Canadian Solar 580 W N‑Type TOPCon Bifacial

  • Power Output: ~580 W per panel
  • Technology: N‑type TOPCon bifacial cells for lower degradation and high efficiency
  • Design: Dual‑glass or rear‑exposed style allows rear side light harvesting to increase yield
  • Efficiency: Typically ~21.5% or higher
  • Features: Excellent thermal behavior, PID resistance, and durable structure for heavy loads

High Power, Compact Footprint: Deliver exceptional wattage per panel, ideal for maximizing output in limited roof space.

Top­-tier Module Tech: Advanced N‑type TOPCon cells reduce light-induced degradation (LID/LeTID) and maintain long-term performance.

Double-Sided Energy Capture: Bifacial design increases energy yield with reflected and ambient light.

Built for Durability: Strong mechanical load specs suited to harsh environments like coastal or snow zones.

Ideal Applications

  • Solar farms or utility-scale sites seeking maximum wattage per string.
  • Commercial rooftop installations with limited area and high demand.
  • Residential/industrial setups where rear-side irradiance (e.g. white roofs or reflective surfaces) boosts overall system yield.
  • Installations needing low degradation, long-term reliability, and high performance warranties.

 

External Links

Central Solar Product Page:

Canadian Solar Website

CSI Cloud Apps

Portal Apps for end-user

 

CSI Cloud

· Portal for end-user

· Display & monitor system performance and key metrics Visit CSI Cloud

CSI Cloud Pro

· Portal for installers, operators, fleet management

· Includes administrative & access rights management Visit CSI Cloud Pro

Mobile App

iOS and Android platform

· CSI Cloud and CSI CloudPro

· All app features available on mobile

Frequently Asked Questions

The panel delivers up to 22.5% module efficiency.

The panel offers up to 80% power bifaciality, allowing increased energy generation from the rear side of the module.

The module supports operating temperatures from -40°C to +85°C

The module uses N-type bifacial TOPCon cells with a 144 half-cell configuration.

The panel features a low Pmax temperature coefficient of -0.29%/°C, helping improve energy yield in high-temperature environments.