Your Personalized Power Portal

Wells, ME , 04090

Search for another address

Average Bill

$229

Energy Usage

780 kWh

CO₂ Emissions

258 lbs

Heat Pumps

Powering a heat pump with electricity saves about 18% compared to burning natural gas with a traditional furnace.

If it's about time to replace your HVAC, consider switching to a heat pump system that offers year-round climate control—even in cold climates—with remarkable energy efficiency. This system efficiently provides both heating and cooling, significantly reducing energy costs while maintaining an eco-friendly design. Enjoy the benefits of a more sustainable and cost-effective home climate control solution.

Best Seller

Other WattBuy Recommendations for Your Home

Toggle each recommendation on and off to see its impact on your bill, energy usage, and carbon emissions.

Demand Response

See how offer impacts your bill, carbon emissions, and/or energy usage

Estimated Savings

$23

CO₂ Emissions Reduced

26 lbs

Water Heaters

Smart Plugs

See how offer impacts your bill, carbon emissions, and/or energy usage

Estimated Savings

CO₂ Emissions Reduced

1 lbs

LED Lightbulbs

See how offer impacts your bill, carbon emissions, and/or energy usage

Estimated Savings

$10

CO₂ Emissions Reduced

1 lbs

Smart Thermostats

See how offer impacts your bill, carbon emissions, and/or energy usage

Estimated Savings

$24

CO₂ Emissions Reduced

2 lbs

Rooftop Solar

See how offer impacts your bill, carbon emissions, and/or energy usage

Estimated Savings

$229

CO₂ Emissions Reduced

258 lbs

EV Chargers

Understand Your Current Energy Usage

Electricity Costs

Your bill is estimated to be $171 on the lower end (around September) and $284 on the higher end (around April). In your state of Maine, the price that you pay for your electricity per kWh is 31¢. The cheapest rate can be found in North Dakota, at 12¢ per kWh. The most expensive rate is in Hawaii, at 40¢ per kWh.

Energy Sources

In your state of Maine, the energy sources are 37% natural gas, 17% hydroelectric, 24% wind, and 20% solar. This means 37% of the energy comes from "dirty" sources. This contributes to the carbon footprint from your home’s electricity, which we estimate to be 3,096 lbs CO₂ a year. The average carbon footprint for a home in your state is 3,098 lbs.

Usage and Consumption

Your estimated monthly energy consumption is 780 kWh. The average for homes in your zipcode is 780 kWh. Several key factors contribute to your consumption. One is the age of your house since the older it is, the less efficient it tends to be. Size also matters, as bigger houses take longer to heat or cool. The weather matters too because when temperatures are at their extremes, you use more energy.

Your Utility

Your electricity is provided by CMP. To set up your account for a new move, to report an outage, or for any other questions, contact them using the information below.

Website

Available Incentives

Show:

Upfront Rebates

EV Charger

Who

Program

Value

Max

Likely

Efficiency Maine

Off-Peak EV Charger Incentive

$400

—

Efficiency Maine

Off-Peak EV Charger Incentive

Value

$400

Max

—

Likely

—

Heat Pump

Who

Program

Value

Max

Likely

Efficiency Maine

Geothermal Heat Pump Rebate

$3,000

—

Efficiency Maine

Geothermal Heat Pump Rebate

Value

$3,000

Max

—

Likely

—

Efficiency Maine

Heat Pump Rebate (Any Income)

$2,000

—

Efficiency Maine

Heat Pump Rebate (Any Income)

Value

$2,000

Max

—

Likely

—

Efficiency Maine

Whole Home Heat Pump Rebate Bonus

$500

—

Efficiency Maine

Whole Home Heat Pump Rebate Bonus

Value

$500

Max

—

Likely

—

Ongoing Programs

Smart Thermostat

Who

Program

Value

ecobee

Community Energy Savings

$50/year typical

ecobee

Community Energy Savings

Value

$50/year typical

Google Nest

Rush Hour Rewards

$40/year typical

Google Nest

Rush Hour Rewards

Value

$40/year typical

How We Crunch the Numbers

We estimate every home's electricity usage based on data from a number of public and private data sources, including your electricity distributor and the Department of Energy.

We overlay key information about where you live, including weather and climate data about your region, and housing data like when your home was built and how big it is.

To figure out your home's carbon footprint, we look at how electricity is generated in your state, like whether your electricity is coming more from coal (very carbon-intensive) or wind (carbon-free).

Using this data-driven approach, we have created a machine learning model that can estimate electricity usage and carbon footprint for every home in the US. We then use this information to recommend the best options for you, so you can feel good that WattBuy is recommending something truly personalized.

Our electricity estimations are trusted by our partners at The Department of Energy's National Renewable Energy Laboratory, as well as many of the biggest consumer brands in the world.