High Efficiency Inverters | Energy conservation-focused systems | Industry: 85% (IEC 61727) ▲ Our Base: 92% (IEC 61727) ▲ Our Advanced: 94% (IEC 61727) | Reduces energy loss by 8–10% vs. industry standard; lowers operational costs | Higher efficiency models may require premium materials, increasing upfront cost |
High Power Output Inverters | Large-scale residential/commercial use | Industry: Up to 2.5kW ▲ Our Base: 3kW (IEC 61727) ▲ Our Advanced: 5kW | Supports 30% more appliances than industry standard; handles high energy demand | Larger physical footprint; may need specialized installation for advanced models |
48V DC Battery-Ready Inverters | Standard 48V battery systems | Industry: 12V/24V ▲ Our Base: 48V DC ▲ Our Advanced: 48V/96V | Direct compatibility with common 48V battery banks; minimizes voltage conversion losses | Base model limited to 48V systems; advanced models require higher battery capacity |
Pure Sine Wave Inverters | Sensitive electronics (e.g., servers) | Industry: Modified Sine Wave ▲ Our Base: Pure Sine Wave (IEC 61000-3-2) ▲ Our Advanced: Enhanced Pure Sine Wave | Smooth power delivery for precision devices; reduces electromagnetic interference | More complex circuitry increases cost; advanced models add noise suppression features |
Hybrid Solar Inverters | Grid-tied + battery backup systems | Industry: Standalone inverters ▲ Our Base: Hybrid (grid-tie + battery) ▲ Our Advanced: Central Hybrid (multi-panel) | Flexibility to switch between grid and off-grid modes; supports energy storage | Requires advanced setup for hybrid functionality; advanced models need professional installation |
Multi-System Compatible Inverters | Dynamic energy needs (e.g., farms) | Industry: Single system type ▲ Our Base: 3-way (off-grid/on-grid/hybrid) ▲ Our Advanced: 4-way (adds energy storage) | Adapts to off-grid, grid-tied, or hybrid setups; future-proof for energy storage | Complexity may overwhelm non-technical users; advanced models demand higher technical expertise |