On-Grid Inverters (5-50KW) | Residential/commercial solar systems | Power Capacity: 5-50KW (▲▲▲ for 30-50KW tiers) Certification: CE-compliant Output Type: Single/Three Phase (IEC 61000-3-2) | Efficient grid synchronization, cost-effective for grid-connected setups Compact design for easy installation | No backup power during outages Limited to grid-dependent operation |
Hybrid Inverters (5-80KW) | Solar + battery storage systems | Power Capacity: 5-80KW (▲▲▲▲ for 50-80KW tiers) MPPT Tracking: Dual-channel (IEC 61727) Battery Integration: Li-ion compatible | Combines grid and battery storage for uninterrupted power Maximizes energy utilization | Higher upfront cost Requires advanced setup for battery systems |
High-Power Commercial Inverters (30-80KW) | Industrial/commercial complexes | Power Capacity: 30-80KW (▲▲▲▲▲) Output Current: 40A continuous (IEEE 1547) Durability: Aluminum chassis (ASTM D638) | Handles large-scale energy demands Scalable for expanding systems | High cost Requires professional installation and maintenance |
Residential Solar Inverters (5-15KW) | Home solar setups | Power Capacity: 5-15KW (▲▲) Efficiency: 96-98% (IEC 61000-3-2) Warranty: 5 years (industry standard) | Affordable for small households Quiet operation (43 dBA, quieter than a refrigerator) | Limited scalability for growing energy needs |
Three-Phase Inverters (20-80KW) | Commercial buildings, factories | Power Capacity: 20-80KW (▲▲▲▲) Output Type: Three-phase (IEC 61800-3) Grid Stability: Harmonic mitigation (IEEE 519) | Efficient for heavy loads and industrial equipment Reduces power loss in large systems | Complex wiring requirements Higher price point |
Off-Grid Inverters (5-30KW) | Remote/off-grid locations | Power Capacity: 5-30KW (▲▲) Autonomy: Standalone operation (IEC 62109-2) Efficiency: 95% (ISO 13403) | Full energy independence from the grid Optimized for battery discharge cycles | Higher initial investment Requires large battery banks for reliability |