Solar Panel Efficiency | Limited sunlight areas, remote locations | 18% efficiency (Industry Standard) ▲ 22% (Our Base, ISO 9050) ▲ 24% (Our Advanced, ISO 9050) | Maximizes energy capture in low-light conditions; reduces reliance on grid power | Higher upfront cost for advanced panels; requires more space for lower efficiency tiers |
Battery Technology | High-drain applications, frequent outages | Lead-acid (500 cycles, Industry Standard) ▲ LiFePO4 (1,000 cycles) (Our Base, IEC 62660-2) ▲ LiFePO4 + BMS (2,000 cycles) (Our Advanced, IEC 62660-2) | Longer lifespan reduces replacement costs; safer for prolonged use | Higher initial investment; advanced batteries may need specialized installation |
IP Rating | Coastal areas, industrial zones | IP54 (Industry Standard) ▲ IP66 (Our Base, IEC 60529) ▲ IP68 (Our Advanced, IEC 60529) | Full dust/water resistance (IP66) and submersion tolerance (IP68) | Advanced ratings increase weight; may require reinforced mounting |
Luminous Efficiency | Security zones, high-traffic areas | 180 lm/W (Industry Standard) ▲ 210 lm/W (Our Base, IES LM-80) ▲ 230 lm/W (Our Advanced, IES LM-80) | Reduced energy consumption for equivalent brightness; cost-effective long-term | Advanced LEDs may have shorter lifespan; requires precise thermal management |
Material Durability | Corrosive environments, industrial sites | Plastic housing (Industry Standard) ▲ Aluminum frame (Our Base, EN 755) ▲ Stainless Steel (Our Advanced, ASTM A240) | Corrosion-resistant and impact-resistant; lightweight yet sturdy | Heavier materials increase installation complexity; advanced tiers may be costlier |
Certification Standards | Global deployments, regulatory markets | CE (Industry Standard) ▲ CE + RoHS (Our Base, IEC 62321) ▲ CE + RoHS + UL (Our Advanced, UL 1973) | Wider market acceptance; meets safety and environmental compliance standards | Advanced certifications add to production costs; may require third-party audits |