Industrial-grade power electronics, pure sine wave inverters, and high-density energy storage engineered for zero downtime.
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Clean, stable AC power for sensitive electronics, completely eliminating harmonic distortion.
Robust, cost-effective lead-acid storage designed for heavy daily cycling and extreme endurance.
The gold standard of energy storage. 10+ year lifespans, 95% depth of discharge, and zero maintenance.
Massive modular battery racks capable of keeping entire commercial facilities running offline.
Uninterruptible power supplies ensuring zero-millisecond transfer times for critical IT networks.
Advanced power conditioning equipment protecting your grid from spikes, surges, and brownouts.
Make an informed decision based on your budget, space, and long-term energy goals.
Whether residential or industrial, correct inverter sizing is the backbone of system reliability.
Use this reference table to understand typical battery requirements and appliance loads for different inverter sizes.
| Inverter Size | Recommended Battery | Typical Appliances |
|---|---|---|
| 1kVA (Micro) | 12V 100-200Ah | Lights, fans, TV, laptop (No heavy appliances) |
| 3kVA (Residential) | 24V 200-400Ah | Basic household items + small fridge, pumping machine |
| 5kVA (Premium Res) | 48V 200-800Ah | Full house load (excluding multiple ACs) |
| 10kVA+ (Commercial) | 48V 400Ah+ Lithium Array | Full house + multiple ACs, industrial equipment, servers |
Data-driven excellence. Our equipment is tested for the harshest Nigerian electrical environments.
Modular inverter architectures capable of powering single apartments up to massive factory floors.
Ultra-clean pure sine wave output ensures medical devices and servers run safely without degradation.
Advanced internal transformers minimize heat loss and maximize battery to AC conversion rates.
Oversizing an inverter wastes capital. Undersizing it creates hazardous heat, stresses electrical panels, and drastically increases the risk of fire and catastrophic battery failure.
At Syncroelson, our engineers perform rigorous load analysis and phase balancing before a single wire is connected. We install industrial-grade breakers, surge arrestors, and automatic transfer switches (ATS) on every system to ensure 100% fail-safe operation.
Let our engineers design the exact inverter and battery configuration you need.