring-analysis-decision". Leveraging real-time electricity market data monitoring and in-depth analysis, it utilizes big data modeling and algorithmic prediction technologies to accurately identify market risks and trading opportunities, providing electricity sellers with intelligent decision support including pricing strategy optimization, trading timing selection, and electricity allocation recommendations, effectively reducing trading risks and enhancing trading efficiency to assist market participants in gaining competitive advantages.
The one-stop carbon asset management service system provides comprehensive lifecycle carbon management services, encompassing "establishment of a carbon emission statistical system, carbon emission data monitoring, carbon footprint tracking, and carbon neutrality path exploration". By establishing a precise carbon data monitoring system and intelligent analysis models, it effectively enhances carbon asset operational efficiency, reduces emission reduction costs, provides data support and strategic assistance for participation in carbon market trading, and facilitates enterprises' green and low-carbon transformation and sustainable development.
An energy facility smart management platform built on IoT and big data technologies, integrating advanced communication technologies to achieve intelligent operation and maintenance for energy facilities such as power distribution rooms, pump rooms, and cooling/heating source systems, covering multi-energy flows (cooling-heating-electricity-gas) and full elements (generation-grid-load-storage). Establishes a closed-loop management system from equipment status monitoring and anomaly alerts to operation and maintenance scheduling, with standardized maintenance processes and data-driven decision-making as the core, significantly improving energy system reliability and management efficiency.
Leveraging over 40 years of experience in the power industry, the E2910 industrial internet intelligent terminal product series was launched to meet the underlying data acquisition and control application requirements for resource-side digitalization. The product aims to achieve centralized data acquisition, edge analysis, and optimized control for equipment in various scenarios including industrial parks, metros, schools, hospitals, production lines, and communication towers. It has obtained third-party inspection reports and has been applied in provinces such as Inner Mongolia, Guangdong, Tianjin, Hubei, Shanghai, Shandong, and Guangxi for different business scenarios including smart energy management, intelligent operation and maintenance, virtual power plants, and new energy stations.
EV charging piles are dedicated devices for electric vehicle power replenishment, categorized into AC slow charging and DC fast charging types. By connecting the power grid with vehicle batteries, they enable safe and efficient energy transfer, widely deployed in public parking lots, residential areas, and highway service zones. The proliferation of charging piles is key infrastructure for promoting new energy vehicle development, supporting smart management and mobile payment functions, and facilitating green mobility and energy structure transformation.
