ACCU-100 Microgrid Coordination Controller is an intelligent coordination controller used in microgrid,distributed generation,energy storage and other fields.The device meets the requirements of the system to meet the access of photovoltaic systems,wind power generation,energy storage systems,charging piles and other equipment.Through all-weather data collection and analysis of the microgrid system,the operation status of photovoltaic,wind energy, energy storage system and charging piles is monitored.The health status of the microgrid is analyzed,and on this basis,the optimal control strategy is obtained with the goal of safe and economical optimal operation,and then the microgrid is implementedRegulation and control to achieve real-time dynamic regulation of microgrid distributed energy,energy storage system,and load,and promote local use of new energy.Improve grid operation stability and compensate for load fluctuations;effectively manage microgrid demand and improve microgrid operation.Improve operation efficiency,reduce power supply costs,and ensure safe,reliable and economical operation of microgrids.

Multi-channel Data Acquisition

Serial/Ethernet real-time operation

Wind/solar/storage integration

Multi-protocol Communication

Modbus RTU/TCP, IEC 60870-5-101/103/104, MQTT

Cloud-edge collaboration (Acrel Cloud integration, remote OTA upgrades)

Local/remote switching & HMI (optional)

Edge Computing

Flexible alarm thresholds & active alerts

Data merging/logic control, breakpoint recovery

4G routing & data encryption

Strategy Customization

Anti-backflow, peak shaving/valley filling

Active/reactive power control, solar-storage coordination

Demand control & planning curve optimization

System Security

Untrusted model-based user permissions

Data authentication & anti-tampering mechanisms

Operational Safety

Full-station monitoring (battery, temperature, fire protection)

Early warning & predictive analytics

ACCU-100Coordination controller:Control the output of energy storage equipment,distributed energy,and adjustable load equipment.According to the economic benefit model,the photovoltaic storage replacement can be carried out under the premise of meeting the dispatching requirements,reducing abandoned light.And interact with the cloud platform and respond to cloud policy configuration.

EMS3.0,a smart energy management cloud platform,meets the access of cross-site and cross-regional massive data,realizes the calculation and control of resources,electricity,loss,indicators,maintenance,and contribution indicators of each site through data analysis,and analyzes the trend of power generation and consumption through diversified forecasting,and provides the best control scheme in combination with electricity price data,production plan,and load demand.At the same time,it provides remote monitoring and operation and maintenance functions.