Trystan Casey
The rate of commercial electricity varies across the United States, with prices influenced by energy sources, demand, state regulations, and market dynamics. States with abundant natural resources for energy generation, such as hydro or wind power, often have lower electricity rates, while regions relying on imported energy may face higher costs. Energy deregulation in certain areas allows consumers to choose their energy provider, promoting competition and price flexibility. Demand is a critical factor in determining commercial electricity rates, with businesses consuming more than 75 kW in demand being classified as large commercial or industrial customers and charged at higher rates. Understanding these factors can help businesses track their energy consumption and manage their electricity costs effectively.
| Characteristics | Values |
|---|---|
| Average electricity rate in the US | 12.89¢ per kWh |
| Average residential electricity rate in the US | 17.45¢ per kWh |
| States with the lowest electricity rates | North Dakota, Utah |
| North Dakota electricity rate | 10.21¢-11.69¢ per kWh |
| Utah electricity rate | 11.59¢ per kWh |
| States with the highest electricity rates | Hawaii, Massachusetts, California, Alaska |
| Hawaii electricity rate | 43.01¢ per kWh |
| Factors influencing electricity rates | Energy sources, demand, state regulations, market dynamics, resource pricing, structural elements, time of energy usage, season, location |
| Commercial electricity rate structure determinants | Demand, energy consumption, equipment and operations |
| Commercial electricity rate categories | Small commercial rate/General Service (GS)/General Service Rate (<75kW), Large commercial rate/General Service Demand (GSD) (75kW-1000kW), Industrial rate/General Service Large Demand (GSLD) (>1000kW) |
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What You'll Learn
Energy deregulation and choosing providers
Energy deregulation is the process of opening electricity and natural gas markets to competition. Instead of being controlled by a single utility company, consumers in deregulated markets can choose their energy provider. This arrangement is designed to promote market competition and price flexibility.
In a regulated energy supply system, consumers only have a single utility company available to them. The utility company sets the price of the energy provided and controls the costs involved in sending it to homes, maintaining lines and pipes, and ensuring the consistency of the power supply. Within this system, the consumer has no power to choose their utility company and is subject to the rates set by the provider.
Deregulation began in the 1970s when OPEC’s worldwide oil embargo changed the face of the electric and natural gas industry. In response to the growing number of people dissatisfied with a lack of options, many states have since opened their systems to energy competitors. About 40% of US states have deregulated energy markets, allowing multiple suppliers to exist within a single territory.
In a deregulated market, consumers have the power to choose their energy provider, plan, and rate. They can select a supplier based on price, contract terms, and renewable energy options. Competition among providers can lead to lower energy rates, improved customer service, and more options for payment and energy type.
However, it is important to note that choosing an energy provider in a deregulated market requires consumers to be more informed about their options. No entity regulates the prices set by retail energy providers, so consumers must carefully consider their plans to avoid paying higher rates.
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Demand and energy consumption
The rate of commercial electricity is influenced by a variety of factors, and demand is a significant factor in determining electric rate structures. Demand and energy consumption are closely linked, and understanding their relationship can help commercial entities manage their electricity costs.
Demand for electricity refers to the amount of electricity required by a facility or entity at a given time. This is different from energy consumption, which refers to the total amount of electricity used over a specific period. Demand is typically measured in kilowatts (kW), while energy consumption is measured in kilowatt-hours (kWh).
Commercial electricity rates often have a two-part structure, with charges for both energy consumption and demand. Small commercial customers, with a demand of less than 75 kW, are usually charged similarly to residential customers, with a single energy charge that includes the cost of demand. However, as demand increases, the rate structure changes. For larger commercial entities with demands exceeding 75 kW, there is a separate charge for demand, and the energy rate may be lower. This demand charge is based on the highest kW demanded by the facility during the billing period, often referred to as peak demand.
By closely monitoring their demand and energy consumption, commercial entities can make informed decisions to optimize their electricity costs. For instance, they may identify periods of high demand and explore ways to reduce or redistribute electricity usage during those times. Additionally, understanding the impact of equipment and operations on consumption can help businesses manage their demand and, consequently, their electricity rates.
Economic factors, such as market dynamics, resource pricing, and structural elements, also influence electricity rates. Energy deregulation, where multiple energy providers compete for consumers, can offer price flexibility and the ability to choose a provider based on contract terms and renewable energy options. However, it's important to note that energy prices are volatile and can fluctuate throughout the year due to various factors, including seasonal changes in energy demand.
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Reactive demand
The rate of commercial electricity varies across the United States, with prices influenced by energy sources, demand, and state regulations. The average residential electricity rate in the U.S. is 17.45 cents per kilowatt-hour (kWh), but this can be as low as 11.59 cents in Utah and as high as 43.01 cents in Hawaii.
Now, when it comes to electricity, the term "reactive demand" refers to the concept of managing and reducing power usage during periods of high demand. This is an important aspect of smart energy demand management. It is a strategy employed by both commercial and residential consumers to balance their energy usage and costs.
Demand response programs are a key tool in managing reactive demand. These programs encourage consumers to reduce or shift their electricity usage during peak periods, in response to time-based rates or financial incentives. For example, consumers may be offered lower rates during off-peak hours or rebates for committing to lower their power usage when demand is high. This not only helps consumers manage their energy costs but also contributes to stabilizing the electric grid by reducing the risk of overload and power failures.
In some cases, consumers may even generate their own power to stay within their energy production capacity and avoid purchasing power from the grid during peak demand periods. Additionally, advancements in technology, such as smart grids and automated systems, are being explored to further enhance the management of reactive demand. These technologies can automatically adjust power usage based on grid conditions, helping to optimize grid operations and reduce the need for costly new infrastructure.
Furthermore, improving the power factor can also play a role in managing reactive demand. By adding consumers of reactive power, such as capacitors or synchronous motors, or by fully loading induction motors and transformers, the power factor can be enhanced. This, in turn, leads to a reduction in electricity consumption and costs.
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Energy rates by state
Energy rates vary across the United States based on energy sources, demand, and state regulations. States with abundant natural resources, such as North Dakota, tend to have lower electricity rates. Conversely, states with limited resources, like Hawaii, which relies on expensive imported fuel, have higher electricity rates. The Northeast also tends to have some of the highest rates in the country due to its high population density, high demand, and high cost of living.
The average electricity rate in the United States is between 12.89 and 17.45 cents per kilowatt-hour (kWh). North Dakota has the lowest rates, ranging from 10.21 to 11.69 cents per kWh, while Hawaii has the highest rates at 43.01 cents per kWh. California, another state with high electricity rates, has an average rate of 31.77 cents per kWh.
Business electricity rates also vary by state and industry. For example, the average commercial electricity rate in Texas was 9 cents per kWh, resulting in an average electricity bill of $544.90.
Energy deregulation allows consumers to choose their energy provider and plan based on price, contract terms, and renewable energy options. This can help lower electric bills, especially in states with energy choice like Texas, Connecticut, Illinois, Maine, and Maryland.
Energy prices fluctuate throughout the year due to the volatile energy market. For example, from April 2024 to April 2025, Rhode Island experienced a 23.4% increase in residential electricity prices, while Nevada's rates dropped by 15.8%. Additionally, energy rates can vary within a state depending on the time of year, with higher rates in seasons with higher energy demand for cooling or heating.
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Average electricity rates
The average electricity rate in the United States is 12.89 cents per kilowatt-hour (kWh). However, rates differ across states, ranging from 11.59 cents to 43.01 cents per kWh. The average American pays 16.15 cents per kWh of electricity. The average monthly electricity consumption of a US household is 855 kWh, resulting in an average monthly bill of $155.99.
Electricity rates vary across the US due to various factors, including energy sources, demand, state regulations, utility fees, local taxes, and market dynamics. States with abundant hydro, wind, or natural gas resources generally have lower electricity rates, while regions relying on imported energy may face higher costs. For instance, North Dakota has the lowest electricity rates, at 10.21 cents per kWh for homes and 7.18 cents per kWh for businesses. In contrast, Hawaii has the highest rates, with residents paying 43.01 cents per kWh.
Demand is a critical factor in determining electricity rates, especially in commercial settings. Commercial electricity rates are structured based on the demand (kW) and energy consumption (kWh). Small commercial customers with a demand of less than 75 kW are often charged similar rates as residential customers, with the demand cost built into the energy charge. However, once the demand exceeds 75 kW four times in a rolling twelve-month period, the rate increases to the large commercial rate, where the demand and energy charges are separate.
The volatility of the energy market also contributes to fluctuations in electricity rates. For example, between April 2024 and April 2025, Rhode Island experienced a 23.4% increase in residential electricity prices, while Nevada saw a decrease of 15.8%. Additionally, seasonal variations in energy demand can impact rates, with warmer states experiencing higher summer rates due to increased cooling demands.
Energy deregulation allows consumers to choose their energy provider, promoting market competition and price flexibility. By comparing rates, contract terms, and renewable energy options, consumers can make informed choices to find the best plan for their needs. Reading customer reviews can also help identify potential hidden fees and provide insights into service quality.
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Frequently asked questions
The average electricity rate in the United States is 12.89¢ per kWh.
The rate of commercial electricity is influenced by factors such as demand, energy sources, local taxes, utility fees, state regulations, and market competition.
The rate of commercial electricity varies across different states, with states like Hawaii, Massachusetts, California, and Alaska tending to have higher electricity rates due to factors such as imported fuel reliance, limited competition, and aging grid infrastructure.
Yes, you can compare residential and commercial energy rates by state and zip code. In deregulated markets, you have the option to choose your energy provider based on price, contract terms, and renewable energy options.
To manage your commercial electricity bill, track your demand and energy consumption, and understand how your equipment and operations impact your usage. Additionally, consider the time of use, time of year, and market fluctuations that may affect your rates.
