Colorado Electricity Rates

Colorado’s Clean Energy Crossroads

Colorado is in the middle of the most dramatic energy transition in the interior West. The state has committed to 100% clean electricity by 2040—a target set by SB 19-236 and reinforced by executive orders—making it one of the most aggressive clean energy timelines in the United States. Only a handful of states have set earlier deadlines, and none face Colorado’s unique combination of challenges.

Currently, approximately 42% of Colorado’s electricity comes from low-carbon sources: wind provides 27%, solar contributes 12%, and hydroelectric adds 3%. That’s real progress. But the other side of the ledger tells a more complicated story: coal still generates 26% of Colorado’s electricity—one of the highest coal shares among any state with an aggressive clean energy target. Natural gas fills the remaining 27%.

The tension is clear: aggressive clean goals paired with still-significant coal dependence means an expensive and disruptive transition. Every coal megawatt that retires must be replaced with renewables, battery storage, and transmission infrastructure. The Colorado Energy Plan is the blueprint—retiring the Comanche coal plant in Pueblo, adding massive wind and solar capacity across the eastern plains, and building the $1.7 billion Power Pathway transmission line to move that clean energy to Denver and the Front Range.

Wind Power on the Plains

Colorado’s geography creates one of the most productive wind corridors in the continental United States. The eastern Colorado plains—stretching from the Front Range foothills eastward to the Kansas border—are flat, treeless, and relentlessly windy. This terrain makes eastern Colorado ideal for utility-scale wind generation, and the state has capitalized aggressively.

Wind provides 27% of Colorado’s total electricity generation—the single largest clean energy source and tied with natural gas as the leading generation source overall. Wind farms are concentrated in Weld, Logan, Kit Carson, and Prowers counties, where steady plains winds produce capacity factors that rival the best wind sites in Texas and Iowa. Colorado ranks approximately 8th nationally in installed wind capacity.

But wind on the plains creates a fundamental transmission challenge. The wind farms are in eastern Colorado. The people are in Denver, Boulder, Fort Collins, and Colorado Springs—on the other side of the state. Moving power westward across the Continental Divide to the Front Range population centers requires massive transmission infrastructure. That’s the driving force behind the $1.7 billion Power Pathway transmission project, a new high-voltage line designed to carry renewable energy from the eastern plains to the metro area.

The wind buildout has been a major economic driver for rural eastern Colorado. Wind lease payments provide steady income for ranchers and farmers, and wind farm construction and maintenance jobs have revitalized small towns that were losing population. But the transmission costs are real: the Power Pathway project is one of the largest single infrastructure investments in Colorado history, and those costs will flow through to ratepayers over time.

The Coal Retirement Race

Colorado still burns 26% coal—the elephant in the room for a state targeting 100% clean electricity by 2040. While many western states have already moved past coal or never relied on it heavily, Colorado is attempting to eliminate a significant coal fleet in roughly 14 years. The economics, the politics, and the human impact of this transition define much of Colorado’s energy conversation.

The centerpiece of Colorado’s coal retirement story is the Comanche Generating Station in Pueblo—Colorado’s last major coal-fired power plant. The state has committed to retiring Comanche as part of the Colorado Energy Plan, replacing the capacity with a combination of wind, solar, and battery storage. But the transition isn’t free: replacing reliable baseload coal generation with intermittent renewables plus storage plus new transmission lines is the single biggest driver of rate increases in Colorado.

The impact extends beyond electricity. In western Colorado’s North Fork Valley, coal mines that once anchored the local economy—including the Elk Creek and West Elk mines—have closed or are winding down. Mining communities that relied on high-paying coal jobs are facing economic reinvention. Colorado’s response has been the creation of the Office of Just Transition, a state agency specifically designed to help displaced coal workers and affected communities navigate the economic disruption. It’s a model that states like Indiana and other coal-dependent states are watching closely.

Colorado’s Mountain Resort Grid

No other state in the country faces the electricity challenges that come with powering world-class ski resorts at 8,000–12,000 feet of elevation in some of the most rugged terrain in North America. Colorado’s mountain resort communities—Vail, Aspen, Beaver Creek, Steamboat Springs, Glenwood Springs—represent a unique and demanding corner of the state’s electric grid.

The rural electric cooperative serving the Vail Valley through Aspen and down to Glenwood Springs manages a grid unlike any other in Colorado. Its ~60,000 members include some of the highest per-customer electricity consumption in the state. Mountain homes in Aspen and Vail routinely exceed 10,000 square feet, with heated driveways, snowmelt systems embedded in walkways and patios, radiant floor heating, and outdoor hot tubs—all running through long, cold winters. A single large mountain home can consume more electricity than 5–10 average Colorado households.

Ski resorts themselves are massive electricity consumers. Chairlifts, gondolas, snowmaking machines, base lodge operations, and slope lighting at night consume enormous amounts of power. Vail Resorts, which operates Vail, Beaver Creek, Breckenridge, and Keystone in Colorado alone, has committed to a zero net operating footprint by 2030—an ambitious goal given the energy intensity of ski operations.

Colorado Business Electricity Rates

Colorado’s commercial electricity rate of 12¢/kWh is competitive nationally, and the state’s diverse economy drives electricity demand across a wide range of industries. Denver’s emergence as a major tech and aerospace hub, combined with Colorado’s unique industries, creates a varied commercial electricity landscape.

Why Colorado Hasn’t Deregulated

Unlike Texas, Ohio, or Indiana’s neighbor Illinois, Colorado has never seriously pursued electricity deregulation. The reason is straightforward: the state’s political energy has been focused on the clean energy transition, not competitive markets. With the 100% clean electricity by 2040 mandate consuming the attention of regulators, legislators, and utilities, introducing retail competition would add complexity to an already-challenging transformation.

There is one notable exception: Colorado Springs operates a municipal utility governed by the city council rather than the CPUC. This gives Colorado Springs residents a quasi-competitive model—their rates are set by elected officials directly accountable to voters. It’s not deregulation, but it provides a degree of local control that customers of the state’s dominant investor-owned utility don’t have.

There has been growing interest in community choice aggregation (CCA)—a model where municipalities or counties band together to purchase electricity collectively, potentially from cleaner or cheaper sources than the incumbent utility offers. Several Front Range cities have explored CCA as a way to accelerate clean energy adoption beyond the current utility timeline. However, no major CCA program has launched in Colorado as of 2026.

How to Lower Your Colorado Electricity Bill

Colorado’s new mandatory TOU rates create both challenges and opportunities. The 2.7x multiplier between peak and off-peak rates means small changes in when you use electricity can produce outsized savings. Here are the most effective strategies:

Frequently Asked Questions About Colorado Electricity