Current Electric and Water Rates - Clark Public Utilities (2024)

Rate Change Effective March 1, 2024

Electric rates have changed for the first time since 2011 due to increased power supply costs.

Customers in need of assistance are encouraged to call customer service, financial assistance and energy conservation programs are available year round. Live, local customer service representatives are available 24 hours a day, seven days a week to assist you with questions, flexible payment arrangements and more.

  • Learn more about assistance programs
  • Business customers with questions about rates can contact their Key Accounts Manager or customer service

Current Electric Rate

Residential electric rates are 8.79 cents per kilowatt-hour.

A kilowatt-hour equals 1,000 watts of electricity used for an hour. For example, you use a kilowatt-hour when you burn one 100-watt light bulb for 10 hours or a 1,000-watt heater for one hour.

More than 70 percent of an average electric bill reflects the actual cost of the energy you use. We resell electricity for what it costs us to produce it or buy it, with no price mark-up.

Additional Fees

Cost of Delivery: There is a cost to deliver electricity to your home over our power lines, electric system maintenance and improvements, general administration and overhead, metering, taxes, conservation expenses and other items.

Cost of Service: There is a basic $19 monthly fee that covers the costs of providing service, regardless of whether any electricity used. Such costs include meter reading, billing and the fixed facilities that are in place, including the meter, power lines and transformers.

Commercial Electric Rates

How Your Energy Is Measured

Demand Metering

Demand metering is the measurement of average power requirements during a certain time interval. Demand billing consists of measuring a customer’s maximum average load during any demand interval of the billing period.

Metered Demand: The kW as shown by or computed from the readings of the utility’s power meter for the 15-minute period of customer’s greatest use during the month, adjusted for power factor as specified, determined to the nearest kW.

Off-Peak Demand: By special contract with the utility, off-peak demand is available for customers with demands in excess of 30 kW. Service will be available at a discount rate during the off-peak period, which includes all hours except the hours Monday through Saturday between 7:00 a.m. and 10:00 p.m. The off-peak demand rates are 60¢/kW of demand for each kW the off-peak demand exceeds other recorded monthly demands. The energy rate as listed in the

Monthly Rate section applies to all hours.

Power Factor

Power factor is a way of measuring the percentage of reactive power in an electrical system. Reactive power represents wasted energy and is the result of electrical current interaction with inductive loads like motors, transformers, fluorescent lights, arc welders and induction furnaces. Electric systems with many motors exhibit low power factor and increased conductor and transformer losses. Power factor can be improved by the addition of shunt capacitors.

Why improve it?

Improving power factor can reduce power losses and free up the capacity of the existing transmission and distribution equipment for both utilities and end-users. Raising power factor to 95 percent and above is a proven way of increasing the efficient use of electricity. End-users enjoy reduced power bills and improved voltage conditions. The utility benefits from lower line and transformer losses, released system capacity and improved factor.

We have assembled the following additional information on reducing power factor for your use:

  • Reducing Power Factor Cost
  • Energy Management for Motor Driven Systems
  • Power Factor Correction: A Guide for the Plant Engineer
  • Power Factor Correction: What it Can and Cannot Do
  • How we calculate the Adjustment of Demand for Power Factor
  • Demands will be adjusted to correct for average power factors lower than 95%. Such adjustments will be made by increasing the measured demand 1% for each 1% or major fraction thereof by which the average power factor is less than 95% lagging.

Metered real energy measured in kilowatt-hours (kWh) and metered reactive energy measured in Kilovolt Ampere-Hours (kVARh) are used to calculate the average monthly power factor as follows:

Power Factor equals

Current Electric and Water Rates - Clark Public Utilities (1)

General Service: Schedule 34

Applicability: To meet requirements of commercial, industrial and general service customers not provided for in other rate schedules. Rate schedules apply to the sale of electrical energy for the sole and exclusive use of the customer. Any redistribution or resale of electrical energy by the customer must have the approval of the utility.

Character of Service: Sixty-hertz, alternating current. The utility reserves the right to specify the voltage and phase of service supplied under this schedule.

Primary Point-of-Delivery- Single- or Three-Phase Service: A customer having a metered, kilowatt demand consistently averaging 100 kW or more may be served at the primary voltage level (12,470 volts). The customer will be responsible for all costs associated with the primary Point-of-Delivery installation including the metering and primary voltage physical disconnect necessary to isolate the customer’s facilities from the utility’s facilities. The customer will be responsible to own, operate and maintain all electrical distribution facilities on the customer side of the Primary Point-of-Delivery (typically established at the primary meter).

Secondary Points-of-Delivery- Single- or Three-Phase Service: The utility owns and maintains distribution facilities up to the Secondary Point-of-Delivery (typically established at the secondary terminals of the transformer or other designed secondary junction point). If conditions require an overhead service, the utility will install, own and maintain the service and the customer will pay an Aid-to-Construction fee to cover these costs.

In existing installations where there is a mixed ownership of primary distribution facilities beyond a primary meter, the Secondary Point-of-Delivery rate will apply. The ownership and maintenance responsibilities of the customer-owned distribution facilities may be conveyed to the utility subject to utility review and approval. Primary Point-of-Delivery customers paying the higher Secondary Point-of-Delivery rate will be compensated for transformation losses. The metered kilowatt-hours and reactive kilovolt-ampere hours will be reduced 2% before the rates are applied.

Monthly Rate: The sum of the following Basic, Energy and Demand charges:

First Tier Schedule 34
Applicable to non-demand metered services.
Basic charge: $35.00
Energy charge: 8.33 cents per kWh

First Tier Schedule 434
Optional rate that is applicable to Secondary Point-of-Delivery demand metered services whose monthly demands register less than 100 kW for at least 10 months in a calendar.
Basic Charge: $35.00
Energy Charge: 8.33 cents per kWh

Demand Charge
0 – 30 KW No charge
All KW > 30 KW $9.29 per kW for Secondary Point-of-Delivery

Second Tier Schedule 134
Optional rate that is applicable to Secondary Point-of-Delivery demand metered services whose monthly demands register less than 100 kW for at least 10 months in a calendar; and mandatory for Primary Point-of-Delivery and demand metered services with monthly demands that register 100 kW for three or more months in a calendar year.
Basic charge: $58.00
Energy charge:

  • 5.00 cents per kWh

Demand charge
$9.29 per kW for secondary point-of-delivery

Second Tier Schedule 234
Optional rate that is applicable to Primary Point-of-Delivery and demand metered services with monthly demands that register 100 kW for three months or more in a calendar year.
Basic charge: $58.00
Energy charge: 4.85 cents per kWh

Demand charge
$9.02 per kW for primary point-of-delivery

Metered Demand: The kW as shown by or computed from the readings of the utility’s power meter for the 15-minute period of customer’s greatest use during the month, adjusted for power factor as specified, determined to the nearest kW.

Off-Peak Demand: By special contract with the utility, off-peak demand is available for customers with demands in excess of 30 kW. Service will be available at a discount rate during the off-peak period, which includes all hours except the hours Monday through Saturday between 7:00 a.m. and 10:00 p.m. The off-peak demand rates are 60¢/kW of demand for each kW the off-peak demand exceeds other recorded monthly demands. The energy rate as listed in the Monthly Rate section applies to all hours.

Adjustment of Demand for Power Factor: Demands will be adjusted to correct for average power factors lower than 95%. Such adjustments will be made by increasing the measured demand 1% for each 1% or major fraction thereof by which the average power factor is less than 95% lagging.

Metered real energy measured in kilowatt-hours (kWh) and metered reactive energy measured in Kilovolt Ampere-Hours (kVARh) are used to calculate the average monthly power factor as follows:

Power Factor equals

Current Electric and Water Rates - Clark Public Utilities (2)

For questions about our commercial rates, e-mail us.

Industrial Service: Schedule 85

This rate schedule applies for our largest customers. Please call Zeecha Van Hoose at 360-992-3118 or e-mail her at [emailprotected]if you have questions about this schedule or how it is applied.

Applicability:To lighting, heating and power service for customers having measured minimum demands of not less than 1500 kilowatts.Rate schedules apply to the sale of electrical energy for the sole and exclusive use of the customer. Any redistribution or resale of electrical energy by the customer must have the approval of the utility.

Character of Service:Three-phase, sixty-hertz, alternating current at approximately 12,000 volts or higher, as available in the area. The Utility reserves the right to determine the availability of service under this schedule.

Primary Point-Of-Delivery:The customer will be responsible for all costs associated with the primary Point-of-Delivery installation including the metering and primary voltage physical disconnect necessary to isolate the customer’s facilities from the Utility’s facilities. The customer will be responsible to own, operate and maintain all electrical distribution facilities on the customer side of the Primary Point-of-Delivery (typically established at the primary meter). All transformers, equipment and wiring shall be of types and characteristics acceptable to the utility. The entire installation and the balance of loads between phases must have the approval of the utility.

Transmission Point-Of-Delivery:Transmission Point-of-Delivery customers are served at a transmission voltage level (either 69,000 or 115,000 volts). The customer is responsible for all costs associated with the transmission Point-of-Delivery installation including the metering and transmission voltage physical disconnect necessary to isolate the customer’s facilities from the utility’s facilities. The customer will be responsible to own, operate and maintain all electrical facilities on the customer side of the Transmission Point-of-Delivery including the power transformer(s) and distribution transformers. All transformers, equipment and wiring shall be of types and characteristics acceptable to the Utility. The entire installation and the balance of loads between phases must have the approval of the utility.

Monthly Rate
The sum of the following Customer, Energy and Demand charges:

Customer Charge:
$200

Energy Charge:
5.00¢ per kWh – Secondary
4.90¢ per kWh – Primary
4.80¢ per kWh – Transmission

Demand Charge
Point—of—Delivery $9.29 per KW — Secondary
Point—of—Delivery $9.02 per KW — Primary
Point—of—Delivery $6.27 per KW — Transmission

Off—Peak Demand
By special contract with the utility, off—peak demand is available for customers with demands in excess of 1500 KW. Service will be available at a discount rate during the off—peak period, which includes all hours except the hours Monday through Saturday between 7:00 a.m. and 10:00 p.m.

The off—peak demand rates are 60¢ per KW of demand for each KW the off—peak demand exceeds other recorded monthly demands. The energy rate as listed in the Monthly Rate section applies to all hours.

Adjustment of Demand for Power
Demands will be adjusted to correct for average power factors lower than 95%. Such adjustments will be made by increasing the measured demand l% for each l% or major fraction thereof by which the average power factor is less than 95% lagging.

Metered real energy measured in kilowatt—hours (kWh) and metered reactive energy measured in Kilovolt Ampere—Hours (kVARh) are used to calculate the average monthly power factor as follows:

Power Factor equals

Current Electric and Water Rates - Clark Public Utilities (3)

Current Water Rate

To encourage conservation, pricing is in three tiers with the cost per 100 cubic feet increasing as more water is used. The price of water is measured by cubic feet. One cubic foot is 7.48 gallons. The average family of four uses 400 gallons of water a day.

  • Block 1: $1.85 per 100 cubic feet (748 gallons), for up to 1,800 cubic feet of use
  • Block 2: $2.40 per 100 cubic feet (748 gallons), for 1,800 – 3,600 cubic feet of use
  • Block 3: $2.95 per 100 cubic feet (748 gallons), for more than 3,600 cubic feet of use

Additional Fees

There is also a monthly customer charge which is based on the size of the water meter serving your property. For most residential customers this charge is $9.00 a month.

Commercial Water Rates

  • Clark Public Utilities water service territory covers mostly unincorporated portions of the county not served by city-owned water systems.
  • Water rates were adjusted February 1, 2012.Please click here to view thecurrent rates.
  • Water is billed by cubic feet used. A cubic foot is about 7.5 gallons. The monthly basic service charge varies depending on the size of the meter.

Rate Change Effective March 1, 2024

Electric rates have changed for the first time since 2011 due to increased power supply costs.

Customers in need of assistance are encouraged to call customer service, financial assistance and energy conservation programs are available year round. Live, local customer service representatives are available 24 hours a day, seven days a week to assist you with questions, flexible payment arrangements and more.

  • Learn more about assistance programs
  • Business customers with questions about rates can contact their Key Accounts Manager or customer service

Residential Electric Rates

Commercial Electric Rates

Current Electric and Water Rates - Clark Public Utilities (2024)

FAQs

How much does electricity cost in Clark County WA? ›

On average, Clark County, WA residents spend about $110 per month on electricity. That adds up to $1,320 per year. That's 39% lower than the national average electric bill of $2,179.

How much is the average water bill in Clark County WA? ›

One cubic foot = 7.48 gallons. On average, a residential customer uses 900 cubic feet of water per month resulting in roughly a $25 bill.

What is Clark County Public Utilities equal pay? ›

EqualPay helps you budget for utilities by making your monthly bill more predictable. When you sign up, we estimate your annual bill based on your past energy use, and divide that amount into equal monthly payments. You'll never pay for more than you use.

How much does energy cost in PA? ›

Average Pennsylvania Electricity Costs

For 2022, the most recent data puts Pennsylvania's average electricity price for residential customers at 16.51¢ per kWh. The average Pennsylvania home uses 846 kWh of electricity per month and the average electricity bill in Pennsylvania is $114.90 per month.

What is the kWh rate in Vancouver WA? ›

Electric rates in Vancouver, WA

The average residential electricity rate in Vancouver, WA is 10 ¢/kWh, which is 21% lower than the average electricity rate in Washington of 12.77 ¢/kWh. The average residential electricity rate in Vancouver, WA is 46% lower than the national average rate of 19 ¢/kWh.

How much does a kWh cost in WA? ›

The price structure set in place by each electricity retailer will factor in:
Statec/kWh
Victoria28.60
Tasmania23.15
South Australia32.31
Western Australia27.17
4 more rows

How much is a water bill in WA? ›

Water prices in WA vary significantly based on consumption rates, pricing tiers, and additional charges. Based on data from a Canstar Blue survey completed in January 2023, the average quarterly water bill in WA was $204. This was slightly lower than the national average of $208.

How much do utilities cost per month Washington State? ›

Average living cost in Seattle, WA

Monthly rent: $2,495. Utilities: $272.42. Food: Up to $500. Transportation: Using public transportation will run you around $100 per month with a monthly pass.

How much is the average water bill in Washington state? ›

Introduction
#StateAverage Water Bill
3Oregon$76
4Washington$75
5New Jersey$72
6Connecticut$69
46 more rows

Who owns Clark Public Utilities? ›

Clark Public Utilities is a customer-owned public utility.

How does equal payment plan work? ›

Enroll in Equal Payment Plan ​ ​

Your Equal Payment Plan amount is calculated by dividing your previous year's energy usage into 12 equal monthly payments. Your account will be reviewed every 6 months. If your energy use changes and your payment amount needs a revision up or down, you will be notified.

What are the Public Utilities such as? ›

public utility, enterprise that provides certain classes of services to the public, including common carrier transportation (buses, airlines, railroads, motor freight carriers, pipelines, etc.); telephone and telegraph; power, heat, and light; and community facilities for water, sanitation, and similar services.

Who has the cheapest electric rates in PA? ›

Today's lowest Pennsylvania electric rates
UtilityPrice to CompareSavings
PECO8.9 ¢ per kWh20% savings
PENELEC10.6 ¢ per kWh19% savings
Penn Power11.23 ¢ per kWh17% savings
PPL Electric Utilities11 ¢ per kWh19% savings
3 more rows
Feb 15, 2024

What is a good kWh rate in PA? ›

Electricity rates in Pennsylvania
UtilityUtility's Price to Compare (cents per kWh)Choose Energy price options (cents per kWh)
PENELEC (15424)10.618.79 - 11.49
Penn Power (15005)11.239.29 - 13.49
PPL (16822)11.0289.09 - 12.13
West Penn Power (17222)10.007.49 - 11.40
2 more rows
Feb 7, 2024

How much is a water bill in PA? ›

Current Water and Wastewater Rates
Meter SizeMinimum GallonsMinimum Charge: Water
*5/8"1,000$31.54
3/4"2,000$55.26
1"5,000$121.38
1 1/2"10,000$240.01
12 more rows

How much are utilities per month in Vancouver? ›

What is the average monthly cost of utilities in Vancouver? The average monthly cost of utilities in Vancouver is $229.58.

Where does Clark County Washington get its electricity? ›

River Road Generating Plant. In Clark County, two-thirds of our electricity comes from Bonneville Power Administration, which provides clean, renewable hydropower. The River Road Generating Plant helps meet the other one third of energy needs using natural gas. Built in 1997, River Road is in Vancouver, WA.

What is the average electric bill in Cowlitz County WA? ›

Cowlitz County PUD County Coverage
CountyPopulationAvg. Electric Bill
Cowlitz County111,956$118.83/mo
Dec 6, 2023

What is the electricity rate in Puyallup WA? ›

The average residential electricity rate in Puyallup, WA is 13 ¢/kWh, which is 2% lower than the average electricity rate in Washington of 12.77 ¢/kWh. The average residential electricity rate in Puyallup, WA is 33% lower than the national average rate of 19 ¢/kWh.

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