Free Custom System Design
- Load profile & resource assessment
- Generator & renewable sizing
- Microgrid architecture & SLD
- Fuel saving & payback simulation
- EMS dispatch & control strategy
Power for Every Remote Site
Yiwei's hybrid microgrid solutions combine solar, wind, battery storage, and diesel or gas generators to deliver reliable, cost-effective power for mining sites, islands, farms, and remote communities. By intelligently coordinating multiple energy sources, we reduce fuel consumption by 40–80% while maintaining 99%+ power availability.
Our microgrid EMS automatically dispatches each source based on real-time load, renewable output, fuel prices, and battery state of charge. Renewable sources are prioritized, generators run at optimal efficiency, and storage smooths transitions — all without manual intervention.
From remote mining operations in Africa and Central Asia to island communities in Southeast Asia and the Pacific, Yiwei delivers turnkey hybrid microgrids from 100 kW to 50 MW+, with grid-forming inverter technology and seamless grid-tie/islanded transition.
Less Fuel. More Power.
A hybrid microgrid that cuts fuel costs, reduces emissions, and delivers reliable power in remote and weak-grid locations.
Diesel / Gas Coordination
Generators run only when needed, at optimal load for maximum efficiency. Storage and renewables handle base load, dramatically reducing fuel consumption and runtime.
Multi-Source EMS
A unified energy management system coordinates solar, wind, storage, and generators in real time, optimizing dispatch for minimum fuel cost and maximum reliability.
Remote Area Power
Hybrid microgrids bring reliable, 24/7 power to locations with no grid or weak grid infrastructure — from mining sites to island communities and remote farms.
High Fuel Savings
By displacing diesel generation with solar, wind, and stored energy, hybrid microgrids typically reduce fuel consumption by 40–80%, with payback periods of 2–5 years.
Intelligent Multi-Source Control
Every hybrid microgrid is designed around a grid-forming energy management system that coordinates all sources. The architecture supports seamless transition between grid-tied and islanded modes, with automatic load shedding and generator start-stop.
- Solar PV + wind + LFP storage + diesel/gas generator
- Grid-forming PCS with seamless mode transition
- Unified EMS with fuel-optimized dispatch algorithms
- Automatic load shedding and generator start-stop control
Built for Remote & Weak Grid
From mining operations to island communities, our hybrid microgrids deliver reliable power where the grid can't.
Mining Sites
Remote mines reduce diesel costs and carbon emissions by integrating solar, wind, and storage with existing generators, while maintaining 24/7 power for operations.
Islands & Coastal
Island communities and coastal resorts use hybrid microgrids to reduce expensive imported diesel, improve power reliability, and meet sustainability targets.
Farms & Agriculture
Agricultural operations in remote areas use solar + storage + generator hybrids to power irrigation, processing, and housing with lower energy costs.
Remote Communities
Villages and towns without grid access get reliable, clean power from hybrid microgrids, reducing dependency on expensive and polluting diesel-only systems.
From Design to After-Sales
Yiwei supports microgrid customers through every project stage — from site assessment to long-term operation and maintenance in remote locations.
- Free site assessment and load / resource analysis
- Customized microgrid design with fuel-saving simulation
- On-site commissioning and EMS dispatch configuration
- 5-year product warranty with optional remote O&M service
Performance Specifications
Every component is selected for reliability, efficiency, and durability in remote environments — backed by rigorous testing and certifications.
Ready to Power Your Remote Site?
Talk to our microgrid experts for a customized hybrid solution tailored to your site, load, and fuel costs.