Gas Turbines & On-Site Power Generation
Explosive demand for on-site power generation bypassing 4-5 year grid connection lead times. GE Vernova gas turbine backlog at all-time highs, with a rush of data center-dedicated power plant EPC. Gas turbine lead times are also extending beyond 2 years, deepening the bottleneck.
Investment Confidence
Theme Analysis
Key Drivers
- Grid connection lead times of 4-5 years
- Data center on-site power generation demand
- GE Vernova order backlog $50B+
- LNG price stabilization
Risk Factors
- Natural gas price surge
- ESG pressure (carbon emissions)
- Gas turbine lead time extension
- Labor/supply chain constraints
Catalysts
- GE Vernova earnings beat
- New large-scale data center gas turbine orders
- Siemens Energy earnings recovery
Related Investment Ideas
1Related Reports
4GE Vernova — The AI-Powered Gas Turbine Supercycle, the Company That Sells Power Generators
Data center power hunger has lifted the backlog of gas-fired power equipment maker GE Vernova (GEV). Its production slots are effectively sold out through 2030.
Vertiv — In the Era of Boiling Racks, the Company That Sells the Data Center's Heat and Power Together
The power of a single AI rack is heading from 8 kW past 140 kW toward 1 MW. Data center cooling and power infrastructure maker Vertiv (VRT) sells that heat and power bundled in one hand.
Bloom Energy — The Fastest Fix for the AI Power Bottleneck
With SOFCs (Solid Oxide Fuel Cells) it switches on power at the data center site in 6~9 months — the structure of the power shortage and a Q1 swing to profit
Ship Engines × Data Center Power [Revised]
HD Hyundai's HiMSEN Takes the Field — What the AEG 684MW First Order Means