China’s solar sector faces deepening job cuts as oversupply, weak demand weigh

BEIJING, 6 OCTOBER 2026 —

China’s Solar Industry Slashes 222,800 Jobs as Overcapacity Crisis Forces Brutal Restructuring

China’s solar photovoltaic (PV) sector has embarked on a sweeping workforce purge, cutting 222,800 jobs from its top 110 listed firms alone between 2024 and 2025—a stark reversal from the industry’s peak employment of 4.6 million in 2023.

The layoffs, driven by a historic supply glut that sent module prices plunging below production costs, mark the latest phase in a brutal restructuring that is reshaping the global renewable energy landscape, with ripple effects for Malaysia and Southeast Asia’s growing solar supply chains.

The crisis stems from an industry-wide collapse in profitability, with over 70% of China’s leading solar firms reporting losses in 2025 and more than 50 declaring bankruptcy. While China’s solar power generation capacity surpassed coal for the first time in July 2026, the milestone came amid a two-year financial bloodbath, exposing the fragility of an industry that expanded far beyond market demand.

The layoffs—exclusive of smaller firms—reflect a deliberate shift toward automation, consolidation, and a pivot from mass production to higher-margin advanced products, signaling the end of an era of rapid, low-cost expansion.

A Decade of Boom and Bust: How China’s Solar Industry Built—and Overbuilt—Itself

The current crisis is not China’s first. In 2008, the global financial crisis slashed European demand, prompting local governments to flood the sector with subsidies, creating a glut of exported panels. The European Union and the U.S. responded in 2012 with anti-dumping duties, crippling Chinese solar exports just as production surged. A second shock came in 2018, when Beijing abruptly ended subsidies for new solar projects, sending module demand plummeting overnight.

Yet the downturn proved temporary: by 2019, renewed government backing for solar over coal revived the industry, setting the stage for an even larger boom.

President Xi Jinping’s 2020 pledge to peak carbon emissions and install 1,200 gigawatts (GW) of solar and wind capacity by 2030 triggered a frenzy of investment. Local governments, eager to capitalize on the green energy transition, registered 600,000 solar firms by 2023—with 22.4% of them founded in 2022 alone.

The result was a production capacity explosion: by 2024, China’s solar factories, operating at just 54% capacity, were churning out more modules than global markets could absorb. By 2025, global PV production capacity hit 1,100 GW—nearly double the 570-630 GW installed annually worldwide. The oversupply sent module prices crashing to 1 yuan (US$0.14) per watt, below production costs, forcing firms into a desperate race to cut costs.

The Human Cost: Wage Cuts, Forced “Holidays,” and the Illusion of Voluntary Resignations

The job cuts are only part of the story. Firms are employing a mix of coercive and financial tactics to shrink their workforces without triggering mass unemployment claims. In December 2025, a solar factory in Anhui province imposed a five-month “holiday” on workers before offering severance packages for voluntary resignations—a tactic that has become increasingly common.

Similar forced production pauses, which were brief in 2024, have extended in duration this year, pushing workers toward early exits.

Wage cuts have also become standard. Over half of China’s solar firms slashed salaries across all levels in 2025, with factory workers often seeing pay drop below minimum wage—a development with severe local economic consequences. Some estimates suggest de facto layoffs could push total job losses in 2024 alone to 200,000, far exceeding the officially reported figures.

Coraline Goron, a researcher at Duke Kunshan University, cautioned against framing these measures purely as exploitation. “These firms are caught between a rock and a hard place,” she said. “They can’t afford to pay wages, but they also can’t legally lay off staff. So they use these indirect methods to reduce headcount.” The result, however, is a hidden unemployment crisis, with workers left without safety nets as local governments—focused on attracting new industries—offer little support.

Automation and the Death of the Solar Factory Job

The layoffs are not just about cost-cutting; they reflect a fundamental transformation in how solar panels are made. Automation is spreading rapidly, with 90% of production at LONGi’s Jiaxing factory—one of China’s largest solar manufacturers—now fully automated, a shift completed in just nine months. Since the switch, the factory’s production cycles have shortened by 84%, while output per hour rose 35%, with minimal human oversight.

Cosimo Reis, a China energy analyst at Trivium China, noted that solar manufacturing is particularly susceptible to automation. “This is one of the easiest industries to robotize,” he said. “Companies that don’t adopt AI and robotic production lines will struggle to compete.” The trend is irreversible: even if market conditions improve, traditional factory jobs are unlikely to return. Instead, the industry is shifting toward fewer, highly skilled workers managing automated systems.

LONGi’s restructuring exemplifies the shift. The company laid off more than half of its production staff, with cuts extending to technical, administrative, and even managerial roles. Sales teams, however, saw job growth as firms prioritized moving inventory over manufacturing. Inverter firms—key for energy storage systems—were among the few bright spots in 2025, reflecting rising demand for solar-plus-storage solutions.

The Advanced Solar Gambit: High-Tech Modules and the Skills Gap

As firms slash costs, they are also doubling down on high-end, expensive modules and battery storage, products that require specialized expertise. With training budgets under pressure, only workers with existing technical skills are likely to find new roles in these areas. Caroline Goron warned that local governments, which have historically competed fiercely to attract solar firms, are now ill-equipped to address the social fallout.

“The focus is always on bringing in new jobs and revenue, but there’s little thought about what happens when the industry consolidates,” she said. “Workers are left behind, and the social safety net isn’t designed to catch them.”

Beijing’s Dilemma: Overcapacity or “Involution”?

Despite the crisis, China’s central government has rejected claims of overcapacity, instead framing the problem as “involution” (内卷)—a term describing excessive, self-defeating competition. Official campaigns aim to curb the worst excesses, but the question remains: how much capacity must be cut before firms turn profitable?

Industry observers estimate 20-30% reductions in production capacity may be necessary, though demand shrinkage could push the required cuts higher. Wang Bohua, honorary chairman of the China Photovoltaic Association, warned that current losses far exceed any previous cycle, forcing firms to adopt drastic measures. “For companies losing money on every panel sold, labor cost reductions are a matter of survival,” he said. “The bloat from years of unchecked expansion must be cut out.”

Regional and Malaysian Implications: A Solar Supply Chain in Flux

For Malaysia and Southeast Asia, the upheaval in China’s solar industry carries significant implications. The region has become a key hub for solar component manufacturing, with Malaysian firms supplying polysilicon, wafers, and assembly services to global markets. If China’s consolidation leads to further automation and reduced demand for mid-tier manufacturing, Southeast Asian producers—many of which rely on Chinese supply chains—could face pressure to upgrade their own automation capabilities or risk being squeezed out.

Malaysia’s solar sector, though smaller than China’s, has seen growth in downstream services, including solar farm development and energy storage solutions. The shift in China’s industry toward high-margin advanced products could create opportunities for Malaysian firms specializing in customized solar solutions, inverters, and battery storage integration. However, the broader job losses in China’s manufacturing base may also reduce demand for Southeast Asian inputs, particularly if Chinese firms further verticalize their supply chains.

The Road Ahead: A High-Tech, Low-Labor Future

The solar industry’s restructuring is far from over. With global PV production capacity still outstripping installations, further consolidation—through mergers, bankruptcies, or capacity retirements—is likely. The central government’s focus on “involution” suggests a preference for market-driven solutions over direct intervention, but the pace of adjustment remains uncertain.

One thing is clear: the era of cheap, labor-intensive solar manufacturing is ending. The industry’s future lies in automation, advanced products, and downstream services—a path that will require a highly skilled workforce but far fewer factory jobs. For China’s solar workers, the transition is already underway, with little relief in sight.

For Malaysia and its neighbors, the challenge will be to navigate the shifting sands of a global solar market now defined by technology, not just scale.