Canadian Solar (Panel) | Solar, inverters, batteries, panel, electricity

Research & Development

Has began the mass production of N-type TOPCon modules in Q1 2023，and the highest module power is expected to be increased to 700W.

The first company delivering 600W+ high power solar modules based on 210mm mono PERC cell in 2021 May, in the solar industry.

Have begun the production of N-type heterojunction (HJT) solar cell modules from our newest state-of-the-art pilot line and fully integrated the N-type module productions from ingots, wafers, cells to modules.

3,096 authorized patents worldwide until the end of 2022 July.

PV research centers on cells, modules and solar systems 595 experienced researchers in R&D department.

COMPANY OVERVIEW

96GW solar modules shipments

3GWh utility-scale battery storage shipments

Module capacity 75GW

Utility-scale battery storage capacity 10GWh by 2024 March

25GW project pipeline

47GWh energy project pipeline

Active buying customers

in more than 160 countries

Subsidiaries in 23 countries

& regions on 6 continents

Over 20 manufacturing facilities

in Asia & Americas

Latest Products

N-type TOPCon Bifacial Module
Model No: TOPBiHiKu7

Bifacial module up to 695W

210 mm wafer 132/120 dual cell N-type TOPCon technology.

Front side power up to 695W·

Up to 85% power bifaciality, more power from the back side.

Higher energy yield, lower LCOE

Low temperature coefficient (Pmax): -0.29%/℃, more energy in hot climate. 2% higher energy generation than PERC.

About 2.3% lower LCOE than PERC.

Enhanced reliability

Minimize cell micro-crack impacts to module.

Snow loads up to 5,400Pa, wind loads up to 2,400Pa

MANAGEMENT SYSTEM CERTIFICATES

ISO 9001:2015

Quality management system.

ISO 14001:2015

Standards for environmental management system.

ISO 45001: 2018

International standards for occupational health & safety.

IEC 62941: 2019

Quality system for PV module manufacturing.

N-type TOPCon Bifacial Module
Model No: TOPBiHiKu6

High Power

Module power up to 610W，module efficiency up to 22.6%, bifaciality up to 85%.

No boron-oxygen LID and anti PID, less degradation.

16BB cell technology, better light trapping and current collection, higher power output

High Energy, Low LCOE

Low temperature coefficient (Pmax): -0.29%/℃, more energy in hot climate · 2% higher energy generation than PERC.

About 2.3% lower LCOE than PERC.

Enhanced reliability

Minimize the micro-crack impacts to module.