Kansas City data centers don’t have to balloon our electricity bills | Opinion
Kansas City is preparing for a massive surge in electricity demand. Port KC has approved $10 billion in bonds for Project Mica, a new data campus in the Northland, and authorized up to $100 billion for Project Kestrel, a long-term tech development near Kansas City International Airport. These projects promise jobs and tax revenue — but the real test is simple: Will they make our electric bills better or worse?
Across the state line, regulators are already rewriting the rules for huge energy users. Just this month, Kansas approved a Large Load Power Service plan for facilities that hit a peak load of 75 megawatts or more, roughly the size of a large data center. Missouri followed with a similar rate for Evergy’s Missouri service territory. While these tariffs aim to ring-fence costs so tech giants pay for their own substations, they also serve to secure the utility’s massive infrastructure investments. They lock in data centers as premium customers, but for the average family, the assurance that this demand won’t bleed into higher electric rates is a promise, not a guarantee.
The prospect of higher bills is alarming because household electricity costs are already climbing. For many residents, this is an energy burden — the share of income spent just to keep the lights on. One study identified Kansas City as a Top 10 city for this burden. With average monthly residential electricity bills in 2024 already hitting $124 in Kansas and $129 in Missouri, and recent rate hikes adding to the tab, we cannot afford a grid of haves and have-nots, where data centers get premium reliability while residents face higher bills and outages.
Instead of relying solely on far-away power plants, Kansas City can meet new demand closer to home through distributed energy resources. This simply means generating power right where we use it. By installing solar panels on school rooftops and carports, and pairing them with community batteries, we can store daytime sunshine to keep neighborhoods running long after the sun goes down.
Why distributed solar and batteries? Unlike a massive new power plant that takes years to build and locks us into decades of costs, distributed energy is flexible and fast. By generating power right where it’s used — on rooftops and in parking lots — we reduce the strain on the transmission lines that data centers are crowding. This is about more than just smart engineering. It’s about fairness. It ensures the benefits of our energy transition are shared by the community, not just extracted from it.
Kansas’s new law, H.B. 2527, helps by expanding net metering, but leaders must go further. Every large load approval should be tied to a neighborhood energy compact. Under such a compact, a small fraction of the revenue flowing from data centers would be strictly set aside to install solar and batteries on nearby schools, libraries and community cooling centers. This approach would do more than just offset carbon: It would build a tangible solar safety net for the very residents living with the infrastructure impacts.
To ensure accountability, a public dashboard should track, by ZIP code, whether bills are stabilizing and outage minutes are falling in areas where new infrastructure is built. That is the real equity test for our region. We already possess the advanced technology and the necessary policy tools in H.B. 2527. Now, we simply need the political will to ensure Kansas City’s massive data center boom doesn’t just power the global cloud, but actively strengthens and benefits every neighborhood in the city.
Aakash Raj is an energy expert and fellow at the Clean Energy Leadership Institute. He is also a senior member of the Institute of Electrical and Electronics Engineers. He lives in Kansas City.