Battery Type | High-energy applications (factories, data centers) | Lithium-ion (150–200 Wh/kg) ▲▲ | Higher energy density than industry-standard lead-acid (30–50 Wh/kg) (▲▲ 400% improvement). Longer lifespan (2000+ cycles). | Higher upfront cost compared to lead-acid. Requires BMS for safety. |
Controller Type | Solar systems needing optimal energy capture | MPPT (97–99% efficiency) ▲▲ | Maximizes energy harvest in low-light conditions (▲▲ 20% efficiency gain vs PWM). | MPPT controllers cost 30–50% more than PWM. |
Load Power | Large-scale industrial/commercial setups | 1 MW (1000 kW) output capacity | Supports heavy-duty equipment (e.g., data centers, factories). | Requires robust infrastructure and professional installation. |
Mounting Type | Diverse environments (rooftops, open fields) | Ground/BIPV/Roof/Carport mounting ▲ | Adapts to rooftops, carports, or open fields (▲ 4 mounting options). | BIPV mounting may need custom engineering. |
Solar Panel Type | Efficiency-critical installations | Monocrystalline (22% efficiency) ▲ | Higher efficiency in limited space (▲ 22% vs industry avg 18%). | Monocrystalline panels are 15–20% costlier than polycrystalline. |
System Type | Hybrid energy environments | Hybrid (solar + battery + grid) ▲ | Combines solar, battery, and grid for uninterrupted power (▲优于纯离网系统). | Complex setup may require expert installation. |
Certification | Compliance-driven projects (EU markets) | CE Certified (mandatory for EU) | Ensures EU safety standards compliance. | Lacks certifications like UL for North American markets. |
Warranty | Long-term investment projects | 5-year warranty (industry avg 3–4 years) ▲ | Extended coverage reduces replacement risks (▲ 25% longer than standard). | Limited to 5 years for high-stress environments. |