Solution Value
- Enhance Green and Clean Energy Supply Ratio: Large-scale photovoltaic grid connection aids enterprise energy structure transformation. This promotes sustainable energy use.
- Meet High-Load Power Demands: Fully utilize factory roofs and idle sites to ensure stable power supply. Meeting high demands supports industrial operations.
- Reduce Overall Electricity Costs: Achieve self-use of photovoltaic power to decrease peak electricity price expenditures. Cost reduction improves enterprise profitability.
- Create Observable Economic Benefits: Stable long-term power generation revenue combines environmental protection with investment value. Economic benefits justify investments.
- Support Coordinated Photovoltaic-Storage Operation: Integrate with energy storage systems for smooth output and energy efficiency optimization. Coordination enhances system performance.
- Achieve Intelligent Operation and Maintenance Management: Online monitoring and remote control ensure efficient power station stability. Smart management reduces operational burdens.
- Assist Enterprise Low-Carbon Transformation: Reduce carbon emissions to elevate both ESG and social responsibility. Low-carbon practices align with global trends.
Key Core Products & Technical Systems
Module Products
Imax energy storage converters PCS/Bidirectional DCDC/MPPT/STS/BMS/EMS (assuming these are the module products under the Imax Power brand; adjust if actual product names differ)
System Products
Imax Power integrated energy storage system
Hierarchical Structure
System Top Layer: Intelligent Management, Control, and Optimization
- EMS Energy Management System: Unify scheduling of photovoltaic power generation, loads, and grid interaction to achieve optimal energy flow. Unified management maximizes efficiency.
- Power Forecasting and Scheduling Algorithm: Optimize power and load balance based on load curves and weather forecasts. Forecasting improves system adaptability.
- Intelligent Operation and Remote Monitoring: Cloud-based monitoring of power generation, fault positioning, and maintenance prediction. Remote monitoring ensures system health.
System Middle Layer: Grid Connection and Power Quality Support
- High-Performance Grid-Connected Inverter Technology: Meet grid standards with low-voltage ride-through and reactive power support. High performance ensures reliable grid integration.
- Grid Interaction and Stability Support: Optimize energy quality and power factor automatic adjustment. Stability support enhances grid compatibility.
- Anti-Islanding and Grid-Switching Technology: Ensure safe system operation during outages and maintenance. Safety technology prevents accidents.
System Device Layer: Efficient Components, System Components, and Structural Optimization and Safety
- High-Efficiency PERC/N-Type Modules: Improve power generation efficiency and adapt to high-temperature and low-light environments. Efficient modules boost output.
- Smart String Monitoring System: Achieve string-level monitoring for rapid abnormal performance detection. Monitoring improves reliability.
- Comprehensive Electrical Safety Protection: Ensure long-term system stability with full electrical protection. Safety protection is critical.
System Infrastructure Layer: System Design, Integration Design, and Integration Support
- Photovoltaic Array Layout Optimization: Maximize light utilization by combining roof structures. Optimized layouts enhance efficiency.
- Multi-Scenario Access Design (Rooftop/Vehicle Shed/Ground): Customize electrical and structural solutions for different applications. Custom designs meet diverse needs.
- Grid-Connection Access and Capacity Evaluation: Accurately assess node capacity and voltage fluctuation risks to ensure safe access. Evaluation ensures safe integration.
