Technical Specifications & Profile
High-efficiency on-grid and off-grid performance variables engineered to meet global standards for reliability, safety, and long-term sustainability.
Technical Specification Comparison
| Technical Specification | 11 kWh HOME / OFFICE SYSTEM | 22 kWh COMMERCIAL / INDUSTRIAL SYSTEM |
|---|---|---|
| Inverter Architecture | WIT 12K-HU (3-Phase Smart Hybrid) |
WIT 20K-HU (3-Phase Smart Hybrid) |
| Solar Array Matching | Optimized for 5 kW Rooftop Arrays |
Optimized for 7 kW Scalable Structural Arrays |
| AC Nominal Power Output | 12 kW Output Capability | 20 kW Heavy-duty Output Capability |
| AC Output | 3-Phase, 415V | 3-Phase, 415V |
| Battery Voltage Range | 42V – 59V | 42V – 59V |
| Battery Configuration | 48V, 230Ah Bank | 48V, 230Ah Bank |
| Total Net Storage Capacity | 11 kWh Storage Capacity |
22 kWh Storage Capacity |
| Primary Application | Villas, Residential, Small Offices, Retail |
Factories, Production Lines, Data Infrastructure |
Strategic Advantages of Sodium-Ion (Na-Ion) Batteries
Unmatched Safety
Exceptional structural and thermal stability under heavy-duty workloads, effectively mitigating fire, thermal runaway and combustion hazards.
High Sustainability
Utilizes earth-abundant sodium while reducing dependency on lithium, cobalt and scarce rare-earth materials.
Custom Engineering
Engineered specifically for your energy requirements, delivering reliable performance, flexibility and long-term operational integrity.
Cost & Lifecycle Efficiency
Stable battery chemistry provides longer service life, lower maintenance costs and maximum return on infrastructure investment.
