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Solar Systems

TECHNICAL SPECIFICATION

Standards & Compliance

Modern systems prioritize N-Type TOPCon or Mono-PERC technology for maximum yield.

FeatureSpecification
Cell TypeMonocrystalline (Half-cut cells)
Module Efficiency$\ge 21.5\%$
Power Tolerance0 to +3% (Positive tolerance only)
Temperature Co-efficient ($P_{max}$)$\le -0.30\% / ^\circ\text{C}$
Front Load (Snow/Wind)5400 Pa / 2400 Pa
Standard ComplianceIEC 61215, IEC 61730, PID Resistance
Warranty12-15 years product; 25-30 years linear performance

Solar Inverter (Power Conditioning Unit)

The “brain” of the system converts DC to AC and manages grid interaction.

  • Type: String Inverter (Residential) or Central/Micro-inverters (Specialized).
  • Efficiency: Peak efficiency $\ge 98\%$; Euro efficiency $\ge 97\%$.
  • MPPT Range: Wide voltage range (e.g., $160\text{V} – 950\text{V}$ DC) to maximize harvest.
  • Protection: Integrated DC Disconnect, Overvoltage (Type II SPD), and Arc Fault Circuit Interruption (AFCI).
  • Cooling: Natural convection or smart fan cooling.
  • Enclosure: IP65 (Outdoor rated).

Module Mounting Structure (MMS)

The backbone must withstand local wind speeds and prevent galvanic corrosion.

  • Material: Hot-dip galvanized steel (min 80-micron coating) or Anodized Aluminum.
  • Wind Speed Rating: Certified for $\ge 150\text{ km/h}$ (site-specific).
  • Tilt Angle: Optimized for latitude (e.g., $15^\circ – 30^\circ$ South-facing in the Northern Hemisphere).
  • Fasteners: Stainless Steel (SS304 or SS316).
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Balance of System (BoS)

Technical requirements for the “veins” of the solar plant.

  • DC Cables: Electron-beam cross-linked (XLPE) copper, UV resistant, rated for $1.5\text{kV}$ DC.
  • AC Cables: Armored XLPE aluminum or copper, sized for $<3\%$ voltage drop.
  • Earthing/Grounding: Dedicated earthing for both DC (array) and AC (inverter) sides.
  • Junction Boxes: IP65 rated with transparent lids and MC4-compatible connectors.
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