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Ankerui Electric Co., Ltd
Ankerui Empowers Wuxi Zero Carbon Park: Integrated Source, Grid, Load, and Storage+Virtual Power Plant Dual Wheel Drive
Date: 2025-07-11Read: 8
Recently, in order to thoroughly implement the national and provincial deployment on the construction of zero carbon parks, the Wuxi Municipal Government issued the "Three Year Action Plan for the Construction of Zero Carbon Parks in Wuxi City (2025, 2027)" (hereinafter referred to as the "Plan"), which clarifies the overall goals, main tasks, and guarantee measures for the construction of zero carbon parks in Wuxi in the next three years.
Building a "1+4" system:
The Plan proposes that Wuxi will take building a zero carbon park as its core task, supporting the construction of zero carbon factories, integrated projects of source, network, load and storage, virtual power plants, and zero carbon service institutions, forming a "1+4" work system, and promoting the city's green and low-carbon development.
By the end of 2027, Wuxi will achieve the following goals:
① Build more than 10 zero carbon parks and pass the acceptance inspection;
② Build more than 20 zero carbon factories;
③ Complete more than 10 integrated projects of source network load storage;
④ Cultivate 20 registered virtual power plants;
⑤ Introduce 10 green and low-carbon innovation platforms at or above the provincial level;
In terms of zero carbon park construction, the plan has been clearly definedSix main tasks: developing green and low-carbon industries, building a zero carbon energy supply system, breaking through key zero carbon technologies, promoting the green transformation of infrastructure, optimizing resource recycling efficiency, and improving the level of intelligent management of energy and carbon.
By the end of 2027, more than 50% of enterprises in the park will achieve energy efficiency levels, and the proportion of renewable electricity consumption will reach over 30%,Industrial solid wasteThe comprehensive utilization rate reaches 96%, etc.
Ankerui EMS3.0 System Architecture and Functions
System Architecture
Ankerui EMS3.0 has built a "cloud edge end" integrated solution. On the "end" side, through a complete hardware ecosystem such as intelligent gateway series (such as ANet intelligent communication management machine, supporting 12 communication protocols such as ModBus and IEC61850), rail type multifunctional instruments (realizing electricity sub item measurement and rate period management, with an accuracy of 1.0 level), and environmental monitoring terminals (real-time collection of environmental parameters such as water level, water pressure, temperature and humidity), high-precision collection of various energy data and environmental information in the park is achieved, providing a solid data foundation for the system. It is like installing sensitive "nerve endings" for the system to perceive every detail of energy operation in the park.
The "edge" side conducts preliminary processing and analysis of the collected data through edge computing devices to achieve localized storage and rapid response of data, reduce the pressure of cloud computing, and ensure the stability and security of data transmission. The "cloud" end serves as the core brain of the system, aggregating and integrating data from the entire park, using technologies such as big data analysis and artificial intelligence algorithms to achieve advanced functions such as intelligent energy prediction, optimized scheduling, and precise carbon emissions accounting, providing scientific basis for energy management and decision-making in the park.
Low carbon operation management function
Accurate carbon emission accounting: Strictly connect with the "Zero Carbon Park Evaluation Standards" and other related indicator systems, adopt a carbon emission accounting factor database, and achieve online monitoring and automatic intensity accounting of carbon emissions. Throughout the entire lifecycle from raw material procurement to product recycling, the system collects data from each stage and accurately calculates it by combining it with green electricity trading informationProduct Carbon FootprintAnd automatically generate carbon emission reports that meet certification requirements, providing accurate data support for the carbon management work of the park, making the carbon emission situation of the park clear at a glance, like establishing a clear "carbon ledger" for the park.
Carbon asset management: Provide carbon asset management functions for the park, including carbon inventory, carbon quota management, carbon emission analysis, carbon flow, carbon inventory report, and carbon trading records, to help the park establish a comprehensive carbon emission statistics, accounting, reporting, and verification system. By calculating the carbon quota gap of enterprises in real time and formulating a combination strategy of "energy storage participating in peak shaving+green power procurement", the carbon cost of enterprises can be reduced. For example, a cement enterprise can reduce its annual carbon cost by 3 million yuan through this system.
Virtual power plant（VPP）As a park level energy router, it aggregates various resources such as distributed photovoltaics, energy storage, and adjustable loads, participates in electricity demand response and auxiliary service markets, and creates additional economic benefits for the park. For example, a certain industrial park achieved an annual revenue of 3.8 million yuan through the virtual power plant function of EMS3.0, while enhancing the flexibility and stability of the park's energy system, and strengthening the park's ability to respond to changes in the energy market.
Practical Case of Ankerui EMS3.0 Empowering Zero Carbon Park Construction
Taking a zero carbon demonstration park in Jiangsu Province as an example, the park faced problems such as low energy utilization efficiency, difficulty in absorbing new energy, and extensive carbon emission management before introducing the Ankerui smart energy management system. After introducing the AcrelEMS3.0 system, the park has achieved a green transformation.
In terms of energy consumption management, by monitoring and optimizing the energy consumption of the electrical equipment of enterprises in the park through the system, the overall energy consumption of the park has been reduced by more than 25%. The system accurately identifies high energy consuming equipment and provides energy-saving renovation suggestions. After implementing the renovation, the production efficiency of the enterprise is not affected, but rather improved, while the energy cost is significantly reduced.
In terms of green power consumption, the EMS3.0 system has achieved effective consumption of photovoltaic power generation by combining energy storage systems and demand side response. By predicting power generation and load in real-time, optimizing energy storage charging and discharging strategies, the green power consumption rate of the park has increased from 70% to over 95%, basically achieving "zero abandonment" of green power and greatly increasing the proportion of renewable energy in the park's energy structure.
In terms of carbon emission management, the park has established a scientific system for carbon emission statistics, accounting, reporting, and verification through the improved carbon asset management function of AcrelEMS3.0 platform. Through the analysis of carbon emission data, the park has formulated targeted emission reduction measures. After calculation, the introduction of this system can reduce carbon emissions by about 12000 tons per year, taking a solid step towards achieving carbon neutrality goals.
In addition to the smart energy management platform, it also has on-site sensorsSmart GatewayBy waiting for equipment, a complete "cloud edge end" energy digitalization system has been formed, including comprehensive protection and monitoring products for high and low voltage distributionOnline monitoring device for power qualityPower quality management, lighting control, charging stations, electrical fire protection solutions, etc. can provide one-stop service capabilities for enterprise level energy management systems in virtual power plants.
