Stable Power for Remote & Off-Grid Scenarios
Reliable Power in the Harshest Environments
This hybrid energy system combines solar PV, battery storage, and a diesel generator to provide uninterrupted and cost-efficient electricity in remote areas with weak or no grid access — such as mining sites, islands, telecom towers, military posts, and rural villages.
System Architecture
| Component | Function |
|---|---|
| Solar PV | Generates clean daytime energy |
| ESS | Stores excess solar, reduces diesel runtime |
| Diesel Genset | Backup and nighttime supply when solar is insufficient |
| EMS Controller | Smart switching and energy optimization |
Key Features
Fully automatic switch between sources
Reduces diesel fuel consumption by 40–70%
Pre-assembled containerized system
Low maintenance, long service life
Remote monitoring & intelligent load management
Application Benefits
Operational continuity in harsh/off-grid environments
Significant diesel cost savings
Carbon footprint reduction & sustainability upgrade
Increased energy autonomy
Deployment Options
10kW to 500kW hybrid systems available
Modular and scalable designs for different load demands
20ft/40ft containerized solutions for easy transport
On-site installation or turnkey delivery
Typical Use Cases
Island Microgrids
Mining Camps & Exploration Sites
Remote Telecom Base Stations
Off-grid Villages & Disaster Relief Zones
Port Infrastructure Backup
EMS Highlights
Auto dispatch between PV, battery, and genset
Diesel run-time optimization
Load prioritization (critical vs. non-critical)
Battery SOC and generator fuel monitoring
Optional cloud-based control platform
Customize Your Hybrid Microgrid Today
Let us help design a robust hybrid microgrid tailored to your site’s needs.