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 %
ELAN SHINE ASB-M10-144-AAA | 550–580 Wp N-Type TOPCon Dual Glass Module | 144 Cells | Gen-II
- 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 %
ELITE Series | 555–585 W Bifacial N-Type TOPCon Dual Glass Solar Module | WAAREE
- Highest reliability & enhanced crack tolerance MBB module
- Sustain heavy snow & wind loads (5400 Pa & 2400 Pa)
- Best in class thermal coeffcients
- Highest commercial gains, lower LCOE
- Better weak light performance
- Excellent PID resistance
INA Diamond Series 550–560Wp Bifacial Mono PERC Half-Cut Solar Module
- Reduced LCOE and BOS costs for better ROI
- Dual peak generation for enhanced bifacial output
- East-West vertical mounting; improved soiling resistance
- Low internal resistance for higher power output
- Excellent PID resistance minimizes degradation
- Built for harsh environments (desert, farm, coastal)
- Cylindrical tabbing wire reduces cell shading
- Multi-busbar design enhances durability and efficiency
- Guaranteed positive power tolerance
Renew Power RPS2MH72BDXXX – High-Efficiency 530–560W Bifacial Mono PERC Solar Module with M10 Half-Cut Cells for Enhanced Energy Yield
- Advanced multi-busbar, PERC, Ga-doped, half-cut M10 cells with smart soldering technology.
- Designed to withstand heavy snow, hail, and wind loads with mechanical strength up to 5400 Pa (snow) and 2400 Pa (wind).
- Reliable modules with extended lifespan; resistant to hotspots and microcracks, with only 0.45% annual linear degradation over 30 years.
- Excellent low-light performance for higher energy output during early morning, sunset, and cloudy conditions.
- Ideal for large-scale utility and ground-mounted solar projects.
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 – High-Efficiency 540–565 Wp Bifacial Glass-Glass PV Module
RELIABILITY IS IMPROVED
- Higher corrosion resistance to severe conditions of sand dust, concentrated ammonia and salt mist
- Â Low risk of module warping & micro cracking
HIGHLY AUTOMATED PRODUCTION LINE
- Multi stage EL and digitalised visual inspection results in lower defect rates
- Implemented engineering excellence ensures top notch quality
LOWER LCOE
- Lower balance of systems cost
- Improves value proposition of the product with competitive ROI
PROLONGED SAFETY ASSURANCE
- IP68 with potting JB provides higher level of water ingress protection
- High insulation resistance for ensuring electrical safety
SUPERIOR HAIL TEST PERFORMANCE
- ⌀ 45mm hail test passed from third party laboratory with
impact velocity up to 27m/s