GE Vernova Inc. (GEV)

FY2025 revenue grew ~8% to ~$35B. Gas Power and Electrification segments are growing double-digits, offset by flat-to-declining wind revenue. The overall growth rate is competitive with Siemens Energy but trails pure-play electrification companies.

GEV's HA-class gas turbines hold 60%+ share of heavy-duty gas turbine orders globally — a dominant position driven by best-in-class efficiency (>64% combined cycle). In grid equipment, GEV is a top-3 global supplier of transformers, switchgear, and grid solutions. Wind market share is #3 behind Vestas and Siemens Gamesa.

Gas turbine pricing power is strong — HA-class turbines have limited competition and 25-year service agreements with escalators. Grid equipment is sold into a supply-constrained market with 2-3 year backlogs, supporting pricing. Wind turbine pricing remains challenging due to commoditized offshore and onshore markets.

The HA-class gas turbine and grid HVDC solutions are technology leaders. However, wind product development has been troubled — the Haliade-X offshore turbine has had reliability issues, and onshore turbine margins have been negative. Innovation cycles in energy equipment are long (5-10 years).

Gas turbine customers are locked into 25-year service agreements with GEV for their HA-class installations. Switching turbine vendors requires complete plant redesign. Grid equipment is custom-engineered for specific applications. Wind turbine switching costs are lower but still significant for fleet operators standardized on GE platforms.

Energy equipment has minimal network effects. The installed base provides data for predictive maintenance and digital twin analytics, but this is more of a data advantage than a true network effect.

Gas turbine efficiency patents, HVDC technology IP, and nuclear small modular reactor (SMR) technology create significant barriers. Regulatory certifications for grid equipment and nuclear technology take years. GEV holds critical IP for the energy transition that competitors cannot easily replicate.

Building gas turbine manufacturing capability requires $5B+ investment and decades of metallurgical expertise. Only three companies globally (GEV, Siemens Energy, Mitsubishi Power) can manufacture heavy-duty gas turbines at scale. The capital barrier in grid equipment is similarly high given the global transformer shortage.

FY2026 estimates have been revised up ~8% as gas power and electrification orders exceed expectations. The Street is cautiously raising margin forecasts as wind losses narrow. Consensus expects GEV to reach 10%+ EBIT margins by 2027.

The AI data center power demand narrative has been a massive tailwind for GEV. Every hyperscaler announcement about new data centers drives gas turbine and grid equipment demand expectations higher. The risk is that this narrative has gotten ahead of actual order flow. Wind business write-downs periodically create negative headlines.

CEO Scott Strazik has been clear about the wind turnaround plan but execution is still in progress. The company is early in its independent existence and hasn't established a capital allocation track record. Balancing investment in growth (gas, grid) while fixing losses (wind) is a complex challenge.