Tech Giants’ Natural Gas Gamble Backfires as Construction Costs Soar

Rising Costs and Delays Threaten AI Boom’s Energy Strategy

By [Your Name], Senior Technology Correspondent

April 25, 2026 — In a bid to fuel the explosive growth of artificial intelligence and cloud computing, major tech firms including Microsoft and Meta have turned en masse to natural gas as their power source of choice. But their bet on fossil fuels is facing an unexpected hurdle: skyrocketing construction costs and crippling delays that threaten to derail their ambitious data center expansion plans.

A new report from BloombergNEF reveals that the cost of building a natural gas-fired power plant has surged by 66% in just two years, climbing from less than $1,500 per kilowatt in 2023 to $2,157 in 2025. Compounding the problem, project timelines have stretched by 23%, leaving companies scrambling to secure turbines and other critical components amid a worsening supply crunch.

The findings underscore a deepening dilemma for Silicon Valley’s energy strategy—one that pits the relentless demand for computing power against rising infrastructure costs, environmental concerns, and growing public opposition to data centers.

The Rush to Gas: A Short-Term Fix with Long-Term Consequences

For years, tech giants have championed renewable energy, signing massive power purchase agreements (PPAs) for wind and solar to offset their carbon footprints. But as AI workloads intensify, companies are pivoting to natural gas—a more reliable, though carbon-intensive, solution—to ensure uninterrupted power for their sprawling data centers.

The shift comes amid a staggering surge in electricity demand. According to industry forecasts, data center power consumption is expected to nearly triple by 2035, jumping from 40 gigawatts today to 106 gigawatts. Much of this growth is driven by hyperscale facilities, with the average new data center now surpassing 100 megawatts—far larger than the 50-megawatt standard of just a few years ago.

Yet the scramble for gas-fired power has triggered a cascade of challenges:

• Soaring Equipment Costs: Gas turbines, which account for up to 30% of a plant’s total cost, have seen prices skyrocket by 195% since 2019, according to Wood Mackenzie.
• Supply Chain Bottlenecks: Specialized manufacturing techniques mean turbine production can’t easily scale, pushing delivery timelines into the early 2030s.
• Public Backlash: Utilities, often passing costs to consumers, face mounting resistance from communities wary of higher energy bills and environmental impacts.

“The industry is caught between a rock and a hard place,” said Rebecca Chen, a senior energy analyst at BloombergNEF. “Tech companies need power now, but the infrastructure they’re relying on is becoming prohibitively expensive and politically contentious.”

A Political and Environmental Tightrope

The Trump administration’s directive for data center operators to “bring their own power” has further accelerated the move toward private energy projects. But critics argue that the reliance on natural gas undermines corporate climate pledges and exposes companies to volatile fuel markets.

“This is a short-term solution with long-term risks,” said Dr. Alan Vickers, an energy economist at Columbia University. “Natural gas prices may be low now, but geopolitical instability—like the ongoing conflict in Iran—could disrupt supply chains and send costs soaring again.”

Environmental groups have also sounded the alarm, warning that locking in fossil fuel infrastructure could derail global decarbonization efforts. “Every new gas plant built today is a 30-year commitment to emissions,” said Lisa Tran, a campaigner with the Sierra Club. “Tech companies are trading their climate credibility for immediate energy gains.”

Google Charts a Different Path

Not all tech firms are doubling down on gas. Google has begun outlining an alternative strategy, pairing renewables with next-generation energy storage solutions like Form Energy’s iron-air batteries—capable of discharging power for up to 100 hours.

“The economics are shifting,” said Google’s Chief Sustainability Officer, Mark Patel. “Solar, wind, and battery costs continue to fall, while gas plants are becoming more expensive. We see a clear path to scaling clean energy without sacrificing reliability.”

Analysts note that while renewables alone can’t yet match gas for 24/7 power, advancements in long-duration storage and grid flexibility may soon close the gap.

What Comes Next?

The natural gas crunch presents a pivotal moment for the tech industry. Companies must weigh the urgency of AI-driven demand against ballooning costs, regulatory scrutiny, and reputational risks. Some may opt to absorb higher expenses, while others could accelerate investments in nuclear, geothermal, or hydrogen-based solutions.

For now, the race for power continues—but the stakes have never been higher. As one industry insider put it: “The question isn’t just whether tech can afford these plants. It’s whether they can afford the backlash if they build them.”

Key Takeaways:

• Construction costs for natural gas plants have surged 66% since 2023.
• Gas turbine shortages and delays threaten to stall data center growth.
• Public opposition is mounting as utilities pass costs to consumers.
• Google is betting on renewables and storage as a cleaner alternative.
• The AI boom’s energy demands are testing the limits of current infrastructure.

As the debate intensifies, one thing is clear: The tech industry’s energy choices today will shape its environmental and economic future for decades to come.