Imax Power Industrial and Commercial Energy Storage Low-Voltage Access Solution
Solution Value
- Flexible Adaptation to Multiple Scenarios: Suitable for various low-voltage environments such as industrial parks, shopping malls, and factories, enabling convenient and flexible deployment.
- Peak Shaving and Cost Reduction: Implement reasonable energy storage scheduling strategies to reduce electricity costs during peak periods and optimize the electricity price structure.
- Enhanced Energy Self-Sufficiency Rate: Support integrated operation of photovoltaic storage to increase the proportion of local power generation for self-use.
- Intelligent Monitoring and Operation: Concentrate EMS management for remote monitoring and automatic scheduling, improving system efficiency.
- Assistance in Green and Low-Carbon Transformation: Combine with clean energy access to promote energy conservation, emission reduction, and sustainable development.
- High System Integration: Modular integrated design allows for quick installation under low voltage, facilitating operation and expansion.
- Guaranteed Continuous Power Supply Safety: Enable off-grid operation during power outages to ensure uninterrupted power supply for critical loads.
Key Core Products & Technical Systems
Module Products
PCS (Power Conversion System), Bidirectional DCDC, MPPT (Maximum Power Point Tracking), STS (Static Transfer Switch), BMS (Battery Management System), EMS (Energy Management System)
System Products
Imax Integrated Energy Storage System
Hierarchical Classification and Key Technologies
Control Layer: EMS and System Coordination
- Intelligent EMS Energy Management: Achieve dynamic optimization and scheduling of photovoltaic, storage, and loads.
- AI Prediction and Self-Learning Control: Realize intelligent energy allocation based on load and electricity price forecasts.
- Power Allocation and Load Optimization: Intelligently schedule peak shaving and valley filling to improve power economy.
- Multi-Protocol Communication Compatibility: Support mainstream communication standards such as Modbus, CAN, 485, TCP/IP.
- Remote Monitoring and Cloud Operation: Optimize cloud platform monitoring and strategies, supporting remote maintenance and upgrades.
Power Layer: Energy Flow and Grid-Connection Technology
- Low-Voltage Grid-Connection Control: Precisely synchronize and control energy, ensuring stable and reliable access to low-voltage distribution networks.
- Bidirectional Energy Flow: Realize bidirectional power flow control for charging and discharging of the energy storage system.
- Multi-Machine Parallel Operation Control: Support parallel operation of multiple PCS units, with scalable power and redundancy.
- Seamless Grid Disconnection and Switching: Achieve millisecond-level grid disconnection and switching to ensure continuous power supply for critical loads.
- Low-Voltage Side Power Quality Optimization: Implement active/reactive power compensation to improve power factor and suppress harmonics.
Safety Layer: System and Battery Protection
- Multi-Level BMS Monitoring: Conduct three-level monitoring from individual cells to the entire system, grasping health status in real-time.
- Efficient Heat Dissipation and Safety Protection: Optimize air ducts and temperature control systems to prevent overheating and overcharging.
Intelligence Layer: Integration and Expansion Capability
- Modular Integrated Design: Highly integrate energy storage, electrical, and control systems for convenient operation and maintenance.
- High-Power Density Design: Improve system power density and output capacity per unit volume.
- Flexible Expansion Architecture: Support cabinet expansion to meet diverse scenarios and high-power demands.
