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PV Modules

Monocrystalline Solar PV Modules

The latest PV module from Indsol Technologies is powered with N-TOPCon cells with higher efficiency.

Hypersol modules are an amalgamation of endurance and agility, a fusion of quality and performance, a blend of balance and flexibility.

  • Proved to have lower degradation rate, low light performance, higher bi-faciality which contributes to more generation throughout
  • Improved longevity, excellent anti-PID performance via optimized process & materials control and lesser susceptibility to LID & LeTID
  • Duly customized for utility as well as rooftop solar projects, across geographies & climate conditions

FEATURES

 

LOWER LCOE
• Lower balance of systems cost
• Improved value proposition of the product with competitive ROI

 

0% NEGATIVE POWER TOLERANCE
• Positive power tolerance of upto 0 ~ 4.99Wp
• Module Imp binning radically reduces string mismatch losses

 

IMPROVED LONGEVITY

• Excellent anti-PID performance via optimized process and materials control
• Lower susceptibility to LID & LeTID

 

PREMIUM  PERFORMANCE PARAMETERS
• Topcon solar cell upto 85% bifaciality, brings higher energy yield from rear side
• Lower temperature coeffi cient minimizing generation losses at high temperature

Bifacial glass-glass multi busbar PV modules

The Bifacial Glass-Glass multi busbar PV modules are made with utmost precision to ensure LCOE cutback along with less BOS cost improving value proposition of the modules. Along with up to 25% bifacial gain and additional power yield with 30 years of performance lifetime, dual glass modules become one of the smart choices for solar projects across geographies.

  • Latest technology product with maximized bifaciality gain, fit for highly reflective surface areas (snow, sand, gravels, etc.)
  • Preferred for utility scale projects of US, Europe, MEA & India

FEATURES


  • Bifacial energy gain of upto 25% with dual glass module, capable of energy generation with both direct and reflected sunlight.
  • TWO TIME PERFORMANCE MAX, during sun rise and sun set with optimum utilization of dual facial generation.
  • LCOE IS CUT BACK with LESS BOSS COST which improves value proposition of the product with competitive ROI
  • ADDITIONAL POWER YEILD of 30 years with 0.5% degradation every year.
 

Bifacial glass to transparent backsheet multi busbar PV modules

 The Bifacial Glass to transparent backsheet multi busbar PV modules have near zero PID due to highly resistive encapsulant and also show good anti-staining performance where the transparent backsheet ensures reduced cleaning frequency of rear side of the module…

  • Applicable for rooftop projects with roofing material like asphalt shingle, metal, clay tile, slate etc.
  • Best suited for geographic locations that witness heavy snowfall-US/EU market

FEATURES

 
  • ANTI-STAINING PERFORMANCE of the transparent backsheet ensures reduced CLEANING FREQUENCY OF REAR SIDE of the module, leading to reduction in water usage
  • UP TO 15% Bifacial POWER GAIN from ground facing side depending upon the albedo of the ground surface
  • Due to LIGHT WEIGHT hassle-free installation of bifacial module is done with increased robustness also in east west direction
  • Use of a highly resistive encapsulant that does not contain or produce any chemical components that degrade cell metallization or interconnections,result in near Zero PI

Monofacial multi Busbar PV modules

The monofacial multi busbar PV modules made with cylindrical tabbing wire to reduce the shadow on cell active area allowing the electrical charges to travel a comparatively shorter distance with less resistance leading to boost the module power helping to achieve lower cell to module conversion loss.

  • Modules having excellent low light & longer wavelength response
  • Applicable across all projects having land constraint mainly in developing markets like Indian sub-continent, MENA & Australia

 

FEATURES

 

  • CYLINDRICAL TABBING WIRE
    is used to reduce the shadow on cell active area
  • EXCELLENT LOW LIGHT PERFORMANCE
    Be it early morning, cloud or dusk, the mono-facial
    modules perform even at low light conditions, due to
    the use of Mono-PERC cell technology
  • REDUCTION IN HOTSPOT TEMPERATURES
    Decline in heat production reduces chances of hot spot
    generation in shaded conditions. Lower heat
    production positively affects module longevity
  • REDUCED POWER LOSS Multi Busbar module with
    M10/G12 cells allows the electrical charges to travel a
    comparatively shorter distance with less resistance
    leading to boost the module power helping to achieve
    lower cell to module conversion loss