Power Output | Commercial rooftops, utility-scale | Industry: 300–320W (IEC 61215) Base: 320W Advanced: 345W▲▲▲ (▲▲▲: 25W gain over Base) | Advanced delivers 25% more annual energy (▲▲▲) Base meets baseline energy needs | Base may underperform in large-scale setups; Advanced has higher upfront cost |
Cell Technology | High-efficiency installations | Industry: Polycrystalline (16–18% efficiency) Base: Monocrystalline PERC (21%) Advanced: Monocrystalline PERC Half-Cell (22.8%▲) (▲: +1.8% efficiency) | Advanced reduces shading loss by 15% (▲) Base outperforms polycrystalline | Industry standard less efficient; Advanced requires specialized mounting |
Efficiency | Space-constrained rooftops | Industry: 18–20% Base: 21% Advanced: 22.8%▲ (▲: +1.8% gain) | Advanced maximizes space utilization (▲) Base ideal for moderate space needs | Base may require 10% more panels for same output; Advanced costs 15% more |
Durability | Harsh climates, long-term projects | Industry: IEC 61215 (200 thermal cycles) Base: IEC 61215 (250 cycles) Advanced: IEC + TÜV (300 cycles▲) (▲: 20% more cycles) | Advanced withstands extreme temps (▲) Base exceeds industry durability norms | Industry standard may degrade faster; Advanced adds 5% to installation cost |
Certifications | EU-compliant projects | Industry: IEC Base: IEC, TÜV Advanced: IEC, TÜV, EPR_Germany▲ (▲: Adds EU Packaging Compliance) | Advanced meets German EPR regulations (▲) Base covers global standards | Base lacks EPR for German projects; Advanced may have longer lead times |
Design & Technology | Aesthetic-sensitive installations | Industry: Full-cell modules Base: PERC cells Advanced: Half-cell + PERC▲▲ (▲▲: 15% less power loss) | Advanced minimizes hotspots (▲▲) Base reduces light-induced degradation | Industry standard prone to shading loss; Advanced tech requires trained installers |