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E-mail
2881392111@qq.com
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Phone
13611962943
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Address
No. 253 Yulu Road, Jiading District, Shanghai
Ankerui E-commerce (Shanghai) Co., Ltd
2881392111@qq.com
13611962943
No. 253 Yulu Road, Jiading District, Shanghai
1、 Policy benefits and practical challenges: dual variations of energy transformation in Ningxia
The "Development Plan for Electric Vehicle Charging Infrastructure (2025-2030)" of Yinchuan City clearly proposes to build a "wind solar energy storage and charging" energy network covering the whole area, encourage the construction of charging and swapping facilities for wind power, photovoltaic, and energy storage stations, promote the on-site consumption of green electricity, and achieve the goal of "where green electricity is, there are green piles". This series of policies injects strong impetus into the development of local new energy, and also puts forward higher requirements for the construction of comprehensive energy systems.
However, in the actual implementation process, local users generally encounter the following pain points:
Difficulty in system dispersion and integration: equipment brands such as photovoltaics, energy storage, and charging stations vary, and communication protocols are also different, making it difficult to achieve unified access and centralized management;
High operation and maintenance costs, low efficiency: Multiple independent systems require dedicated personnel for maintenance, data cannot be exchanged, and troubleshooting response is slow;
Lack of overall energy strategy: Although new energy equipment has been deployed, intelligent regulation and optimized operation have not been achieved, and economic benefits have not been fully released;
Weak carbon management capability: Lack of reliable carbon accounting and emission management tools, making it difficult to respond to increasingly strict "dual carbon" policy requirements.

2、 AcrelEMS Smart Energy Management Platform: Integrated Control, Global Optimization
AcrelEMS intelligent energy management platform is a comprehensive system that integrates energy monitoring, analysis, control, operation and carbon management functions. The platform supports the integration of multiple types of energy devices and has strong data integration and strategic control capabilities, covering the entire chain of "source network load storage charging", achieving collaborative management and optimized scheduling of the energy system.
Highlights of Platform Core Functions
Multi energy complementarity, intelligent regulation:Unified access to photovoltaic, energy storage, charging stations, distribution and other systems to achieve coordinated control and optimized scheduling, and improve overall energy efficiency;
Protocol compatibility, fast integration:Built in rich communication protocol library, can be connected to various branded devices, significantly reducing the difficulty and cycle of system integration;
Panoramic monitoring, integrated operation and maintenance:Real time display of energy flow, equipment status, and power generation and consumption data through a visualized large screen, achieving "one screen management of the entire station" and improving operation and maintenance efficiency;
Flexible strategy, economical energy consumption:Support various operational strategies such as peak valley arbitrage, demand management, and photovoltaic storage and charging collaboration to help users reduce energy costs;
Carbon emissions can be traced, and reports are automatically generated:Built in carbon accounting model, realizing real-time monitoring of carbon emissions, data traceability, and one click generation of reports, providing reliable tools for enterprise carbon management.
3、 Facing pain points with precision: The practical value of AcrelEMS
Cracking system fragmentation and inconsistent protocols
The platform has strong protocol compatibility and data fusion capabilities, which can quickly connect different brands of photovoltaic inverters, energy storage PCS, charging piles, and distribution equipment, breaking the "information island" and achieving unified management of multiple systems.
Reduce operational costs and improve operational efficiency
Through an integrated monitoring interface, single person single screen management of energy equipment in the entire station is achieved, reducing manual inspection frequency, accelerating fault location and processing speed, and thereby reducing long-term operation and maintenance investment.
Empower the system with intelligent scheduling capabilities
Built in intelligent strategy engine, which can automatically adjust energy storage charging and discharging, charging pile power based on real-time electricity prices, load curves, and photovoltaic power generation situation, absorb green electricity on site, realize peak valley price arbitrage, and improve energy economy.
Building carbon management capabilities and responding to policy requirements
Provide full process carbon management functions from monitoring, accounting to reporting, help enterprises establish carbon asset archives, easily meet carbon verification and information disclosure needs, and support green and sustainable development of enterprises.
1) Platform architecture

2) Platform functions
System Overview:Full operation data such as source network load storage, storage display, status detection, and operation alarm; Intuitively display various data such as electricity consumption, carbon emissions, costs, and equipment operation of microgrid systems; Real time presentation of microgrid power data flow and equipment security status.

Operation monitoring:Support functions such as power station topology, equipment monitoring, strategy execution, situational awareness, and operational evaluation.

Power prediction:Classification prediction of distributed energy, charging stations, air conditioning, conventional loads, etc; The prediction service covers multiple time scales both before and during the day.

Optimize scheduling:Economic optimization scheduling based on optimal energy consumption, low cost, and low carbon emissions; Consider safe operation scheduling strategies for smooth power supply and voltage stability in the power grid; Demand side response to grid interaction strategy.

Aggregate resources:Aggregate photovoltaic, energy storage, charging piles, and air conditioning flexible loads within the microgrid; Connect a single virtual power plant substation and an independent power household number to the upper level load aggregator or virtual power plant platform; Fully leverage the flexible resource regulation capability of microgrids to achieve the maximum overall revenue of microgrids.

Carbon emission management:Monitoring carbon emissions of enterprises, departments, and regions; Carbon emission statistics and month on month analysis; Support monthly and annual carbon emission reports; Carbon inventory report.

Energy planning:Optimize configuration based on load information, equipment information, market information, geographic information, etc., and provide economically optimal capacity configuration solutions.

4、 Conclusion
At a critical period when Ningxia is comprehensively promoting the integrated construction of "wind solar energy storage and charging", the AcrelEMS smart energy management platform of Ankerui is becoming a reliable partner for local enterprises and enterprise parks to achieve energy intelligent transformation, with core advantages such as compatibility integration, intelligent regulation, cost reduction and efficiency improvement, and carbon management. Through technological empowerment, Ankerui helps Ningxia users transform policy opportunities into practical development results, and jointly move towards a greener, more efficient, and smarter energy future.