As AI computing infrastructure expands at an unprecedented pace, stable and uninterrupted power supply has become the single most critical bottleneck. Wolong's full-range gas turbine generators — covering 2,000 kW to 60,000 kW — are engineered to fill that gap, wherever in the world it occurs.
415 TWh
Global data center power use in 2024 (IEA)
945 TWh
Projected global consumption by 2030 (IEA)
550 GW
Estimated hyperscale power gap by 2026 (Morgan Stanley)
1,000,000×
Potential AI compute growth over the next decade
The Energy Challenge Behind the AI Computing Boom
The rapid expansion of AI and large-scale intelligent computing is driving electricity demand to levels the world has never seen. According to the International Energy Agency (IEA), global data centers consumed approximately 415 TWh in 2024 — a figure projected to more than double to 945 TWh by 2030.
In China alone, data centers used around 170 TWh in 2025, with annual demand expected to grow by over 100 TWh per year and potentially surpassing 800 TWh by 2030. Morgan Stanley estimates a global power deficit of roughly 550 GW for hyperscale data centers by 2026. Over the next decade, AI computing capacity may increase by a factor of one million.
Modern AI data centers require 24/7 uninterrupted power with zero downtime tolerance. Any gap between supply and demand directly threatens the entire digital infrastructure that businesses and economies depend on. Electricity supply has become the defining constraint on AI industry growth.
Why Conventional Power Sources Are Not Enough
Traditional energy supply models all face fundamental limitations when it comes to serving modern AI data centers:
Grid Connection
Utility grid approvals are slow and bureaucratic. Permitting timelines rarely align with the rapid deployment schedules that data center operators require.
Wind & Solar
Renewable output varies with weather and season. Intermittent generation cannot guarantee the constant, uninterrupted supply that AI infrastructure demands.
Nuclear Power
High capital cost, decade-long construction cycles, and strict regulatory requirements make nuclear impractical for rapid, large-scale data center rollout.
Against this backdrop, distributed and off-grid power generation is rapidly becoming the preferred model for AI data center energy supply — and compact gas turbine generator sets have emerged as the leading solution in regions with available natural gas resources.
Why Gas Turbine Generators Are the Right Fit
Medium and small gas turbine generator sets combine the speed, reliability, and clean efficiency that modern computing infrastructure demands. Key operational characteristics include:
12–18 months from order to full operation
15 minutes to reach full rated load
95%+ system availability rate
Fully off-grid & islanded operation
These characteristics allow gas turbine-based power systems to rapidly fill energy gaps and give data center operators the power certainty they need to scale their operations without delay.
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Wolong Generator Power Range Coverage
2,000 kW60,000 kW
Full-range, self-developed and manufactured generators — compatible with light-duty and heavy-duty gas turbines, covering onshore fixed, offshore platform, and mobile vehicle-mounted applications.
Wolong's Core Competitive Advantages
International Standards & Global Compatibility
Design and testing comply with IEC, API, and IEEE international standards
High power density with lightweight construction; fully customizable to project specifications
Supports 15 kV high-voltage output and 60 Hz operation — compatible with North American and global grid systems
Qualified for extreme environments: high heat, arctic cold, and offshore conditions
Capable of fast-track UL and CE certification
Industry-Leading Manufacturing Capacity
Annual production capacity of 600 generator sets
Proven capability for large batch orders and coordinated bulk delivery
Rapid response to the global surge in AI infrastructure demand
Stable, globally diversified supply chain that reduces lead-time risk and shortage exposure
Fast Delivery — A Clear Market Advantage
Modular design compatible with both light-duty and heavy-duty gas turbines
Delivery lead time: 3 to 5 months — over 50% shorter than international peers
Significantly compresses project construction timelines
Helps clients bring facilities online faster and capture market opportunities ahead of competitors
Explosion Protection & Energy Efficiency
Deep expertise in explosion-proof engineering: non-sparking (Ex e) and pressurized (Ex p) types available
Holds international explosion-proof certifications (ATEX / IECEx) and major marine classification society approvals
Suitable for oil & gas production, petrochemical, and other hazardous-gas environments
Meets international energy efficiency standards; combined-cycle mode further increases fuel utilization
Key Markets and Applications
Wolong gas turbine generators are particularly well positioned to serve several high-growth global markets:
Middle East
Gas-to-power transition programs, large-scale data center development, and oil & gas field electrification projects.
Europe
Low-carbon industrial transition, distributed energy projects, and high-efficiency power generation aligned with EU energy standards.
Americas
Gas-rich regions with abundant feedstock, fast-growing hyperscale data center buildout, and off-grid industrial applications.
Discuss Your Power Generation Project
Our engineering and sales team is ready to help you evaluate generator sizing, site requirements, certification needs, and delivery timelines — for any location worldwide.
