What the Research Actually Says
If you’ve heard that data centers are driving up electricity bills, you’re not alone. It’s one of the most common concerns communities raise when new projects are proposed.
The truth is a lot more practical than the headlines suggest.
What drives electricity prices?
A comprehensive analysis from Lawrence Berkeley National Laboratory looked at electricity price trends across the United States and broke down what really causes them to rise.
Their findings are straightforward – electricity prices are influenced by a mix of factors, including:
- Investments in power lines and grid infrastructure
- Maintenance and upgrades to aging systems
- Fuel costs- like natural gas
- Extreme weather and reliability upgrades
- State energy policies and programs
In recent years, much of the upward pressure on electricity prices has been tied to infrastructure investment and system upgrades, not any single type of customer.
Where do data centers fit into this?
Data centers use a lot of electricity. That part is true.
But the research makes something equally clear:
More electricity use does not automatically mean higher prices.
In fact, in some parts of the country, the opposite has happened.
Real examples where electricity prices stayed flat – or even declined
There are regions in the U.S. where electricity prices have remained stable or even decreased in real terms over time. These include parts of Texas, the Midwest, and the Pacific Northwest.
What’s consistent across these areas isn’t the absence of growth – it’s how that growth was managed.
In Texas, large amounts of new wind and solar power added low-cost supply to the grid, helping keep prices competitive even as demand increased. In parts of the Midwest, similar investments in wind generation and relatively moderate infrastructure costs helped limit price increases. In the Pacific Northwest, long-standing access to low-cost hydropower has kept electricity prices among the lowest in the country for decades.
The takeaway is simple – when new demand is matched with sufficient, low-cost power and well-planned infrastructure, electricity prices can remain stable – or even go down.
So why do prices sometimes go up?
In other regions, prices have increased, and data centers are often part of that conversation.
Here’s when that happens:
- When growth happens faster than the grid can handle – If demand shows up quickly, utilities may need to build new power plants or upgrade infrastructure on a tight timeline. That can increase costs.
- When infrastructure isn’t ready – The grid in many areas wasn’t built for today’s level of digital demand. Catching up requires investment, and those costs can flow through to rates.
- When costs aren’t structured properly – How a project is designed matters. If new infrastructure is funded and planned responsibly, impacts to existing customers can be minimized. If not, costs may be shared more broadly.
What the research tells us
The combined findings from Lawrence Berkeley National Laboratory, U.S. Department of Energy, and Electric Power Research Institute point to a consistent conclusion:
Data centers are not the primary reason electricity prices rise.
Prices move based on how the overall system is planned, built, and managed.
Data centers are one form of demand, alongside population growth, manufacturing, and electrification of transportation. What matters is how that demand is integrated into the grid.
A more practical way to think about it
Data centers don’t automatically raise your electricity bill.
They highlight whether growth is being handled the right way.
- When infrastructure is planned ahead of demand
- When new power supply is brought online efficiently
- When developers contribute to the systems they rely on
…communities can benefit from growth without seeing unnecessary increases in electricity costs.
Why this matters
Electricity powers everything – homes, schools, hospitals, and local businesses.
The conversation shouldn’t be about stopping growth. It should be about managing growth responsibly so communities benefit without carrying the burden.
That’s the difference between growth that creates pressure and growth that creates long-term value.
How Beale approaches development
At Beale Infrastructure, this is exactly how projects are approached.
Development is not treated as a race to build as quickly as possible. It is managed as a coordinated process that aligns power, infrastructure, permitting, and community considerations upfront – before projects become problems.
Beale’s focus is on certainty and transparency – identifying risks early, working directly with utilities and local stakeholders, and ensuring that infrastructure is planned and funded in a way that avoids unnecessary strain on the system. Projects are executed through long-standing relationships with contractors, utilities, and government partners, which helps reduce friction and improve outcomes.
Equally important, Beale takes a community-first approach – engaging early, communicating clearly in plain terms, and focusing on real, measurable local benefits rather than broad claims. This includes aligning development with regional infrastructure priorities and ensuring that projects are integrated responsibly into the communities where they are built.
The goal is simple – deliver infrastructure in a way that works for customers, for the grid, and for the community.
To learn more about how Beale develops data center responsible, please visit The Data Center Development Process.