Average Electricity Bill by State: Cost Breakdown and Saving Tips

If you're wondering whether your monthly power bill is normal, checking the average electricity bill by state is a great starting point. Electricity costs vary widely across the US due to differing utility rates, weather patterns, energy sources, grid maintenance, and household usage habits.

In this guide, we break down the average electric bill and cost per kWh using 2025 data. We also explore what constitutes a "normal" power bill and share practical tips to lower your monthly electricity costs.

Quick Answer

Average electricity bills vary widely by state. In 2025, the average US monthly electric bill was estimated at $140.56, with state averages ranging from roughly $94.19 in Utah to $220.69 in Connecticut. Your actual bill depends on your local cost per kWh, monthly usage, home size, climate, appliances, and specific rate plan.

How Much Is the Average Electric Bill?

How much is the average electric bill? Based on 2025 state-level estimates from EIA data, the national average sat around $140.56 per month. However, treat this number as a benchmark rather than a strict rule. A small apartment in a mild climate might pay significantly less, while a large home in a hot or high-rate state could pay much more.

A 2026 update from the Joint Economic Committee, utilizing EIA monthly electricity bill data, revealed that American households paid about $110 more in electricity costs in 2025 compared to 2024. This explains why many households saw their bills increase even if their energy habits remained the same.

Average Electricity Bill by State: 2025 Examples

State-by-state averages highlight just how drastically power costs vary across the country. Instead of relying on a single national figure, comparing a few regional examples provides better insight:

• Connecticut: About $220.69 per month, with an average rate of 32.55¢/kWh and monthly usage around 678kWh.
• Hawaii: About $206.78 per month. It has one of the highest rates at 41.11¢/kWh, despite an average usage of only 503kWh.
• Texas: About $175.34 per month, featuring a lower rate of 15.30¢/kWh but high monthly usage around 1,146kWh.
• Florida: About $167.05 per month, with average usage around 1,107kWh, largely driven by heavy air conditioning demand.
• California: About $159.13 per month. Rates are high at 32.41¢/kWh, but average usage is relatively low at 491kWh.
• New York: About $143.93 per month, with a rate of 25.43¢/kWh and average usage around 566kWh.
• Washington: About $123.40 per month, featuring a low rate of 12.63¢/kWh and usage around 977kWh.
• Utah: About $94.19 per month. This is one of the lowest averages in the country, with a rate of 12.41¢/kWh and usage around 759kWh.

These examples prove that state electricity costs aren't solely determined by rates. Hawaii has soaring prices but low usage, Texas balances moderate rates with high consumption, and California pairs steep rates with relatively low energy demand.

What Affects Cost per kWh?

Your cost per kWh depends on much more than just the electricity you consume. Fuel prices, power generation, grid maintenance, local demand, utility fees, and state regulations all impact your final bill. Here are the essential factors determining your cost per kWh:

• Energy Sources: States that rely on imported fuel or expensive generation methods often face higher rates.
• Grid Infrastructure: Utilities frequently raise delivery charges to fund poles, wires, substations, storm repairs, and grid upgrades.
• Climate Demand: Hot states typically use more electricity for air conditioning, while cold states relying on electric heating often see utility spikes in the winter.
• Regulation and Market Structure: Some states operate with regulated utilities, while others offer a deregulated market with retail electricity choices.
• Time-of-Use Pricing: Many utilities charge premium rates during peak demand hours, usually in the late afternoon and evening.

What Is a Normal Power Bill?

A "normal" power bill depends entirely on where you live and your household's energy habits. For one family, $100 might be standard, while $200 could be the norm for another due to climate, home size, or local utility rates.

• A higher-than-average bill may come from:
• Heavy air conditioning or electric heating.
• Poor insulation, old windows, or air leaks.
• Older appliances, especially refrigerators, dryers, water heaters, and AC units.
• EV charging, pool pumps, home offices, gaming setups, or frequent laundry.
• Peak-hour electricity use under a time-of-use plan.
• Higher delivery fees, taxes, or utility riders.

If your bill is significantly higher than your state's average, compare your current kWh usage with the same month from the previous year. This provides a much more accurate seasonal comparison than just looking at the prior month.

How to Lower Your Average Energy Bill

Lowering your average energy bill starts with understanding whether your high costs are driven by excessive usage, steep rates, or a combination of both.

Check Your Cost per kWh

Look at your recent bill and divide your total electricity charges by your kWh usage. This gives you a realistic view of your true cost per kWh, factoring in both supply and delivery charges.

Reduce Heating and Cooling Waste

Adjust your thermostat by a few degrees, replace HVAC filters regularly, close blinds during hot afternoons, seal air leaks, and avoid overcooling or overheating your home when you're away.

Shift Usage Away from Peak Hours

If you're on a time-of-use pricing plan, run the dishwasher, do laundry, charge your EV, and manage other flexible loads during cheaper, off-peak periods.

Upgrade High-Use Appliances

Focus on replacing appliances that run constantly or draw high wattage, such as older refrigerators, dryers, air conditioners, water heaters, and dehumidifiers, with energy-efficient models.

Use Solar and Stored Energy More Strategically

If you have solar panels, try to maximize electricity usage while your system is actively producing power. Storing excess solar energy in a home battery allows you to reduce grid dependency during expensive peak hours.

Anker SOLIX Power Stations as Bill-Saving Solutions

While portable power stations can't change your utility rate, they empower households to manage electricity much more strategically. When paired with solar panels, they store clean energy for later use, provide reliable backup power during outages, and reduce your reliance on the grid during costly peak-rate periods.

Anker SOLIX F3800 Portable Power Station

Anker SOLIX F3800 Portable Power Station is designed for larger home energy needs. It offers expandable capacity from 3.84kWh to 53.8kWh, 6kW AC output per unit, 120V / 240V dual-voltage output, and up to 2,400W of solar input. For households in high-cost electricity states, it supports a highly flexible energy strategy by storing solar power, backing up essential appliances, and shifting electricity use away from the grid.

Anker SOLIX C2000 Gen 2 Portable Power Station

Anker SOLIX C2000 Gen 2 Portable Power Station is a more compact option for everyday energy flexibility. It features expandable capacity up to 4kWh, 2,400W rated power, fast recharging to 80% in 45 minutes, and a low 9W idle power consumption. It is incredibly useful for powering essentials, storing solar energy for later, and reducing dependence on the grid during outages, peak-rate windows, or outdoor adventures.

Both models may actively help lower your electricity bill when paired with solar panels, all while providing a reliable backup power source during emergencies and grid outages.

Conclusion

Average electricity bills vary widely by state because utility rates, climates, usage habits, and delivery charges differ drastically across the US. In 2025, the average monthly electric bill was estimated at $140.56, though state averages ranged from under $100 to well over $220.

By checking your true cost per kWh, comparing your usage to state averages, reducing HVAC waste, shifting heavy usage to off-peak hours, and utilizing solar or stored energy, you can steadily lower your electric bill over time. For households seeking more energy independence, Anker SOLIX portable power stations provide reliable backup power and enable much smarter energy management.

FAQ

How Much Are Electric Bills on Average?

In 2025, the average US electric bill was estimated at $140.56 per month. However, actual costs vary widely depending on your state, home size, energy usage, and local electricity rates.

Which State Had the Highest Average Electric Bill in 2025?

Connecticut was listed among the highest, with an estimated average monthly electric bill of roughly $220.69 in 2025.

What Is Cost per kWh?

Cost per kWh is the price you pay for each kilowatt-hour of electricity consumed. EIA calculates the average revenue per kWh using electricity revenue and sales volume as a proxy for retail electricity prices.

Why Is My Electric Bill Higher than the State Average?

Your bill may be higher due to heavy heating or cooling demands, poor home insulation, older inefficient appliances, frequent EV charging, running pool pumps, high utility delivery fees, or peak-hour consumption under a time-of-use pricing plan.