| Technical Parameter | Specification Details |
|---|---|
| Inverter Technology | Standalone MPPT Charger Inverter (Pure Sine Wave) |
| Battery Chemistry | Lithium Iron Phosphate (LiFePO4) or Tubular C10 Batteries |
| Module Type | High-yield Monocrystalline Half-cut cells (550Wp+) |
| Backup Capabilities | Zero-grid-reliance power backup, automated energy shifting |
| Structural Rating | Elevated hot-dip galvanized structural profiles (180 km/h wind load) |
| Safety Protections | Overcharge protection, deep discharge cutoff, surge protection |
Achieve Complete Energy Freedom with Off-Grid Solar Systems
Chennai's summers can place a massive strain on the electrical grid, leading to localized power cuts and voltage fluctuations. An off-grid solar energy system isolates you entirely from these issues, generating electricity and storing it in a high-capacity battery bank for 24/7 reliability.
IKIGAI GLOBAL designs customized off-grid systems utilizing high-efficiency MPPT charge controllers and long-lasting lithium or tubular battery technologies to suit Chennai's hot climate.
Engineering & installation Gallery
Every installation is backed by structural integrity calculations and designed specifically for coastal weather patterns in Chennai.
Technical Specifications & Performance Metrics
Rigorous standards ensuring compliance with national grid safety codes and high performance durability.
Silo Specifications & Compliance Checklist
- ⚡ Total independence from the local electrical grid (TNEB)
- ⚡ Premium lithium iron phosphate (LiFePO4) or tubular batteries
- ⚡ Uninterrupted backup power during frequent load-shedding and cyclones
- ⚡ Perfect for farmhouses, remote setups, and critical power loads
- ⚡ Built-in smart solar charge controller (MPPT)
Off Grid Solar Installation FAQs
The number of batteries depends on your daily energy consumption and the number of hours of backup you require. A standard 3kW off-grid system typically uses 4 tubular batteries (150Ah) or a single 5kWh lithium battery pack.
Yes, you can run an AC on an off-grid system, but it requires a larger inverter capacity and substantial battery bank to support the high initial compressor starting current (surge current). A 5kW or higher system is recommended for AC operation.