China’s Gas-Turbine Push Targets Overseas AI Data Centers

By Tom Whitfield

Major gas-turbine makers have scheduled production through 2030 and beyond, leaving some buyers waiting more than five years, according to Wang Yunbo, deputy director of the National Energy Administration’s market regulation department. Bloomberg reported on Thursday, Nov. 12, that the NEA urged domestic manufacturers to accelerate technology and pursue overseas data-center projects as AI facilities compete for power.

The push targets a market dominated by GE Vernova, Siemens Energy and Mitsubishi Heavy Industries, whose order books are full as data centers race for power. In an earlier Xinhua interview, Wang said major turbine makers “have all scheduled production through 2030 and beyond.”

Bloomberg quoted Wang telling People’s Daily: “For China’s gas-turbine industry, this is both an opportunity and a challenge.” The NEA’s intervention combines technology support with a bid to capture export orders in a supply-constrained market.

What is Beijing trying to accelerate?

On Oct. 30, the NEA and three other agencies issued guidelines with 16 tasks covering research, manufacturing, pilot projects and policy support. The program targets stronger homegrown turbine technology by 2030 and the first results from pilots using domestic heavy-duty machines for power generation.

Wang said the NEA aims to bring three to five domestically developed heavy-duty models into use by the end of the current five-year plan. Government-backed projects and procurement will test the machines, while planned work targets bottlenecks ranging from turbine blades to high-temperature materials.

The program links research, manufacturing and pilot operation, so a new design must move from component work to service evidence. Government-backed projects provide reference installations, but they also carry the burden of demonstrating reliability before wider commercial use.

Until pilots establish performance in service, buyers may continue to favor established suppliers, regardless of a Chinese machine’s shorter potential delivery time. Public projects must turn new turbine designs into proven products.

Where do Chinese makers already have traction?

In October, Dongfang Electric’s turbine unit agreed to supply 30 gas turbines for more than 2.1 GW of generation to Montreal-based Eco DC Solutions. Eco DC will act as Dongfang’s North American importer, giving the Montreal-based company a direct role in bringing the turbines into that market.

Dongfang also shipped a unit to Kazakhstan in August, while Shanghai Electric won a contract to supply Malaysia’s Sarawak Energy. These confirmed wins extend Chinese suppliers’ geographic reach beyond the Canadian order, but they do not yet establish the operating record of established global manufacturers.

The potential commercial advantage is speed. Chinese turbines could offer U.S. data-center developers shorter delivery times than new units from suppliers with production extending past 2030, but Beijing’s own plan says the machines still require government-backed projects to prove their reliability.

For buyers, delivery speed and operating proof pull in opposite directions. Chinese suppliers may win work by promising an earlier unit, but an unproven machine can lose that advantage if reliability remains uncertain.

Chinese makers have orders and a possible time advantage, but validation remains the condition for broad adoption.

What does the shortage change for operators and incumbents?

Data-center developers are already hunting used turbines and converted jet engines as deliveries of new equipment slip toward 2030. The hunt for such equipment shows how far the shortage has reached beyond new factory supply.

Established suppliers are still benefiting from strong demand. Siemens Energy more than tripled its dividend after a record fiscal 2026, while GE Vernova shares fell on Nov. 10 after SoftBank revised its U.S. data-center power-equipment plans. The dividend decision indicates that scarcity can reward incumbent makers, even as project revisions can still move their shares.

BloombergNEF expects data-center electricity demand to quadruple to 2,354 terawatt-hours by 2035, representing about 7% of global power use. The estimate points to sustained competition for turbine slots, even as individual developers revise their projects.

At that scale, data centers would account for a material share of global power demand, making turbine availability a strategic constraint for many developers rather than a local procurement issue.

The incumbent lead remains intact, but Chinese entrants can gain ground if they turn pilots into repeatable sales.

Over the next several years, pilot reliability results, government-backed procurement and delivery schedules will matter more than factory announcements alone. If domestic heavy-duty models prove reliable and reach the planned 2030 milestones, Chinese suppliers could take share from a market whose incumbent backlogs extend beyond that date.