Virtual Power Plant Intelligent Control System

The EPCP-VPP-5000i Virtual Power Plant Platform provides standalone energy management, facilitating the participation of controllable energy resources in grid operations and electricity market transactions. It ensures seamless integration with Ceepower’s energy systems and supports compatibility with third-party platforms, enabling efficient distributed energy management and market flexibility.



 

 

 

  • Main Functions

 

> Energy Management System

01

Energy Monitoring

 

Power resource-level energy monitoring, data collection, operation monitoring, and comprehensive alarms.

02

User Management

 

Power resource-level user management and report management.

 

Virtual Power Plant Intelligent Control Platform

01

Control Strategy Management

Power resource-level control strategies, forecasting strategies, and operation and maintenance strategies.

02

Data Communication

Establish communication with the virtual power plant for data upload and dispatch command reception.

03

Resource Management

Management of power resources, user resources, and user profiling analysis.

04

Operational Monitoring

Overall operational monitoring, operational quality management, benefit evaluation, and consumption assessment.

05

Resource Coordination

Coordination of power resource management, optimization of scheduling, and decision analysis.

06

Power Trading

Power trading, trading analysis, and management.

 

 

 

 

 

 

 

 

  • EPCP-VPP-5000i - Virtual Power Plant Intelligent Control System Features
  • # Cross-Platform Support
     
    Compatible with Windows, Unix, Linux, and domestic systems, integrating easily with various databases.
  • # Flexible Deployment
     
    Utilizes microservices for scalable and adaptable application services.
  • # Standardized Integration
     
    Provides user-friendly interfaces for seamless power resource connections.

 

 

 

 

 

 

 

  • Specifications

 

Resource Aggregation Indicators
Adjustable Aggregation and Resource Analysis Calculation Time ≤5s
Number of Connectable Resources ≥10000
Interaction Response Time ≤3s
Aggregated Resource Types ≥4(Custom data model extension support available)

 

 

System Capacity

Real-Time Data Capacity ≥500K
Historical Data Storage ≥3Y

 

 

Reliability

Command Accuracy Rate 100%
System Availability Rate ≥99.99%
Mean Time Between Failures (MTBF) ≥40000h
Operational Lifespan of Major Equipment in the System ≥20Y

 

 

Hardware Requirements (Energy Management System)

CPU At least 4-Core 1.6 GHz
Memory At least 8 GB RAM
Hard Disk At least 500 GB
Graphics Card Resolution At least 1024 x 768 Resolution

 

 

Hardware Requirements (Virtual Power Plant Intelligent Control Platform)

CPU At least 10-Core 2.3 GHz
Memory At least 64 GB RAM
Hard Disk At least 2 TB
Graphics Card Resolution At least 1024 x 768 Resolution
Network Interface At least 2 adaptive 100/1000 Mbps network ports

 

 

Power Requirements

Rated Voltage AC 220V or AC 110V
Allowable Deviation ±15% to ±10%
Ripple Coefficient Not greater than 5%
Frequency 50Hz, with allowable deviation of ±5%
UPS Power Supply An uninterruptible power supply (UPS) or inverter power supply should be configured on-site, with the UPS maintaining normal system operation for 1 to 2 hours.

 

 

 

 

 

 

 

 

  • Application Scenarios

Virtual Power Plant Management

 

Energy Market Participation

 

Controllable Resource Integration

 

Cross-Platform Energy Operations

 

Real-Time Energy Monitoring and Reporting

 

 

 

 

 

 

 

 



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