Imax Power Photovoltaic System Centralized Solution
Module Products
Imax Power energy storage converters: PCS/Bidirectional DCDC/MPPT/STS/BMS/EMS.
System Products
Imax Power integrated energy storage system.
Solution Value
- Efficient Centralized Management: Unified inverter control simplifies centralized system operation and maintenance.
- Strong Large-scale Grid-connection Capability: Meets the grid-connection demands of large-scale power stations.
- Simple Equipment Configuration: Reduces the number of inverters, resulting in a clearer system structure.
- Lower Investment Costs: Saves on initial equipment and installation expenses.
- Centralized Operation and Maintenance Management: Facilitates centralized monitoring and fault diagnosis.
- Adaptability to Environments: Suitable for power stations with flat terrain and centralized layout.
- High System Reliability: A mature technical solution with high operational stability.
Technical Dimensions
Intelligent O&M Layer (System Optimization and Remote Management)
- Intelligent String Monitoring System: Monitor the power generation status of each string in real-time to accurately locate faults and improve O&M efficiency.
- AI Energy Efficiency Analysis and Diagnosis: Analyze power generation deviations and component aging through AI algorithms to optimize energy efficiency and reduce losses.
- Cloud-based Operation and Remote Monitoring: Realize centralized management of power stations and remote fault diagnosis through cloud platforms to ensure efficient system operation.
Control and Conversion Layer (Energy Flow Management and Grid Connection Control)
- High-efficiency String Inverter Technology: Track each circuit independently with MPPT to enhance the power generation efficiency of each string and maximize power output.
- Multi-MPPT Distributed Control: Optimize multiple strings in parallel, adapt to differences in orientation, shading, and components, and improve overall energy collection.
- Active and Reactive Power Intelligent Regulation: Precisely adjust power factors, grid voltage, and frequency to ensure grid stability.
- Fast Grid Connection and Seamless Switching Control: Support grid-connected, off-grid, and island modes to ensure stable system operation and energy supply under any conditions.
System and Safety Layer (Structural Reliability and Safety Protection)
- String-level Lightning and Overvoltage Protection: Provide surge protection and overvoltage protection to enhance the system’s anti-risk capability.
- Intelligent DC Arc Detection: Monitor in real-time and automatically cut off abnormal arcs to prevent fires.
- IP65 Protection and Heat Dissipation Optimization: Adopt IP65 protection design to adapt to various outdoor environments, optimize equipment heat dissipation, and extend equipment service life.
Basic Design Layer (System Architecture and Integrated Deployment)
- Modular String Architecture Design: Each string operates independently to support flexible expansion and maintenance, improving system modularity, scalability, and maintainability.
- Efficient Photovoltaic Component Matching Technology: Precisely match photovoltaic component parameters to maximize MPPT efficiency and enhance system power generation capacity and stability.
- DC Side Wiring and Current Optimization: Optimize DC side wiring layout and current design to reduce line losses and simplify system wiring and subsequent maintenance.
