The company’s new white paper finds that Germany’s energy transition challenges such as renewable curtailment, grid congestion, and rising system costs cannot be solved by any single technology.

A new Teesside facility will generate 740 MW of electricity while capturing emissions at source, powering over one million UK homes.

The high-efficiency facility generates 320 MW electricity and 314 tons/hour steam, supporting Jafurah gas field and advancing Saudi Vision 2030 localization.

The 6.1 MW–158m turbines will deliver 252 MW, powering over 110,000 homes and demonstrating GE Vernova’s workhorse strategy for large-scale renewable energy in Europe.

At Deep Sky Alpha in Alberta, GE Vernova’s solid sorbent DAC system will capture 1,500 tons of CO₂ annually, advancing scalable, energy-efficient carbon removal solutions.

GE Vernova and OPG construct world’s first BWRX-300 SMR at Darlington, delivering 1.2 gigawatts carbon-free power by 2029.

GE Vernova teams up with Prokon to repower the Fleetmark wind farm with eight 6MW turbines, advancing Germany’s renewable energy and sustainability goals.

GE Vernova will modernize ESB's Dublin Bay power station with upgrades to its GT26 gas turbines, adding nearly 30 MW and enabling future hydrogen blends for decarbonization.

GE Vernova builds a critical German substation enhancing reliability, strengthening cross-border renewable flows with France/Switzerland, aiding Europe’s energy transition.

Hsinta’s first 1.3 GW block enters service with GE Vernova’s 7HA.03 technology, cutting emissions by 60% and supporting Taiwan’s coal-to-gas transition.