Can Mat-Su power its future with local energy?
The Cost of Saying No First
Alaska has a habit of rejecting new energy projects before fully weighing the alternatives. Roads, mines, power plants—each faces the same chorus of warnings: pollution, harm to rivers, threats to salmon. Yet buried beneath the knee-jerk skepticism lie opportunities that could bolster the Matanuska-Susitna Borough’s economy while keeping essential services running.
A Power Plant That Works With, Not Against, the Land
The upper Susitna Valley isn’t some untouched wilderness. It’s an industrial zone with coal deposits and designated land for development. A new study from the University of Alaska suggests a modern coal and biomass plant with carbon capture could deliver steady, affordable power—perhaps at a cost comparable to natural gas.
Here’s why that matters:
- Cook Inlet’s gas supply is dwindling, and importing fuel is becoming costly.
- A new plant could store carbon underground, minimizing emissions while freeing up existing gas for home heating instead of electricity.
The Data Center Wildcard: A Billion-Dollar Opportunity?
Power is only valuable if it’s reliable and deliverable. Enter data centers—facilities that demand constant, high-capacity electricity. Alaska’s cold climate already makes cooling easier, but these centers need more than just air-conditioning.
The solution? Designate a portion of the plant’s output for data centers through:
- Direct power contracts
- A dedicated transmission line
This way: ✅ Data centers pay for their consumption—no hidden costs for residents. ✅ Excess power can be sold to utilities. ✅ Private investment in the billions could pour into the region, creating construction jobs (even if permanent roles are fewer).
Real-world precedent:
- Quincy, Washington became a tech hub thanks to cheap, reliable power.
- Northern Virginia saw explosive economic growth from data centers.
Could Mat-Su replicate this success? Only if the power infrastructure exists.
The Flaws—and Why They’re Manageable
No project is flawless. Critics point to: ⚠ Carbon capture isn’t perfect—but studies suggest emissions could be lower than importing liquefied natural gas. ⚠ Water use concerns—modern data centers, however, consume far less than older models. ⚠ Regulatory hurdles—any plant would undergo rigorous environmental review before approval.
The real debate isn’t about if risks exist, but whether Alaska is willing to examine the trade-offs before shutting the door.
The Bigger Picture: Avoiding Energy Shocks
Natural gas prices aren’t stable. Between 2027 and 2030, supply shortages could trigger sharp price spikes—leaving businesses and homeowners vulnerable. Local fuels like coal and biomass offer stability, especially with federal support for carbon storage to balance costs.
This isn’t about greenlighting everything. It’s about: 🔍 Examining the facts 📜 Setting clear rules ✅ Making informed choices
Alaska has a chance to lead—not by default, but by design. The question is: Will the Mat-Su Borough ask the right questions before saying no?
