Jul. 29th, 2025
Reliable Power for Industrial & Commercial Use
The Hybrid Off Grid Solar System (30-100kW) is an intelligent, high-capacity solar solution designed to deliver continuous, clean power to factories, farms, schools, hospitals, resorts, and remote areas. Combining solar PV, battery storage, and diesel/generator backup, this system ensures uninterrupted electricity supply while minimizing grid dependency.
Capacity Range: 30kW to 100kW (customizable)
Solar Modules: High-efficiency monocrystalline panels (up to 22% efficiency)
Hybrid Inverter: Supports both on-grid and off-grid modes with automatic switching
Battery Storage: Lithium-ion or deep-cycle lead-acid options (up to 300kWh)
Backup Power: Compatible with diesel generators for emergencies
Smart Monitoring: Remote control via APP/web for performance tracking and fault alerts
MPPT Controllers: Up to 99.5% tracking efficiency for maximum solar harvest
Component | Specification |
|---|---|
Solar Panels | 500W * 100 units |
Inverter | 50kW hybrid inverter |
Battery | 200kWh LiFePO4 (expandable) |
Output Voltage | 380V/400V, 3-phase |
Backup Input | Generator or grid |
Mounting Structure | Roof/ground/carport options |
Protection | Surge, overload, short circuit, lightning |
Industrial Workshops: Reduce peak-hour costs and ensure 24/7 operations
Agricultural Farms: Run irrigation, cold storage, and processing units
Remote Areas: Eliminate blackout risk in villages, islands, or mining areas
Hotels & Resorts: Provide silent, clean backup power for guests
Public Infrastructure: Reliable energy for schools, hospitals, telecom towers
β Energy Independence β No need to rely fully on unstable or costly grid power
β Cost Saving β Payback period as low as 4β6 years
β Green Energy β Cut COβ emissions by 80β150 tons per year (depending on size)
β Government Incentives β Compatible with most renewable energy subsidies or carbon credits
β 24/7 Supply β Run critical loads even during outages or cloudy days
π Case Study: A textile factory in Kenya installed a 60kW hybrid system with 150kWh battery backup. After 12 months, the business reported a 70% reduction in diesel generator usage and saved over $14,000 in electricity costs
