Grid-Tied Solar Systems | Residential/Commercial Grid-Reliant | Power Capacity: 20kW (Industry) ▲50kW (Base) ▲▲300kW (Advanced) Battery: None (Industry) ▲Optional storage (Base/Advanced) | Lower upfront cost, simple installation (▲50kW: 150% increase over Industry) | No backup during outages, reliant on grid |
Off-Grid Solar Systems | Remote Areas Without Grid | Battery Type: Lead-Acid (5kWh Industry) ▲Lithium (10kWh Base) ▲▲Lithium (20kWh Advanced) Lifespan: 5 years (Industry) ▲10 years (Base/Advanced) | Full energy independence (▲▲20kWh: 300% increase over Industry) | Higher initial cost, requires battery maintenance |
Hybrid Solar Systems | Commercial/Industrial Backup | Power: 30kW (Industry) ▲50kW (Base) ▲▲300kW (Advanced) Battery: Lithium (Base/Advanced) vs Lead-Acid (Industry) | Grid backup capability, maximizes energy efficiency (▲▲300kW: 900% increase over Base) | Complex setup, higher cost |
Lead-Acid Battery Systems | Budget-Friendly Installations | Capacity: 5kWh (Industry) ▲8kWh (Base) ▲▲12kWh (Advanced) Cost: $150/kWh (Industry) vs $200/kWh (Base) | Lower upfront cost, widely available (▲▲12kWh: 140% increase over Industry) | Shorter lifespan (3-5 years), heavy, frequent replacement |
Lithium Battery Systems | High-Performance Needs | Capacity: 10kWh (Industry) ▲15kWh (Base) ▲▲25kWh (Advanced) Efficiency: 90% (Base/Advanced) vs 75% (Industry) | Longer lifespan, lighter weight, higher efficiency (▲▲25kWh: 150% increase over Industry) | Higher upfront cost, requires proper disposal |
High-Power Commercial | Large Industrial Facilities | Scalability: 100kW (Industry) ▲200kW (Base) ▲▲300kW (Advanced) Efficiency: 85% (Industry) ▲95% (Base/Advanced) | Meets large energy demands, grid stability (▲▲300kW: 200% increase over Industry) | High installation cost, requires professional installation |