Investing in 'Ready'

1 mile = nearly $58,000 — 
and that’s the simple version

Most people don’t often think about everything behind the light switch. That’s our job.

You flip it, and you expect the lights to come on.

Making that happen requires much more than the electricity flowing through the meter. Before a single kilowatt-hour can reach your home, FreeState must have an electric distribution system in place — poles, wire, transformers, equipment and people — and that system has to be maintained and ready every hour of every day.

That’s where the Electric Service Charge (ESC) comes in.

The ESC is the fixed monthly line item on your bill to have electric service available at your location. Unlike the energy portion of your bill, the ESC doesn’t change based on how many kilowatt-hours you use. Whether you use a lot of electricity, a little, or none at all during the month, the infrastructure serving your location still has to be there and ready when you flip the switch.

What Does a Mile of Electric Line Look Like?

One way to understand those fixed costs is to look at what it takes to replace just one mile of existing electric line.

For our example, we started with about the simplest mile we could choose: level terrain and no individual service drops to homes, farms or businesses. Using material costs from January 2026, we calculated what would be required to remove the existing infrastructure and rebuild that mile of line so that it is upgraded to improve reliability.

And there is a lot more involved than simply replacing a few poles.

And then there are the people who make it happen.

Replacing that single mile requires approximately 269 labor hours — skilled employees operating specialized vehicles and equipment to remove the old infrastructure, construct the new line, make connections, test the system and safely place it into service.

But No 2 Miles Are the Same

Our example is intentionally straightforward. Real-world construction isn’t always so cooperative.

A mile of line crossing rocky or uneven terrain may require more equipment and labor. Trees and other obstacles can make access more difficult. A line serving multiple homes or businesses requires additional transformers, service drops and equipment. Material prices can also rise or fall depending on supply costs, availability and vendors.

That means there isn’t one universal “price per mile” for the electric system.

What doesn’t change is the need to maintain it.

Poles eventually need to be replaced. Wire and equipment must be inspected, repaired and upgraded. Trees and vegetation have to be managed. Storm damage has to be repaired. Trucks and specialized equipment must be available, and trained employees must be ready to respond.

You’re Paying for ‘Ready’

Your energy charge reflects the electricity you use.

The ESC helps support something different: the system that makes electricity available to use. This includes the cost of equipment, materials, labor, and overhead expenses.

Think of it as the cost of ready.

• Ready when you turn on the lights before sunrise.
• Ready when you want the air conditioner on a 100-degree afternoon.
• Ready when you plug in a phone at midnight.
• Ready even when you’ve been away and haven’t used electricity for days.

There is an entire electric system behind that little switch on the wall.

And keeping that system ready is a job that never really switches off.

How the costs add up

To put the cost of maintaining an electric distribution system into perspective, FreeState looked at what it would take to retire and rebuild one mile of existing single-phase electric line.

We intentionally kept the example simple: level ground, no service drops and material prices as of January 2026.

First, the existing mile has to come down.

That means retiring 22 poles — 20 single-phase line poles and two dead-end poles — along with 10,500 feet of conductor (one mile each of neutral and phase), two guy wires, two screw anchors, six ground rod assemblies and 16 ground assembly plates.

Removing that infrastructure alone requires approximately 96 labor hours.

Then, essentially the same infrastructure has to go right back up.

Another 22 poles. Another 10,500 feet of conductor. New anchors, guy wires and grounding equipment.

Building the replacement requires another 173 labor hours.

Altogether, that’s 269 labor hours and nearly $58,000 to replace just one mile of line under relatively straightforward conditions.

And that’s important: $58,000 isn’t a standard price for a mile of electric line. It’s a snapshot.

Material prices change. Difficult terrain can require additional equipment and labor. Trees, rocks, waterways and limited access can complicate construction. Service drops to individual homes, farms and businesses add equipment and labor. Different line configurations can require additional materials. Any deviation from a straight line adds more poles and guy wires.

The actual cost of rebuilding any particular mile can therefore be considerably different.

But the example helps illustrate something that doesn’t change — maintaining an electric system takes a substantial amount of infrastructure and skilled labor — even when the end result may look very much like what was there before.

That’s part of what the ESC supports. The energy charge reflects the electricity you use. The ESC supports the system that must be ready for you to use it.

Because when you flip the switch, you aren’t thinking about 22 poles, nearly two miles of conductor or hundreds of hours of labor. You just expect the light to come on.