ANCHOR by Panasonic AE14HXXXVHC10B – 540–560W High-Efficiency Mono PERC Half-Cut Solar Panel
- High-efficiency module
- Mono PERC half-cut
- 540–560W output
- Heavy-duty build
- 25-year warranty
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
GOLDI GS10-B144-GF – 525–560 Wp High-Efficiency Mono PERC Bifacial Solar Module
- 525–560Wp output
- Bifacial energy gain
- Half-cut mono cells
- High efficiency module
- 25-year performance
GOLDI GS10-B144-TF – 525–550 Wp High-Efficiency Mono PERC Solar Module (Half-Cut Technology)
- 525–550Wp output
- Mono PERC half-cut
- High efficiency module
- Strong PID resistance
- 25-year performance
GOLDI GS10-M144-BF – 525–560 Wp High-Efficiency Mono PERC Bifacial Solar Module
- 525–560Wp power
- Bifacial energy gain
- Mono PERC half-cut
- MBB cell design
- 25-year warranty
GOLDI GS10-M144-WF – 525–560 Wp High-Efficiency Mono PERC Solar Module (Half-Cut MBB Design)
- 525–560Wp output
- Mono PERC module
- Half-cut MBB cells
- High efficiency design
- 25-year performance
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
INA Diamond Series INA-144MHC-WF – High-Efficiency 540–560Wp Monofacial Solar Module with 144 Half-Cut Cells
- Reduced LCOE and BOS costs for better ROI
- Dual peak performance for higher bifacial output
- Vertical East-West mounting; better soiling resistance
- Low internal resistance minimizes power loss
- Excellent PID resistance for long-term reliability
- Built for harsh climates (desert, coastal, ammonia exposure)
- Cylindrical wires reduce cell shading
- Multi-busbar design increases crack tolerance and efficiency
- Positive power tolerance only
Loom Shark HJT TOPCon Bifacial Solar PV Module – 144 Half-Cut, 10Wp to 730Wp (Available in DCR & Non-DCR)
- Ideal for rooftop solar installations
- High power output with SHARK 730 HJT technology
- Enhanced shading tolerance
- Lower LCOE and overall system cost
- Excellent performance in high temperatures
- Sleek black anodized aluminum frame
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.
Solex TAPI Series – 530–560 W High-Efficiency Mono PERC Half-Cut Solar Module
- 530–560W output
- Mono PERC half-cut
- High efficiency module
- MBB cell design
- 25-year performance
