Q1 2026: The Gas Turbine Boom Is Real, But the Bottleneck Is the Market

In partnership with EthosEnergy

As every first Saturday of each month, welcome to this month’s edition of the GasTurbineHub Newsletter!

In today’s newsletter:

📈 Gas Turbine Boom Is Real – What three market scenarios we can expect. 
🏭 Gas Turbine New Installations – Latest updates on projects and deployments.
⚙️ Gas Turbine Technology Developments – Innovations driving efficiency and performance.
🔥 Low Carbon Gas Turbines – Advancements in low-carbon-powered solutions.
📅 2026 Events Calendar – Upcoming industry events and opportunities to connect.

📣 Together With EthosEnergy

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Let’s jump right in!

A Stronger Start than Expected

The gas turbine market was not supposed to begin 2026 like this.

After a record-breaking 2025, expectations pointed toward normalisation, a period where supply chains could catch up and projects would shift from announcements to execution. Instead, Q1 2026 has delivered another surge, with a volume and scale of projects that reinforce one conclusion: demand is not slowing down.

The size of these developments is telling. In just one quarter, multi-gigawatt projects have been announced across the United States and the Middle East, including 3.3 GW Al Nouf 1, 2.5 GW Taweelah C, and large U.S. clusters exceeding 5–9 GW. These are not incremental additions. They are system-level assets designed to support industrial expansion, data centers, and long-term energy strategies.

Siemens Energy delivered its strongest quarter every in order intake, booking 102 gas turbines. 12 GW were converted from existing reservation agreements, at and the same time 12 gigawatts of new reservations. GE Vernova signed 21 GW of new gas equipment contracts, including 19 GW of slot reservation agreements and 2 GW of orders. Converted 6 GW of existing slot reservation agreements to orders and shipped 4 GW of equipment; resulting in backlog growth from 40 to 44 GW and an increase in slot reservation agreements from 43 to 56 GW.

At first glance, this looks like a market accelerating. But that is only part of the story.

Macro Shifts Reshaping the System

De‑globalisation and re‑shoring are reshaping where turbines, components and fuels come from. Trade tensions and sanctions are fragmenting supply chains, prompting OEMs and states to favour regional manufacturing footprints and trusted corridors for fuels like LNG. For a technology whose large frames historically depended on deeply internationalised casting, forging and control‑system supply networks, this is not a theoretical risk; it is already visible in bid conditions and qualification rules.

What the Q1 Pipeline Really Shows

The defining characteristic of Q1 2026 is not just scale, it is the disconnect between ambition and execution.

Projects are getting larger and more strategic, reflecting a shift toward centralised, dispatchable power hubs. This aligns with the needs of hyperscale data centers and industrial clusters, which require dense and reliable capacity rather than incremental supply.

However, most of these projects remain at an early stage. OEMs are not yet disclosed, turbine configurations are undefined, and EPC contracts are largely absent. Even the largest announcements are still tied to policy frameworks or trade agreements rather than confirmed procurement decisions.

This suggests a simple but critical point: The pipeline is expanding faster than the industry’s ability to deliver it.

Demand Is Structural

The strength of the market is not in question. What has changed is the nature of demand.

Data centers are now a primary driver, particularly those linked to artificial intelligence. Their requirements, continuous load, high density, and rapid deployment, are poorly matched with intermittent generation alone. Gas turbines, especially flexible CCGTs and fast-track OCGTs, are increasingly becoming the default solution.

At the same time, industrial policy is shaping investment decisions. Several of the largest projects are tied to national strategies around manufacturing, trade, and energy security. This type of demand is less sensitive to short-term price signals and more aligned with long-term strategic priorities.

In parallel, regions like the Middle East are scaling gas-fired capacity while embedding optionality for future decarbonisation. The growing use of “carbon-capture-ready” language reflects this approach, even if large-scale CCS deployment remains uncertain.

Together, these drivers confirm that demand is no longer cyclical. It is structural, and it is accelerating.

Implications of a Constrained Supply Chain

The real constraint: capacity

If demand is strong, the limitation lies on the supply side.

OEMs are operating with extended backlogs and limited availability for large-frame turbines. Production capacity is constrained not only by manufacturing throughput but also by deeper supply chain limitations. Critical components, such as rotor forgings and hot gas path castings, depend on specialised processes that cannot be scaled quickly.

The workforce adds another layer of constraint. Skilled labor shortages are affecting manufacturing, installation, and service, introducing delays that cannot be easily mitigated.

The result is a clear imbalance: projects are being announced faster than they can be executed.

Prices are already adjusting

This imbalance is now visible in pricing.

Across global markets, turbine and EPC costs are climbing, and escalation clauses are becoming standard. With OEM capacity constrained, suppliers are prioritising higher-value projects, while developers face greater uncertainty around delivery schedules and final project costs. What was once a rough benchmark of $1,000 per kW is now often $2,000–$3,000¹ per kW, depending on project size, location, and other factors.

This is not a temporary fluctuation. It reflects a structural shift in the market.

For some projects, this means re-evaluating viability. For others, it means competing earlier and more aggressively for limited capacity.

An unexpected shift: engines gain ground

One of the less visible consequences of these constraints is the renewed role of internal combustion engines.

For data-center and other fast-track applications, engine-based power plants can be deployed in months rather than years, while grid access delays can stretch to up to 10 years. That speed advantage is becoming decisive in a market where timing matters as much as cost.

Engines also bring an efficiency edge in many applications, using 20–35% less fuel than gas turbines, while major manufacturers are seeing gigawatt-scale demand from behind-the-meter data-center projects. The shift is no longer anecdotal: the market is now absorbing engine projects in multiple hundreds of MW per site, with individual installations ranging from 12 to 38 engines and total capacities from 225 MW to 573 MW in the examples already on the market.

This does not replace gas turbines, but it does reshape the competitive landscape. Constraints in one technology are creating opportunities in another.

From Pipeline to Reality: Three Scenarios for 2026–2028

When viewed through the lens of these constraints, the Q1 pipeline becomes less a measure of growth and more a test of execution. The absence of confirmed OEMs, turbine orders, and EPC contracts suggests that a significant portion of announced capacity is still uncertain.

In this environment, three scenarios begin to emerge.

• The most likely is controlled growth with prioritisation. OEMs continue to allocate limited capacity selectively, favoring projects with stronger economics and lower risk. Some projects are delayed or scaled down, while prices remain elevated. The market grows, but more selectively than the pipeline suggests.

• A second scenario is demand destruction driven by cost escalation. As project costs rise, some investments become unviable. Developers delay decisions, and part of the demand shifts toward alternative solutions. Growth slows, not because demand disappears, but because it cannot be executed at scale.

• The third scenario is capacity expansion and partial normalisation. Over time, OEMs and suppliers invest in new capabilities, easing bottlenecks and stabilizing prices. However, given the time and capital required, this is more likely a gradual adjustment than a near-term solution.

In reality, the market will likely combine elements of all three. But the key shift is clear: growth will be defined by execution capacity, not announced demand.

Final Thought: When Constraint Becomes Strategy

Q1 2026 marks a turning point for the gas turbine market.

Demand is strong, diversified, and increasingly driven by structural forces. But supply is constrained, inflexible, and slow to expand. In this environment, capacity is no longer just a limitation, it is a strategic asset.

This changes how the market operates. Timing becomes critical. Project selection becomes more disciplined. And execution, not announcements, becomes the true measure of success.

The projects announced this quarter are not just indicators of growth. They are signals of a system under pressure, where ambition is beginning to outpace capability.

Looking ahead: The real story of 2026 will not be how many gigawatts are announced, but which of them secure the capacity to move forward, and at what cost.

References: 1. Utility Dive (accessed on 29 of April, 2026).

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The Latest News in a Snapshot

Intelligence and Insights Reports - Stay ahead

Gas Turbine New Installations

• Baker Hughes Secures First NovaLT Gas Turbine Order in South America to Boost Argentina’s LNG Infrastructure

  Baker Hughes has secured a strategic order to supply three NovaLT™16 gas turbines and centrifugal compressors for a major pipeline project in Argentina, supporting gas transport from the Vaca Muerta to LNG export facilities. This marks the first deployment of its NovaLT technology in South America, highlighting growing regional demand for high-efficiency, lower-emission turbomachinery in LNG value chains.
  Source: Baker Hughes (4 April, 2026)

• Australia reviews approval for a 1.2 GW gas-fired project paired with a 780 MW / 6.2 GWh BESS.

  Private Energy Partners has proposed the Gladstone SDA Energy Hub in Queensland, a 1,188 MW gas-fired plant using six Siemens SGT5-2000E gas turbine units, combined with a 780 MW lithium iron phosphate BESS deployed in phases. The project includes on-site fuel supply via pipeline, grid connection through a 275 kV substation, and is planned to operate for 25 years with potential extension.
  Source: Private Energy Partners (8 April, 2026)

• Australia reviews approval for a 1.2 GW gas-fired project paired with a 780 MW / 6.2 GWh BESS.

  Private Energy Partners has proposed the Gladstone SDA Energy Hub in Queensland, a 1,188 MW gas-fired plant using six Siemens SGT5-2000E gas turbine units, combined with a 780 MW lithium iron phosphate BESS deployed in phases. The project includes on-site fuel supply via pipeline, grid connection through a 275 kV substation, and is planned to operate for 25 years with potential extension.
  Source: Private Energy Partners (8 April, 2026)

• Capstone Green Energy Supplies C800 Microturbines for CHP Project in Utah Resort

  Capstone will install two C800 Signature Series microturbines (≈800 kW each) running on natural gas. The CHP system integrates waste heat recovery to supply high-grade hot water, achieving high overall efficiency through combined electricity and thermal output for on-site resort energy demands.
  Source: Capstone Green Energy (9 April, 2026)

• Acwa Signs Power Purchase Agreement for the Expansion of Rabigh 2 Power Plant Project

  Acwa has signed a Power Purchase Agreement with the Saudi Power Procurement Company for the Rabigh 2 IPP Expansion Project. The project enhances electricity supply reliability and sustainability across the Kingdom with a total capacity of 2,313.5 MW.
  Source: Acwa (16 April, 2026)

Gas Turbine Technology and Market Developments

• Allied Power Group Acquires Assets of EthosEnergy’s Generator Division

  Allied Power Group, a Houston-based provider of aftermarket services for power generation equipment, has acquired the assets of EthosEnergy’s Generator division in Farmington, New Mexico.
  Source: Allied Power Group (7 April, 2026)

• MTU Power Expands Gas Turbine Field Service Capabilities with New Houston Hub

  MTU Power has strengthened its North American service network by opening a Level-2 industrial gas turbine service center in Houston. The facility enhances field service support by enabling local repairs, spare parts storage, and faster response times for operators, particularly in the LNG and oil & gas sectors.
  Source: MTU (08 April, 2026)

• PROENERGY Closes Agreement to Divest Braes Bayou and Brotman Generating Stations to STEC

  PROENERGY has sold the Braes Bayou and Brotman gas-fired plants (768 MW total) to South Texas Electric Cooperative. It will continue operating and maintaining the facilities under service agreements.
  Source: PROENERGY (10 April, 2026)

• ACWA Power Signs $3.1B PPA for 2.3 GW Rabigh 2 CCGT Expansion with CCS Readiness

  ACWA Power secured a SAR 11.5 billion PPA for the 2,313.5 MW Rabigh 2 CCGT expansion in Saudi Arabia. The gas-fired project includes carbon capture readiness and strengthens grid reliability, supporting growing demand and the Kingdom’s energy transition under Vision 2030.
  Source: ACWA (16 April, 2026)

• GE Vernova reports first quarter 2026 financial results and raises 2026 guidance

  Gas Power equipment backlog and slot reservation agreements grew from 83 to 100 GW; now anticipate reaching at least 110 GW by year-end 2026.
  Source: GE Vernova (22 April, 2026)

• Siemens Energy Raises FY2026 Outlook on Strong Gas Turbine and Grid Demand

  Siemens Energy increased its FY2026 outlook following strong demand, with Gas Services orders up 32% in Q2. Growth reflects robust global demand for gas turbine services and new equipment, reinforcing the role of gas-fired generation in energy security and transition strategies.
  Source: Siemens Energy (23 April, 2026)

• ENGIE strengthens its presence in Oman with new power purchase agreements for Barka 3 and Sohar 2

  Signed with Nama Power and Water Procurement Company (PWP), the agreements extend both assets for an additional 15 years from 1 April 2028, securing the longest PPA extension achieved to date in Oman and supporting the continued operation of two critical assets within the country’s electricity system.
  Source: ENGIE (23 April, 2026)

• Baker Hughes Reports Strong Q1 2026 Driven by Gas Infrastructure and CCS Orders

  Baker Hughes posted strong Q1 2026 results with record IET orders of $4.9 billion, including growth in gas infrastructure, LNG, and carbon capture. The expanding backlog highlights sustained demand for gas turbine-related energy systems supporting power generation and decarbonization efforts.
  Source: Baker Hughes (23 April, 2026)

• GE Vernova wins contract to upgrade major power plants in Egypt

  GE Vernova has been contracted by Middle Delta Electricity Production Co. to upgrade the Banha and Nubaria power plants in Egypt. The project includes AGP upgrades for two 9F gas turbines and long-term service agreements, aiming to boost output, improve efficiency by ~2%, and reduce emissions.
  Source: GE Vernova (29 April, 2026)

Gas Turbine Decarbonisation News

• IHI, PETRONAS and Gentari Partner to Demonstrate World’s First Fully Ammonia-Fueled Gas Turbine

  IHI Corporation has signed a joint collaboration agreement with PETRONAS and Gentari to deploy a fully ammonia-powered gas turbine at a petrochemical complex in Malaysia. The project will showcase the technical viability of using ammonia as a zero-carbon fuel for power generation, with demonstration targeted for 2027.
  Source: IHI (10 April, 2026)

• Singapore Launches RFP for Hydrogen-Ready CCGT Capacity to Meet Rising Power Demand

  Singapore’s Energy Market Authority issued an RFP for up to three hydrogen-ready CCGT units (≥600 MW each) for 2031–2032 operation. The initiative supports growing electricity demand driven by industry and data centres while ensuring reliable baseload power during the energy transition.
  Source: EMA (29 April, 2026)

Gas Turbine Related Events Happening in May

Saudi Rotating Equipment Technical Conference & Expo 2026
Date: May 4–6, 2026
Location: Al Khobar, Saudi Arabia (In-person)
Organizer: RoTIC
Website: https://gasturbinehub.com/event/saudi-rotating-equipment-technical-conference-expo-2026/ 

SGT800 Users Conference 2026
Date: May 11–13, 2026
Location: Stuttgart, Germany (In-person)
Organizer: GTUsers
Website: https://gasturbinehub.com/event/sgt800-users-conference-2026/

13th GTF Gas Turbine Focus Conference and Exhibition 2026
Date: May 12–14, 2026
Location: Stuttgart, Germany (In-person)
Organizer: CDMC EVENTS
Website: https://gasturbinehub.com/event/gtf-2026-13th-gas-turbine-focus-conference-and-exhibition-2026/

7F Users Group Annual Conference 2026
Date: May 18–22, 2026
Location: The Woodlands, Texas (In-person)
Organizer: Power Users Group
Website: https://gasturbinehub.com/event/7f-users-group-annual-conference-2026/

Asia Turbomachinery & Pump Symposia (TPS) 2026
Date: May 19–21, 2026
Location: Kuala Lumpur, Malaysia (In-person)
Organizer: TPS
Website: https://gasturbinehub.com/event/asia-turbomachinery-pump-symposia-tps-2026/

Enlit Africa 2026
Date: May 19–21, 2026
Location: Cape Town, South Africa (In-person)
Organizer: Vuka Energy
Website: https://gasturbinehub.com/event/enlit-africa-2026/