Jason Few argues data center proposals should be judged on their real-world effects, not dismissed on sight
AI needs electricity, and lots of it. The people who live next to the buildings that consume it would like a word.
FuelCell Energy President and CEO Jason Few is leaning into that tension instead of dodging it. In a recent Bloomberg interview, he said local communities should have a voice in data center projects. He also argued those projects deserve to be evaluated on what they actually do, rather than being turned away simply because of what they are.
The concerns on the table
Few addressed three public worries that keep surfacing around AI infrastructure: higher utility bills, water consumption and reliance on fossil-fuel infrastructure.
Few’s argument is not that these concerns are wrong. It is that they should be tested against the specifics of each project. A proposal that strains the local grid is a different animal from one that generates its own power on site.
A data center on old mining land
The conversation centered on a proposed project in Newport Township, Pennsylvania. FuelCell Energy is lined up to supply the power there, but it is not the developer.
That role belongs to Fit Energy, which announced the fuel cell-powered data center campus on October 6, 2026. The plan calls for repurposing former mining land to host both the data center and on-site power generation.
The township granted zoning approval in August 2026, roughly two months before the public announcement.
Under a strategic agreement with Fit Energy, FuelCell Energy’s molten carbonate fuel cell systems are set to provide up to 380 MW of power. The arrangement begins with a commitment to deliver 30 MW.
A quick translation of the tech: a fuel cell produces electricity through a chemical reaction rather than by burning fuel in a traditional turbine. Molten carbonate is one specific type of that technology, built for larger, stationary installations like this one.
Why speed is the selling point
Few emphasized the importance of shrinking “time to power,” meaning how quickly a facility can actually switch on and start running. Demand from AI applications is rising, and developers do not want to sit idle waiting for electricity.
That is where behind-the-meter power comes in. The term describes generation that sits on the customer’s side of the utility connection, supplying the facility directly instead of drawing everything from the grid.
Developers are increasingly seeking these setups to sidestep lengthy grid interconnection timelines. Plugging a massive new load into the public grid can involve long queues and extensive studies. Building your own supply skips a lot of that line.
Few also pointed to local emissions reduction and operational efficiency as benefits of the approach.
The business behind the pitch
FuelCell Energy’s proposal pipeline reached approximately 10 GW by the third quarter of fiscal 2026. Data centers made up 97% of that pipeline.
To meet that demand, FuelCell Energy is expanding manufacturing at its Torrington, Connecticut facility. The target is an output of 500 MW annually, up from an earlier goal of 350 MW.
The expansion carries an expected investment of $200–275 million over 24 months.
The company has also reshaped its leadership bench. Peter Hopper joined the board on October 26, 2026, bringing experience in digital infrastructure and data centers.
Outside forecasters see room to run. Rystad Energy projects significant growth in fuel cell applications within data centers by 2030.
What this means for developers, towns and investors
Few’s comments read as an attempt to get ahead of a backlash before it hardens. By framing the debate around actual effects, he is inviting projects to be graded on specifics: how much water they use, whether they push costs onto ratepayers and what their emissions look like.
The Newport Township project pairs a reuse of former mining land with dedicated power generation. Whether it scales from 30 MW toward the full 380 MW will say a lot about how these partnerships play out in practice.
For investors watching FuelCell Energy, a pipeline of approximately 10 GW that is 97% data centers shows real momentum. It also means community pushback against data centers is a direct business risk.
The manufacturing expansion adds another layer. Committing $200–275 million to reach 500 MW of annual capacity makes sense if proposals convert into signed deals.
