Medium-Voltage Microgrid Solution
Maximizing Efficiency with MV Distribution. Enhancing Resilience through Autonomous Energy Management.
Core Design
Solution Highlights
Top-Level Design • Optimal Solution
Relying on a professional engineering team and financial evaluation models, multiple technical options are compared and optimized to achieve the optimal balance among safety, economics, and reliability.
Self-Developed Technologies • Full-Chain Controllability
More than 90% of the core electrical equipment can be supplied in-house, enabling deep system integration, reducing multi-vendor coordination costs, and shortening project schedules.
Engineering Closed-Loop • Quality Assurance
A standardized workflow covering design verification through site commissioning, combined with strict quality control checkpoints, ensures high-quality project delivery.
Safe and Reliable • Intelligent Operation
Integrated protection schemes and intelligent dispatch algorithms enable seamless grid-connected/off-grid switching and black-start capability, ensuring reliable power supply to critical loads.
Intelligent Anti-Backfeed • Grid Friendly
Active anti-backfeed control strategies and fast-response mechanisms ensure safe isolation between the microgrid and the utility grid, preventing reverse power flow from affecting grid stability.
Efficient Coordination • Economic Optimization
Multi-timescale optimization dispatch algorithms enable efficient coordination of generation, grid, load, and storage resources, improving renewable energy penetration and overall system efficiency while reducing operating costs.
Smart Management • Lifecycle Services
Based on the Energy Management System (EMS), intelligent lifecycle management services are provided for operation and maintenance.Application Scenarios
Maximize efficiency with MV distribution, and improve resilience through autonomous operation. They are widely used in industrial parks, remote villages, islands, plateau and mountainous areas, mines, ranches, hospitals, shopping malls, data centers, university towns, research parks, transportation hubs, highway service areas, and V2G demonstration projects.
Industrial Parks
Remote Villages
Islands & Plateau Areas
