Yingfa Ruineng opens 7.5 GW cell plant in Indonesia, its first base outside China

Chinese solar cell manufacturer Yingfa Ruineng presented a 7.5 GW solar cell plant in Indonesia on 3 November, pv magazine reported. The facility makes n-type tunnel oxide passivated contact (TOPCon) cells. It is the company's first overseas manufacturing base. It adds to three plants in China.

The company put the four sites at a combined effective capacity of 51.5 GW. That includes 45.5 GW of n-type TOPCon capacity. InfoLink, a PV industry research firm cited by pv magazine, ranked Yingfa Ruineng second for global solar cell shipments in the first half of 2026, behind only Tongwei. That ranking is the context for the Indonesia move. The plant is not a first step abroad for a small player. It extends a business already shipping at global scale, and the company is now placing part of that volume outside China. BCI, the company's subsidiary, hosted the technology launch event where the plant was presented.

In a statement, Yingfa Ruineng said the site would act as a regional supply hub for Southeast Asia, the Middle East and other international markets. It would also support Indonesia's 100 GW solar power program and its push for domestic manufacturing and local content.

The local content angle is the commercial one. Indonesia's official local content requirement, known as TKDN, has steered module makers toward domestic sourcing. The company says BCI's local capabilities are meant to help Indonesian module manufacturers address it, subject to product certification and regulatory requirements. For developers, contractors and module buyers, the company argues, local cell production offers shorter supply routes and closer technical coordination.

Why cells, and why now

Cell capacity is the part of the solar supply chain that has been hardest to move across borders. It sits between polysilicon and modules and carries most of the efficiency gains. Building it in Indonesia gives Yingfa Ruineng a route into markets where Chinese-made modules face tariffs or local content rules, without shipping finished goods from China. The launch event also covered half-cell passivation, multi-cut cell designs and back-contact (BC) cells. The company says it is advancing both its TOPCon and BC platforms. It claims to have completed an initial end-to-end fabrication process for perovskite/BC tandem modules. Those are claims from a company statement, not independently verified performance figures.

The Indonesian announcement is the newest plant investment in a set that otherwise leans toward electric vehicles and batteries. On 30 October, CnEVPost reported that Inpow Battery, the battery subsidiary of GAC Group, started production at a plant in Chonburi province, Thailand. A ceremony on 29 October marked the first power battery pack off the line. It is GAC's first overseas in-house battery pack plant and Inpow's first factory outside China.

Inpow says it has delivered more than 300,000 power battery packs, with vehicles using its batteries having travelled a combined more than 10 billion kilometers.

Thailand is ASEAN's largest automotive manufacturing hub. Inpow's statement ties the plant to the country's 30@30 target, which aims for zero-emission vehicles to account for 30% of vehicle output by 2030, equivalent to more than 700,000 electric passenger vehicles. The company plans to work with the Electricity Generating Authority of Thailand and other partners on vehicles, energy storage and energy equipment.

Europe, Bulgaria and the tariff question

Chinese manufacturers are not only moving into Southeast Asia. CnEVPost reported on 28 October that GWM is targeting production in the first quarter of 2027 at a base in Bulgaria as part of its European push. Chinese automakers were also reported to be heading to Beijing for talks on EU hybrid export quotas, according to a CnEVPost report on 2 November. That is a sign that Brussels and Beijing are still negotiating the terms on which Chinese vehicles enter the bloc.

On the battery side, CnEVPost reported on 30 October that Xiaomi plans an investment in Sunwoda's EV battery unit, following Li Auto, deepening ties with a domestic supplier. On 28 October the same outlet reported that solid-state batteries for Xpeng's Iron humanoid robot had entered small-batch production. That is a reminder that some of the battery capacity being built is aimed at products other than cars. Western investment is moving in parallel, and the numbers are larger.

The Guardian reported on 3 November that Drax, the FTSE 250 owner of the UK's most polluting power plant, struck a £20bn deal with infrastructure investor Brookfield and AI infrastructure platform Radiant. The deal covers a datacentre with an eventual capacity of more than 1 gigawatt on the Drax site in North Yorkshire. The first phase would be operational from the first quarter of 2028 with up to 100MW of compute capacity. Drax said the development could attract more than £20bn ($26.8bn) in investment. Drax's market value climbed by almost 9% on the London Stock Exchange to almost £3bn. That is industrial investment of a different kind, and it shows how the same grid connection can be repurposed. Drax will initially provide land and access to the national grid through existing connections. It hopes to power the datacentre directly by the early 2030s. The government has said Drax will play a "much more limited role" in future, with access to only half its current £2m a day subsidies from 2027 to 2031.

Where the money and the machinery go

Clean energy investment is shifting geography too. Ember, in a report covered by pv magazine on 3 November, found that hybrid wind, solar and battery plants could supply up to 90% of Kazakhstan's typical demand profile. The delivered cost would be below $60/MWh, with an average of $56/MWh across 15 sites, against $70 to $170/MWh for new coal. The analysis simulated 1,875 configurations hour by hour over a 30-year project life. Kazakhstan's electricity demand rose 16% in the last five years. Coal still supplied 62% of generation in 2025, with units averaging over 50 years old and 891 incidents between January and July this year.

On the demand side, Meta struck a deal to help bring a low-carbon cement plant to Missouri, Canary Media reported on 30 October. It is one of several technology companies buying clean industrial output rather than only renewable electricity. CleanTechnica, citing NRDC, reported on 2 November that transportation funding from the Bipartisan Infrastructure Law ran out on 30 September 2026. A short-term extension runs to 11 December 2026 and does not include the $36.8 billion in advance appropriations, money that has supported almost 70,000 transportation projects.

Not every investment story is about expansion. SUSE will cut about 10% of its 1,900-strong global workforce, CEO Dirk-Peter van Leeuwen said in an internal email. The Register reported it first and heise online covered it on 2 November. Van Leeuwen wrote that "automation and AI are fundamentally changing how software companies work" and that the organisational setup and cost structure SUSE is built on "will not lead us successfully into the future". Affected staff are to be informed by Wednesday. Individual conversations start early next week, and the rest of the workforce is briefed on the 2027 strategy on 16 November.

Capital is also flowing to newer infrastructure. Tech.eu reported on 3 November that Milan-based CyberKord raised €2.7 million in pre-seed funding led by 360 Capital, with Plus Partners, Addendum Capital and Vento participating. The platform automates IT and security operations using a digital twin of a company's infrastructure. OpenAI signed agreements with Abu Dhabi entities spanning energy, government and investment, CNBC reported on 2 November. These include a deal with ADNOC and G42 to deploy its models across ADNOC's operations, as the lab seeks up to $20 billion in a round co-led by UAE investors.

For the plant builders, the common thread is siting. Yingfa Ruineng's Indonesian cells, Inpow's Thai packs and GWM's Bulgarian line all put production closer to the market that buys the finished product. Each is the company's first such site outside China. Whether the capacity is needed is a separate question. Solar cell prices and battery oversupply have squeezed margins across the chain. A 51.5 GW platform built on TOPCon carries real exposure if the tandem transition arrives faster than expected. The company's perovskite/BC claim is the one to watch, and the one with the least independent evidence behind it so far.