Sump Pump in Chicago — $8/yr to Run (16.6¢/kWh)

Your sump pump in Chicago costs about $1/month at 16.6¢/kWh. See daily, monthly, and yearly costs, plus tips to cut your bill.

Chicago, IL Electricity Rate

16.6¢/kWh

Utility: ComEd (Commonwealth Edison)

+28% vs national avg

National avg: 13.0¢/kWh

Daily Cost

$0.04

0.3 kWh/day

Monthly Cost

$0.69

4 kWh/mo

Annual Cost

$8

50 kWh/yr

Lifetime (10yr)

$83

energy only

Monthly Cost Breakdown in Chicago

PeriodkWhChicago CostNational AvgDifference
Daily0.3$0.04$0.03+$0.01
Weekly1.8$0.29$0.23+$0.06
Monthly4.2$0.69$0.54+$0.15
Quarterly12.5$2.08$1.63+$0.46
Annual50.0$8.32$6.50+$1.82

Customize Your Sump Pump Cost

Adjust usage hours and electricity rate to calculate your exact cost in Chicago.

0.5h12h24h
25¢50¢

Daily

$0.04

Monthly

$0.69

Annual

$8

10-Year

$83

Energy Saving Tips for Sump Pump in Chicago

  • Chicago electricity rates are 28% above the national average — energy efficiency matters more here.
  • A smart Sump Pump with scheduling optimization can save ~$1/year at Chicago rates.
  • Test annually by pouring water in pit
  • Battery backup prevents flooding during outages
  • Clean inlet screen regularly

Sump Pump Cost in Other Illinois Cities

CityRateAnnual Costvs Chicago
Chicago (current)16.6¢$8
Aurora15.0¢$7$-1
Joliet14.4¢$7$-1
Naperville14.6¢$7$-1
Rockford17.0¢$9+$0
Elgin13.6¢$7$-2
Springfield15.9¢$8$-0
Peoria16.9¢$8+$0
Waukegan14.3¢$7$-1

Methodology & Energy Data Sources for Chicago

How we calculate sump pump energy costs in Chicago, IL: Cost estimates use the standard formula: Annual Cost = (Wattage ÷ 1000) × Hours per Day × Days per Year × Local kWh Rate. We model regional electricity rate variation using EIA monthly data, which captures rate differences between investor-owned utilities, municipal providers, and rural electric cooperatives.

  1. Appliance wattage sourced from ENERGY STAR product database, manufacturer spec sheets, and DOE residential appliance test data.
  2. Local kWh rate for Chicago reflects Illinois averages from EIA Form 861 (utility sales data). Rates vary by season (typically 10-20% summer premium) and time-of-use in many Illinois utilities.
  3. Usage patterns derived from RECS (Residential Energy Consumption Survey), EIA's official survey of US household energy use.
  4. Carbon footprint calculated using EPA eGRID emissions factors specific to your regional grid mix in Illinois.

Authoritative US energy data sources:

Disclaimer: Energy costs are estimates based on average appliance usage and Illinois state-level kWh rates. Your actual costs depend on your specific utility provider, rate plan (flat, time-of-use, demand), local fees, taxes, and renewable energy credits. Check your utility bill for exact rates. For energy efficiency upgrades, consult your local utility's rebate programs and federal tax credits via ENERGY STAR Federal Tax Credits.

Reviewed by Brazora Monk · Last updated 2026 · EIA data current as of latest monthly release

Find Your Utility, Rate Plan & Incentives in Chicago

The Illinois state-average kWh rate shown above is a baseline — your actual cost depends on your specific utility provider, rate plan, and time-of-use schedule. Plus you may be missing rebates that pay for ENERGY STAR replacements:

⚡ Look up Your Utility

Each utility has its own rate plans (flat, TOU, demand):

💰 Federal Tax Credits

Inflation Reduction Act provides ongoing credits:

🏛️ Illinois Incentives

State + utility-specific rebates stack with federal:

⚙️ Compare ENERGY STAR Models

Replace efficient = save 25-50% kWh:

NABCEP-certified installers for solar/battery: NABCEP Certified Professionals Directory. Required for many state incentives.

Sump Pump Energy Cost FAQ — Chicago, IL

Understanding Sump Pump Energy Costs in Chicago, IL

In a major metro like Chicago, electricity demand is high and rates reflect the cost of maintaining infrastructure for 2.7 million residents. Running a low-draw appliance like the Sump Pump (500W) at Chicago's rate of 16.6¢/kWh costs approximately $8 per year — $2 more than the national average of $7.

Electricity in Chicago is significantly more expensive than the national average — 28% higher. For a Sump Pump used 0.5 hours per day, this rate premium adds up to $2 in extra annual costs. Energy-efficient models and usage habits have an outsized impact in high-rate markets like this.

Chicago's cost of living index of 87 is below the national average, and electricity costs reflect that affordability. The Sump Pump adds $0.69/month to a typical bill of $141. While no ENERGY STAR version is available, a smart Sump Pump with automated scheduling can reduce consumption by 15%, saving $1/year.

Chicago's moderate climate (avg 45°F) helps keep seasonal energy cost swings manageable for most appliances. A Sump Pump produces approximately 0.04 tons of CO2 annually at typical usage. Chicago residents can reduce this footprint by optimizing usage patterns, or investing in solar — see our solar savings calculator for Chicago.

Compare All Energy Costs in Chicago

See energy costs for 178+ household appliances at Chicago's local electricity rate.

Frequently Asked Questions

How much does it cost to run a Sump Pump in Chicago, IL?

At Chicago's average electricity rate of 16.6¢/kWh, a Sump Pump costs approximately $8 per year to run. That's about $0.69 per month with typical usage of 0.5 hours per day.

What is the electricity rate in Chicago, IL?

The average residential electricity rate in Chicago, IL is 16.6¢/kWh, which is 28% above the national average of 13.0¢/kWh. The primary utility provider is ComEd (Commonwealth Edison).

How much electricity does a Sump Pump use per year?

A Sump Pump uses approximately 500 watts and consumes about 50 kWh per year with typical usage of 0.5 hours/day for 200 days/year.

Is a Sump Pump expensive to run in Chicago?

Compared to the national average cost of $7/year, running a Sump Pump in Chicago costs $2 more per year due to higher local electricity rates.

How can I reduce my Sump Pump energy cost in Chicago?

To reduce Sump Pump costs in Chicago: Test annually by pouring water in pit. Battery backup prevents flooding during outages. Consider using a smart plug to monitor and optimize usage. Also check with ComEd (Commonwealth Edison) for local energy efficiency rebates and programs.

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