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Our Fab

The largest HJT PV cells and modules products manufacturer in Europe

1.3 GW/Year

Silicon wafer production capacity

1 GW

Solar cell production capacity

980 Employees

Number of employees

Reduce carbon footprint

HJT technology works with thinner wafers, thus requiring lower number of processing steps with less material, and ultimately reduces the carbon footprint of HJT products

Global manufacturer of HJT products

Development of an export-oriented industrial complex for the production of highly-efficient and competitive HJT products

ISO certification

The Fab complies with international quality and safety standards

Workplace

A workforce of 980 has been recruited for the plant, driving economic prosperity, higher employment, and regional sustainable development

Production

Silicon Wafers

High-quality industrial n-type silicon wafers with an efficiency of up to 25% are used in the production of heterojunction (HJT) cells.

PV Cells

The annual production capacity of the solar cell manufacturing complex is 1 GW. Its output is designed for the subsequent assembly of photovoltaic (PV) modules. The facility deploys Russian heterojunction (HJT) technology, which holds the greatest potential for lowering the cost of generated electricity compared to competing silicon-based technologies.

Heterojunction technology

HJT is one of the most efficient industrial-scale PV technologies in the global PV market today. Highly qualified specialists represent the Unigreen Energy team backbone. Due to joint efforts, we achieve the most successful results in solar energy

up to 25%

PV cell efficiency

>90%

Bifaciality factor

About HJT technology

Construction of the plant

July 29, 2021

Start of construction of the Fab

The start of the project was marked by the laying of a commemorative capsule at the site of the future enterprise

January 19, 2023

First operators started working at the Fab

Prior to the start of production, all employees will undergo a mandatory training program

March 15, 2023

Installation of the main technological equipment - growth units

Growth plants are designed for growing single-crystal silicon ingots by the Czochralski method

January 2024

Launch of PV component producing

Silicon wafer production for PV cells launched with a capacity of up to 1.3 GW annually