Inverter Efficiency | Residential/Commercial Solar Installations | 99.5% efficiency (IEC 61727) ▲▲ (Industry Standard: 98%) | Reduces energy loss by 1.5%, lowering operational costs (ideal for high-demand commercial use). | Higher upfront cost compared to standard inverters. |
Three-Phase Output | Industrial, Large-Scale Solar Farms | Three-phase AC output ▲ (Industry: Often single-phase for smaller systems) | Supports heavy machinery and high-power loads (e.g., factories). | Requires specialized installation expertise and grid compatibility checks. |
Rated Power (100kW) | Medium-Sized Solar Arrays, Commercial Buildings | 100kW (IEC 62109-1) ▲ (Industry: 50–80kW typical) | Handles larger installations efficiently (e.g., office complexes). | Overkill for small residential setups; may require larger inverters for distributed systems. |
Hybrid Inverter Type | Off-Grid/On-Grid Hybrid Systems | AC-DC-AC conversion with battery support ▲ (Industry: Many are grid-tied only) | Flexibility for energy storage and grid independence (ideal for remote areas). | Complexity in setup and maintenance; requires battery management expertise. |
Output Voltage (400V) | European/Industrial Grids (400V Standard) | 400V output ▲ (Matches EU grid standards; Industry: 240V common in residential) | Direct compatibility without step-up transformers (reduces installation costs). | Not suitable for regions with different voltage norms (e.g., 220V in some countries). |
Safety Compliance | Industrial, Public Utility Installations | CE, IEC 61000-3-2 compliance ▲ (Industry: Basic certifications common) | Meets strict safety and grid injection standards (critical for public projects). | Certification costs may increase price compared to non-compliant alternatives. |