Tata Power TP540HG10B – High-Efficiency Glass-Glass Mono PERC Bifacial Solar Module for Superior Energy Yield
- Made in India at a state-of-the-art module production facility
- Extremely low failure rate with warranty claims under 0.07%
- Certified to withstand snow loads of up to 5400 Pa
- Industry-leading heavy-duty frame made from 6005-T6 aluminum alloy
- PID-resistant module ensures long-term performance and reliability
Vikram Solar SOMERA 535–560W – High-Efficiency Monofacial PV Modules
- Cylindrical tabbing wire reduces shading for better energy capture
- Split junction box improves performance in partial shading
- Multi-busbar (MBB) design increases efficiency and crack resistance
- M6 cell technology delivers higher output and lower LCOE
- Low internal resistance minimizes power loss
- Sleek all-black design enhances roof aesthetics
Vikram 535–560W High-Efficiency Bifacial PV Modules with Glass-to-Transparent Backsheet
- High-efficiency M10 Mono PERC bifacial solar cells with power output up to 560W
- Up to 15% additional rear-side power gain depending on ground reflectivity
- Anti-staining transparent backsheet reduces rear-side cleaning and water usage
- Cylindrical tabbing wire minimizes shadowing and improves light absorption
- Split junction box with bypass diodes enhances performance under partial shading
- Multi-busbar design increases micro-crack tolerance and reduces efficiency loss
- Lightweight design allows easy installation, including east-west orientation
- Lower internal resistance improves power output and reduces energy loss
- Certified to IS 14286:2010 / IEC 61215 & IEC 61730 standards
- BIS Registration Nos: R-51000566, R-61002070
Vikram Solar Paradea VSMDH.72.AAA.05 – 540–565 Wp High-Efficiency Bifacial Glass-Glass Mono PERC Solar Module
- 540–565Wp output
- Bifacial glass-glass
- Half-cut mono cells
- Superior durability
- 25-year warranty
Series 7 TR1 | 525–550 W Thin Film Solar Module | First Solar
- Industry’s best (0.3%) warranted degradation rate
- Superior temperature coefficient, spectral, and shading response
- No power loss from LID or LeTID
- Anti-reflective coated glass enhances energy production
Series 7 FT1 | 505–550 Watt Thin Film Solar Module | First Solar
- Industry’s best (0.3%) warranted degradation rate
- Superior temperature coefficient, spectral and shading response
- No power loss from LID or LeTID
- Anti-reflective coated glass enhances energy production
ELAN SHINE ASB-M10-144-AAA | 520–550 Wp Bifacial Dual Glass Module | MBB P-Type PERC | 144 Cells | Gen-II | Adani
- Bifacial dual glass
- 520–550Wp output
- MBB half-cut cells
- Low degradation rate
- 25-year performance
TOPcon Adani Solar Panel
- N-Type TOPCon
- 550–580Wp output
- Dual-glass durability
- Low degradation rate
- High bifacial gain
ETERNAL SHINE ASM-M10-144-AAA | 520–550 Wp Monofacial MBB P-Type PERC Half-Cut Module (Gen-I)
- MBB cell technology with 10BB, smart soldering
- Excellent low light performance
- Excellent anti-micro cracking performance with more balanced interior stress: grid pattern current path
- High module conversion effciency upto 21.22%
- Least degradation for LID & LeTID with Ga Doped wafer technology
- Excellent PID resistance
ETERNAL SHINE ASM-M10-144-AAA | 520–550 Wp Monofacial Module | Gen-II | MBB P-Type PERC | Adani
- MBB cell technology with 10BB, smart soldering
- Excellent low light performance
- Excellent anti-micro cracking performance with more balanced interior stress: grid pattern current path
- High modules conversion efficiency upto 21.12%
- Least degradation for LID & LeTID with Ga Doped wafer technology
- Excellent PID resistance
Adani ELAN SHINE TOPCon Gen-II – 550–580 Wp Bifacial Transparent Backsheet Solar Modules
- Up to 30% Additional Power Gain when compared with conventional P-type module
- No LID Loss – Higher power generation
- Better Output In Low Irradiance Higher power output even under low-light environments like on cloudy or foggy days
- Better Temperature Coefficient- Higher power generation under higher ambient temperature conditions
- Bifaciality Factor 80 ± 5 %
