Water Dispenser / Cooler in Charlotte — $117/yr to Run (13.3¢/kWh)
Your water dispenser / cooler in Charlotte costs about $10/month at 13.3¢/kWh. See daily, monthly, and yearly costs, plus tips to cut your bill.
Charlotte, NC Electricity Rate
13.3¢/kWh
Utility: Duke Energy Carolinas
+3% vs national avg
National avg: 13.0¢/kWh
Daily Cost
$0.32
2.4 kWh/day
Monthly Cost
$9.74
73 kWh/mo
Annual Cost
$117
876 kWh/yr
Lifetime (8yr)
$935
energy only
Monthly Cost Breakdown in Charlotte
| Period | kWh | Charlotte Cost | National Avg | Difference |
|---|---|---|---|---|
| Daily | 2.4 | $0.32 | $0.31 | +$0.01 |
| Weekly | 16.8 | $2.24 | $2.18 | +$0.06 |
| Monthly | 73.0 | $9.74 | $9.49 | +$0.25 |
| Quarterly | 219.0 | $29.21 | $28.47 | +$0.74 |
| Annual | 876.0 | $116.86 | $113.88 | +$2.98 |
Customize Your Water Dispenser / Cooler Cost
Adjust usage hours and electricity rate to calculate your exact cost in Charlotte.
Daily
$0.32
Monthly
$9.74
Annual
$117
8-Year
$935
Energy Saving Tips for Water Dispenser / Cooler in Charlotte
- ✓Charlotte electricity rates are 3% above the national average — energy efficiency matters more here.
- ✓An ENERGY STAR Water Dispenser / Cooler in Charlotte saves ~$35/year compared to standard models.
- ✓Choose Energy Star models for 30% savings
- ✓Turn off hot water when not needed
- ✓Clean every 3 months
ENERGY STAR Savings: Upgrading to an ENERGY STAR Water Dispenser / Cooler in Charlotte saves approximately $35/year at local rates — $280 over the appliance lifetime.
Highest-Cost Appliances in Charlotte, NC
See which appliances cost the most to run at Charlotte's 13.3¢/kWh electricity rate.
Level 2 EV Charger (240V)
Transportation · 7,200W
$1,729/yr
$144.07/mo
Electric Furnace
HVAC · 10,000W
$1,201/yr
$100.05/mo
Electric Tankless Water Heater
Water Heating · 18,000W
$876/yr
$73.04/mo
EV Charger (Level 2)
Garage · 7,200W
$864/yr
$72.04/mo
Boiler (Electric)
HVAC · 6,000W
$720/yr
$60.03/mo
Electric Water Heater (Tank)
Water Heating · 4,500W
$657/yr
$54.78/mo
Water Heater (Tank Electric)
Water Heating · 4,500W
$657/yr
$54.78/mo
Heat Pump
HVAC · 2,400W
$512/yr
$42.69/mo
Water Dispenser / Cooler Cost in Other North Carolina Cities
| City | Rate | Annual Cost | vs Charlotte |
|---|---|---|---|
| Charlotte (current) | 13.3¢ | $117 | — |
| Raleigh | 12.7¢ | $112 | $-5 |
| Greensboro | 13.6¢ | $119 | +$3 |
| Durham | 13.3¢ | $116 | $-1 |
| Winston-Salem | 14.0¢ | $122 | +$6 |
| Fayetteville | 12.7¢ | $112 | $-5 |
| Cary | 13.1¢ | $114 | $-2 |
| Wilmington | 14.1¢ | $123 | +$6 |
| High Point | 13.5¢ | $119 | +$2 |
Water Dispenser / Cooler Energy Cost FAQ — Charlotte, NC
Understanding Water Dispenser / Cooler Energy Costs in Charlotte, NC
In a major metro like Charlotte, electricity demand is high and rates reflect the cost of maintaining infrastructure for 0.9 million residents. Running a low-draw appliance like the Water Dispenser / Cooler (100W) at Charlotte's rate of 13.3¢/kWh costs approximately $117 per year — $3 more than the national average of $114.
Charlotte rates are 3% above the national average — a modest premium that adds $3 per year to Water Dispenser / Cooler operating costs. Over the appliance's 8-year lifespan, that's $24 in cumulative extra spending versus the national average.
Charlotte's cost of living index of 91 is below the national average, and electricity costs reflect that affordability. The Water Dispenser / Cooler adds $9.74/month to a typical bill of $146. Upgrading to an ENERGY STAR Water Dispenser / Cooler can cut energy use by up to 30%, saving approximately $35 per year at Charlotte rates.
Charlotte's moderate climate (avg 64.8°F) helps keep seasonal energy cost swings manageable for most appliances. A Water Dispenser / Cooler produces approximately 0.29 tons of CO2 annually at typical usage. Charlotte residents can reduce this footprint by choosing an ENERGY STAR certified unit, optimizing usage patterns, or investing in solar — see our solar savings calculator for Charlotte.
Compare All Energy Costs in Charlotte
See energy costs for 168+ household appliances at Charlotte's local electricity rate.