Solution Value

• Efficient Utilization of Natural Resources: Construct large-scale photovoltaic power stations to realize the dual value of land and energy. This maximizes resource utilization.
• Increase the Proportion of Clean Energy: Implement large-scale grid-connected power generation to facilitate the replacement of fossil fuels with renewable energy. This promotes sustainable energy development.
• Optimize Regional Energy Structure: Drive the construction of energy bases and enhance regional power self-sufficiency. A better energy structure supports local development.
• Achieve Long-Term Stable Returns: Benefit from long power generation revenue cycles and stable investment returns. Stable returns ensure economic viability.
• Introduce Intelligent Operation and Maintenance Systems: Enable remote monitoring and data analysis to improve operation efficiency and safety. Smart systems enhance management.
• Assist Green and Low-Carbon Transformation: Reduce carbon emissions and pollution to support the construction of a zero-carbon energy system. This contributes to environmental protection.
• Support Coordinated Photovoltaic-Storage Development: Combine energy storage systems to smooth output power and optimize grid connection quality. Coordinated development improves stability.

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

Primary Dimensions

System Architecture Layer

• System Integration: Centralized + distributed hybrid configuration. Balance centralized high-power and distributed flexible configurations to enhance system revenue. Hybrid systems offer flexibility and efficiency.
• Design Layout: Efficient array optimization layout. Optimize layouts based on terrain, sun angle, and shading to improve power generation efficiency. Optimized layouts maximize output.
• Access Scheme: Multi-voltage level grid-connection design. Support grid connection at 35kV and above to achieve large-scale power output. Proper access ensures scalability.
• Energy Path: Photovoltaic-storage integration topology. Integrate energy storage systems to enhance output stability and grid-friendliness. Integration improves reliability.

Power Generation Control Layer

• Power Regulation: Intelligent MPPT algorithm optimization. Improve photovoltaic component output efficiency and reduce losses from shading and aging. Optimization boosts performance.
• Grid Connection Control: High-precision inversion and grid synchronization. Support grid voltage, current harmonic control, and frequency regulation. Precise control ensures stable grid connection.
• Power Smoothing: Energy storage + inversion coordinated regulation. Suppress power generation fluctuations for smooth output. Smoothing enhances grid stability.
• System Coordination: Source-grid-storage coordinated control. Optimize global energy scheduling for system-level economic operation. Coordination improves efficiency.

Electrical Equipment Layer

• Component Technology: High-efficiency PERC/TopCon component technology. Enhance photoelectric conversion efficiency and system power generation. Advanced technology increases output.
• Boost and Inversion: Centralized boost + string inversion integration. Improve energy transmission efficiency and reduce losses. Integration optimizes performance.
• Protection Design: PID – Potential Induced Degradation  & lightning protection system. Ensure long-term system stability and safety. Protection is crucial for durability.
• Environmental Adaptation: High-temperature and high-humidity adaptation technology. Guarantee reliable system operation in complex climates. Adaptation ensures resilience.

Intelligent Operation and Maintenance Layer

• Data Monitoring: Cloud-end intelligent monitoring platform. Monitor power generation, inversion, faults, and benefits in real-time. Real-time monitoring ensures system health.
• Fault Diagnosis: AI intelligent fault identification. Automatically detect string abnormalities and component performance degradation. AI diagnosis improves maintenance.
• Digital Twin: Virtual-real fusion digital twin system. Simulate photovoltaic scene operation status for early warning and optimization. Simulation aids proactive management.
• Operation and Maintenance Management: Full lifecycle management platform. Unify design, construction, operation, maintenance, and performance optimization processes. Comprehensive management ensures efficiency.