GE Vernova upgrades its Veresegyház gas turbine facility with 14.5 MW solar park, new production lines, and 80-plus new hires on its 25th anniversary
AI-madeOn July 27, 2026, GE Vernova marked the 25th anniversary of its Veresegyház facility—the company’s largest gas power manufacturing base outside the United States—with a sweeping modernization push. The Hungarian site is simultaneously rolling out a 14.5 MW solar park paired with 40 MWh of battery storage, completing new lean production lines, and preparing to bring more than 80 additional workers on board.
GE Vernova announces three-part modernization at Hungarian facility
Veresegyház isn’t just celebrating its anniversary — it’s actively reinventing itself. On July 27, 2026, GE Vernova announced simultaneous initiatives covering renewable energy, upgraded production infrastructure, and a significant workforce expansion.
The facility specializes in high-tech production and precision repair of critical gas turbine components. Robotic welding and specialized thermal coatings are also housed here, making it a center of excellence for both new manufacturing and repair services. That dual role — building new parts and fixing existing ones — makes operational continuity especially important.
Five advanced coating booths equipped with vacuum furnaces are now operational, designed to increase both repair throughput and manufacturing output.
Running all of these initiatives in parallel signals real confidence in the site’s long-term strategic value.
Solar park and battery storage to cut grid energy use by nearly half
The renewable energy project is the most visually striking part of the upgrade. Phase one is already done: a 2 MW solar car canopy now covers more than 500 parking spaces on site.
Phase two is where the scale jumps considerably. GE Vernova is installing 14.5 MW of photovoltaic panels alongside a 40 MWh battery storage system—that’s more than 21,000 PV panels spread across over 37 acres. Grid connection for this phase is expected by autumn 2026.
Once fully operational, the system could cover approximately 50% of the site’s current annual electricity consumption of 33 GWh, all from zero-emission renewable energy. For a heavy industrial facility running precision manufacturing around the clock, that’s a meaningful shift in energy self-sufficiency.
$24.5 million investment drives new production lines and precision machinery
The production side of the modernization is backed by a $24.5 million investment, supported by a planned contribution from Hungary’s Investment Promotion Agency (HIPA). That funding laid the groundwork for what GE Vernova describes as a comprehensive operational upgrade.
New lean production lines are successfully installed, and high-performance precision machinery has been commissioned. Five advanced coating booths equipped with vacuum furnaces are now operational, designed to increase both repair throughput and manufacturing output. These aren’t incremental tweaks—lean production systems restructure workflow to reduce waste in ways that represent a significant operational shift for a facility this complex.
The investment sits within a much larger financial commitment: GE Vernova has outlined an $11 billion cumulative global capital expenditure and R&D plan running from 2025 through 2028, and the Veresegyház upgrade is part of that broader program.
Facility adds over 80 workers to meet surging global electricity demand
The workforce numbers tell their own story. Approximately 100 new team members were hired at the Veresegyház site in 2025 alone. The company is now actively recruiting up to 80 additional professionals—machinists, welders, fitters, and assembly operators among them.
GE Vernova has pointed to what it calls a global electricity “investment supercycle” as the driver behind this expansion. Demand for gas turbine components and repair services is rising, and manufacturing capacity is being scaled to match.
Plant Manager Viktoria Fodor put it plainly: “We are not just expanding our capabilities, energy independence, and talents; we are building a more sustainable and efficient future.” She added that the goal is to ensure Veresegyház “remains a core element of GE Vernova’s global gas power manufacturing operations for decades to come.” That’s a long-horizon commitment for a site that just turned 25.
Veresegyház within GE Vernova’s broader Hungary and global operations
Veresegyház isn’t GE Vernova’s only foothold in Hungary. The company also operates in Százhalombatta and maintains a central Budapest office serving as a hub for its power, electrification, and wind businesses — with corporate functions including finance, HR, digital technology, global services, and global supply chain teams also based there.
Taken together, GE Vernova’s Hungarian network supports operations extending well beyond the country’s borders.
At the global level, the company employs approximately 85,000 people across roughly 100 countries, headquartered in Cambridge, Massachusetts. Its stated mission — continuing to electrify the world while working to decarbonize it — sits at the intersection of two goals that can sometimes pull in opposite directions. The Veresegyház upgrades reflect that tension directly: a gas turbine manufacturing site investing heavily in solar energy and battery storage. For GE Vernova, the two priorities appear to be complementary rather than contradictory.
GE Vernova’s Veresegyház facility is undergoing a three-part modernization — a 14.5 MW solar park with 40 MWh battery storage targeting roughly 50% grid energy reduction, new lean production lines backed by a $24.5 million investment, and plans to hire more than 80 additional workers. The upgrades mark the site’s 25th anniversary and form part of GE Vernova’s $11 billion global capex and R&D plan through 2028.
Kelly is an experienced writer with 15 years of experience exploring the big stories that shape our world, from tech breakthroughs and space exploration to climate, energy, and the fascinating quirks of science. She has a talent for turning complex ideas into sharp, memorable insights that stay with readers long after they’ve finished reading.
