Philadelphia Solar’s GENUX-G PS-MNB108(HCBF)12R is engineered using advanced N-Type Mono-Crystalline 16BB Half-Cell Bifacial technology to maximize energy production while ensuring outstanding durability and long-term reliability.
Manufactured on fully automated robotic production lines, this module delivers power ratings from 495W to 525W with module efficiency reaching 23.62%. Its transparent backsheet enables additional rear-side energy generation, increasing overall system output while reducing the Levelized Cost of Energy (LCOE).
Designed to perform in demanding environmental conditions, the module provides excellent Anti-PID performance, improved temperature behavior, reduced mismatch losses under partial shading, and high mechanical strength, making it an excellent choice for residential, commercial, industrial, and utility-scale photovoltaic projects..
BENEFITS
- Performance Warranty: 12-Year Product Warranty and 30-Year Linear Power Warranty.
- Bifacial Technology: Rear-side energy generation can increase total power output by 5–25%, helping reduce LCOE and improve project returns.
- High Efficiency: Advanced N-Type 16BB Half-Cell technology delivers module efficiency of up to 23.62% with improved current collection and reduced electrical losses.
- Superior Durability: Exceptional Anti-PID performance through optimized manufacturing processes and strict material control.
- Mechanical Strength: Built to withstand static mechanical loads of 5400 Pa (Front) and 2400 Pa (Rear).
- Low Annual Degradation: Ultra-low annual power degradation of only 0.4%, ensuring stable long-term energy production.
Applications
On-Grid Residential Roof-Tops
Ideal for residential installations to maximize energy savings and increase property value.
On-Grid Commercial / Industrial Roof-Tops
High-performance solution for commercial and industrial facilities to reduce operating costs.
Solar Power Plants
Engineered for utility-scale projects delivering reliable power generation and long-term performance.
Off-Grid Systems
Reliable energy for remote locations and off-grid applications, including lighting systems.
