Module Products

Imax Power energy storage converters (PCS/Bidirectional DCDC/MPPT/STS/BMS/EMS)

System Products

Imax Power integrated energy storage system – Cloud platform

Solution Value

• Intelligent Scheduling: Enhance power resource utilization and optimize power supply-demand balance.
• Improved Flexibility: Respond to uncertainties and strengthen system regulation capabilities.
• Cost Savings: Reduce operation and infrastructure construction costs to boost economic benefits.
• Clean Energy Integration: Support efficient integration of renewable energy and promote green development.
• Data Optimization: Leverage big data and AI support to elevate energy forecasting and management levels.
• Load Management: Balance grid loads to prevent overloading and waste.
• Emergency Response: Strengthen power system stability and enable rapid response to emergencies.

Technical Dimensions

Intelligent Scheduling and Optimization Layer (Energy Management and Scheduling)

• Intelligent Scheduling System: Collect and analyze data to optimize the  dispatch and configuration of decentralized energy resources, enhancing overall power generation efficiency and reliability.
• Demand Response Management: Accurately forecast load demands, optimize the balance between energy supply and demand, and ensure stable grid operation.
• Cloud-end Data Analysis and Monitoring: Use cloud computing platforms for real-time data collection and analysis, monitor virtual power plant operation status, and support fault warning and decision-making optimization.

Control and Optimization Layer (Energy Flow Control and Equipment Coordination)

• Distributed Energy Resource Coordination and Control: Coordinate and control various decentralized energy sources (such as solar, wind, and energy storage), optimize the operation of each energy unit, and achieve balanced energy flow.
• Inverter and Converter Technology Support: Support the conversion and regulation of multiple energy types, ensuring seamless connection and collaboration between different distributed energy units and the grid.
• Power Scheduling and Distribution Technology: Precisely schedule the power output of each energy unit, ensuring stable and efficient energy flow inside and outside the virtual power plant.
• Real-time Fault Diagnosis and Isolation: Use intelligent monitoring systems to diagnose faults in virtual power plants in real-time and automatically isolate faulty equipment to ensure normal operation of other devices.

Safety and Protection Layer (System Protection and Emergency Management)

• Electrical Safety Protection Technology: Monitor parameters such as current and voltage in real-time to prevent electrical accidents like overloads and short circuits, ensuring the safety and reliability of virtual power plants.
• Fire Protection and Environmental Monitoring Technology: Set multiple monitoring points for temperature, humidity, and fire in equipment and station environments to ensure stable system operation under extreme conditions.

Basic Design and Architecture Layer (System Architecture and Integration)

• Virtual Power Plant Cloud Platform Architecture: Build an open, flexible, and extensible virtual power plant cloud platform based on cloud computing, big data, and blockchain technologies.
• Modular Energy Unit Design: Allow various energy units to expand and optimize independently according to demand through modular design, enhancing system flexibility and maintainability.
• Standardized Interfaces and Communication Protocols: Adopt unified standard interfaces and communication protocols to ensure interoperability and compatibility of external equipment within the virtual power plant, improving system integration and operability.