Discover our upstream and downstream technical journals
The combined total capital expenditure (where noted) is guided at over US$4.1 billion through to the end of 2023. Image: JA Solar

The combined total capital expenditure (where noted) is guided at over US$4.1 billion through to the end of 2023. Image: JA Solar

PV Tech’s analysis of ‘Solar Module Super League’ (SMSL) member JA Solar’s capacity expansion announcements in the first nine months of 2020 have revealed the company has already announced a total of over 104GW of combined plans, including ingot/wafer, solar cell and module assembly.

Just before completing this analysis, leading SMSL member JinkoSolar stunned the industry by confirming it had completed a 9GW expansion of module assembly capacity in the first half of 2020. This was intended to be completed by year-end and would extend assembly capacity to 30GW, a 90% year-on-year increase by the end of 2020. Full analysis of JinkoSolar's news can be read here. 

Trina Solar has since updated its capacity expansion plans from targeting module assembly capacity reaching at least 39.5GW in 2022 to 50GW by the end of 2021.

Not to be left out, JA Solar had a number of capacity expansion projects ‘under construction’ by the end of 2019, which the company reported in its first annual report after re-listing in China. PV Tech estimated that these plans would all be completed and operational in 2020. 

The manufacturer is believed to have exited 2019 with in-house nameplate capacity of 11.5GW of ingot/wafer production, followed by matching capacity for solar cells and module assembly of around 11GW. Putting this in perspective, JA Solar’s PV module shipments in 2019 were reported to be 10.26GW, a record annual shipment figure and the first time the company had surpassed the 10GW milestone for annual module shipments.

First wave of expansion plans

The first capacity expansion plans to ramp in 2020 included around 2GW of ingot/wafer, 2GW of solar cell expansions and over 5GW of module assembly expansion plans. These were mainly in China but also cell and module expansions at its Malaysian facilities. 

As a result, JA Solar was expected to end this year with in-house ingot/wafer nameplate capacity of approximately 13.5GW, solar cell capacity of around 13GW and module assembly exceeding 16GW. 

This first set of 2020 plans totalled approximately 9GW of announced capacity expansions.

This first set of 2020 plans, totalled approximately 9GW of announced capacity expansions.

This first set of 2020 plans, totalled approximately 9GW of announced capacity expansions.

Second wave of expansion plans

However, in the first two months of 2020, JA Solar announced a second wave of capacity expansion announcements. These included plans for a 5GW cell production facility (soon after doubled to 10GW in March) as well as a 10GW module assembly plant. 

The newbuild projects were said to require capital expenditure of around RMB10.2 billion (US$1.5 billion). Importantly, these expansions were said to be planned over a four-year period with the initial phase comprising a 5GW expansion of solar cell capacity and 5GW of module assembly expansions. Phase I is expected to be in production by the end of 2021. Phase II will be completed and start ramping sometime in 2023.

JA Solar also announced a complete re-tooling of idled workshops for 2GW of wafering equipment (Diamond Wire) at a plant in Ningjin, China costing around US$ 9.8 million and only taking around three months to complete and start ramping production. 

This second wave of capacity expansion announcements totalled 23.6GW. 
 

This second wave of capacity expansion announcements, totalled 23.6GW.

This second wave of capacity expansion announcements, totalled 23.6GW.

Third wave of expansion plans

On 13 August 2020 JA Solar started announcing a third wave of planned capacity expansions. This started with a new 20GW ingot/wafer expansion in Nanhaizi Industry, Qujing Economic and Technological Development Zone, Qujing City, Yunnan Province, China. The capital expenditure was expected to be around RMB5.8 billion (US$857 million). The planned expansions are to be carried out in two phases, taking 36 months for full completion. 

This was followed four days later with another round of announcements, totalling 11.2GW. Included in this single announcement was 4GW of further wafer slicing capacity, split between two subsidiaries (Ningjin Songgong Electronic Materials Co and Crystal Ocean Semiconductor Materials (Donghai) Co) each of 2GW. 

JA Solar also announced a major 20GW expansion of ingot/wafer production, located in the Nanhaizi Industrial Park, Qujing Economic and Technical Development Zone, Yunnan province by subsidiary, Qujing Jinglong Electronic Materials Co. The total Capex for this project was to be around RMB5.8 billion (US$853.6 million) with the project split into two phases and completion due in 36 months.

JA Solar also announced in this round of expansion plans a solar cell plant conversion to large-area high-efficiency cells, totalling 4GW at an existing solar cell plant in Xingtai City, Hebei Province. The total investment for the project was said to around RMB1.18 billion (US$174 million).

The SMSL member also announced it would utilise and existing facility in the Fengxian Comprehensive Bonded Zone, Shanghai to upgrade to large-area module assembly production, totalling 3.2GW of nameplate capacity at a capital cost of around RMB332.48 million (US$50 million). The conversion was said to take around six months to complete. 

It should be noted that very few major manufacturers have specifically detailed manufacturing facilities that are being upgraded to high-efficiency large-area wafer/cell production plants, although many long-standing players have legacy facilities that have equipment that is approaching end-of-life and needs to be retooled or shuttered. Because of retrofitting facilities, it can become difficult to establish if new nameplate capacity is being added or whether such plans simply replace existing nameplate capacity. 

However, on the basis of the information available it would seem that re-tooling existing facilities can add over 1GW of extra capacity, or more than a 50% capacity increase, due to new tooling density, productivity and higher overall cell/module conversion efficiencies. 

This third wave of capacity expansion announcements, totalled 31.2GW. 

This third wave of capacity expansion announcements, totalled 31.2GW.

This third wave of capacity expansion announcements, totalled 31.2GW.

Fourth wave of expansion plans

The fourth wave of capacity expansion announcements was announced in mid-September. Although JA Solar updated on some of the previously announced plans, several new expansions were also announced at that time. 

The first was a 3.5GW high-efficiency large-area solar cell plant in Gwangju Industrial Zone, Gwangju Town, Viet An County, Bac Giang Province, Vietnam at a capital cost of around RMB1.47 billion (US$217.2 million). The project construction period was said to take around 15 months. JA Solar has operated a wafering plant in Bac Giang, Vietnam since 2015.
 
Also included were plans for JA Solar Vietnam to expand module assembly production at the same location by a further 3.5GW to support the solar cell expansion. The company said that the project would cost around RMB700 million (US$102.5 million) and be completed in 11 months. 

With inclusion of a 1.5GW ingot-wafer expansion announced in 2019 for the Vietnam manufacturing hub, JA Solar is significantly expanding its manufacturing footprint in the country, specifically for sales in overseas markets, not least expanding sales in the US.

Another major new project announcement was a 6GW high-efficiency large-area solar cell project, via its subsidiary, JA Solar (Yangzhou) Solar Technology Co. Located in the Yangzhou Economic and Technological Development Zone (ETDZ), Jiangsu province, JA Solar said the project would take around 12 months to complete at a total investment of around RMB1.72 billion (US$252 million).

The smallest project announced was a 1GW ingot expansion in Ningjin County, Hebei province, accompanied by a 5GW expansion of wafering operations. This project is expected to be complete in 12 months at a cost of around RMB 670.6 million (US$98 million). 

This fourth wave of capacity expansion announcements, totalled 19GW.

This fourth wave of capacity expansion announcements, totalled 19GW.

This fourth wave of capacity expansion announcements, totalled 19GW.

Summary

In the first nine-months of 2020, JA Solar has announced a combined total of 35.8GW of ingot/wafer capacity expansions, topped slightly by advanced solar cell expansion plans of 36.5GW and module assembly expansion plans reaching 32GW by the end of 2023. Combined, JA Solar has announced at least 104.8GW of combined capacity expansion plans in 2020.

The combined total capital expenditure (where noted) is guided at over US$4.1 billion through to the end of 2023. 

JA Solar has announced at least 104.8GW of combined capacity expansion plans in 2020.

JA Solar has announced at least 104.8GW of combined capacity expansion plans in 2020.

Tags: ja solar, c-si manufacturing, monocrystalline wafer, solar cell, pv modules, china, vietnam, usa

Upcoming Webinars

SENTECH’s ‘SENperc PV’ thin film measurement tool provides superior quality control in PERC, TOPcon, and HJT cell manufacturing

Dec 02, 2020

This PV Tech TechTalk Product Series webinar, in partnership with SENTECH Instruments, will introduce you to the innovative SENperc PV tool. It is designed for quality control in PV cell manufacturing and adds support for leading-edge PERC, TOPcon, and HJT cell processing.

Register now

Upcoming Webinars

PV Module Reliability & Bankability for Utility Solar Deployment

Nov 12, 2020

The webinar will feature presentations from Cherif Kedir, CEO at RETC and Finlay Colville, head of research at PV-Tech, covering the latest developments related to PV module testing, reliability and bankability. Specific attention will be afforded to RETC's hail durability testing (HDT) process, and PV-Tech's bankability analysis for utility scale deployment in the US today.

Register now

Solar Media Events

PV ModuleTech

Mar 10 - Mar 12, 2021

Penang, Malaysia (also available virtually)

Understand fully the technical and logistical supply chains that determine the production and performance of solar modules, including all related factors impacting quality, reliability & bankability. This event will be run as a live event in Penang for delegates able to attend and will also welcome virtual delegates via streamed content and online networking.

Find out more

Solar Media Events

Solar & Storage Finance USA Virtual Summit

Nov 17 - Nov 19, 2020

Virtual Event

Solar & Storage Finance USA Virtual Summit, the only event that connects developers to capital and capital to solar and storage projects, will be back in November 2020 for its 7th edition!

Find out more

Solar Media Events

PV CellTech

Oct 27 - Oct 29, 2020

Virtual Event

Going into its fifth year over 200 delegates from 150 companies and 20 countries representing the PV supply chain will gather (virtually, due to COVID-19) for 3 days to discuss the technology roadmaps for PV cell advancement in GW markets. The scope of the event has been expanded this year, to cover developments in wafer supply and thin-film investments and technologies alongside all the regular benefits to all stakeholders tracking PV technology and investment trends for the next 5 years.

Find out more

Comments