Distributed Photovoltaics
Self-consumption with surplus power fed into the grid - advanced solar energy solutions with decentralized inverter systems for maximum efficiency and reliability
Distributed PV Power Generation
Distributed photovoltaic (PV) power generation offers "self-consumption with surplus power fed into the grid" capabilities. Our systems involve the use of many small string inverters combined with AC combiner boxes. Typically, rooftop distributed PV systems use this decentralized inverter setup.
System Advantages
Risk Mitigation
A single inverter failure does not affect the overall system operation
Distributed Generation
Multiple small inverters provide redundancy and flexibility
Grid Integration
AC combiner boxes ensure seamless grid connection
Core System Components
Comprehensive photovoltaic solution with integrated components for optimal performance
Photovoltaic Array
Solar Cell Technology
Solar cells are generally made of silicon and fall into three categories:
- • Monocrystalline Silicon Solar Cells
- • Polycrystalline Silicon Solar Cells
- • Amorphous Solar Cells
Controller
Battery Management
A device that automatically prevents battery overcharging and overdischarging.
Tracking System
Solar Panel Positioning
Enables solar panels to continuously face the sun, maximizing power generation efficiency.
Inverter
Power Conversion
A device that converts direct current (DC) into alternating current (AC).
Battery Pack Energy Storage
Functions to store the electrical energy generated by the solar array under illumination and to supply power to the load at any time.
Technical Specifications
Advanced distributed photovoltaic system with coordinated services provided in collaboration with leading technology partners
Key Component of Integrated Energy Solutions
As a key component of integrated energy solutions, photovoltaics are addressed through a unified strategic plan developed by the Digital Technology Division. Coordinated services are provided in collaboration with China Resources Leasing, China Resources Power, and other affiliated entities.
Distributed Solar Array
Multiple inverter configuration with transformer integration
System Benefits & Performance
Our distributed photovoltaic systems deliver reliable renewable energy with advanced monitoring and control capabilities
Self-Consumption
Priority self-consumption with surplus power automatically fed into the grid
Distributed Architecture
Multiple small string inverters ensure system reliability and performance
Risk Mitigation
Single inverter failure does not affect overall system operation