High-performance solar panels that capture sunlight from both front and back sides, delivering greater energy yield and efficiency.

Bifacial

Adani ELAN PRIDE Series – MBB P‑Type PERC Half‑cut Bifacial PV Module (G2G/G2TB, 132 Cells, up to 650 Wp)

  • MBB cell technology – excellent anti- microcracking performance with more balanced interior stress: grid pattern current path, lower cost
  • Up to 730 Wp at 15% bifaciality Gain**
    Up to 70 ± 5 % bifaciality Factor
  • Longer Product life and performance -0.45 year over
    year degradation with 30 years warranty on power
  • Least Degradation for LID , LeTID
  • Modules Made with Ga doped wafer,
    Smart soldering , 12BB
  • High salt mist and ammonia 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 %

ELAN SHINE AB-G12R-132-XXX | 590–620 Wp N-Type TOPCon Bifacial Dual Glass Module | 132 Cells | Adani

  • Up to 30% Additional Power Gain when compared with conventional P-type module
  • Excellent anti-LID, anti-LeTid & anti-PID Performance- Higher power generation
  • Better Output In Low Irradiance-Higher power output even under low-light environments like on cloudy or foggy days
  • Lower Temperature Coefficient- More energy yield even under hot climatic 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 %

ELAN SHINE Series Bifacial PERC half-cut module (520–550 wp) | Adani

Price range: ₹9,500.00 through ₹9,700.00
  • MBB cell technology – excellent antimicrocracking performance with more balanced interior stress: grid pattern current path, lower cost
  • Longer Product life and performance -0.45% year over year degradation with 30 years warranty on power
  • Modules made with Ga doped wafer with Smart soldering
  • Up to 70 ± 5 % Bifaciality Factor
  • Least degradation for LID & LeTID
  • Excellent PID resistance

ELAN SHINE Series Bifacial PV Modules (ASB-M10-144-AAA) | Adani

  • MBB cell technology – excellent anti-microcracking performance
    with more balanced interior stress: grid pattern current path, lower cost
  • Longer Product life and performance -0.45% year over year degradation with
    30 years warranty on power
  • Modules made with Ga doped wafer with
    Smart soldering
  • Up to 70 ± 5 % Bifaciality Factor
  • Least degradation for LID & LeTID
  • Excellent PID resistance

ELITE R Series | 600–635 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 coefficients
  • Highest commercial gains, lower LCOE
  • Better weak light performance
  • Excellent PID resistance

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

ELITE Series | 615–650 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