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Woman sitting on the couch underneath an air conditioner holding an electricity bill and looking upset for a blog post entitled 2024 Summer Electricity Prices

Summer Electricity Prices in 2026: Why They Keep Rising (and What Homeowners Can Do About It)

This post was last updated on April 8, 2026

If your summer electric bills feel higher every year, you’re not imagining it. Electricity prices across the U.S. are expected to continue to rise in 2026, especially during peak summer months when air conditioning demand is at its highest.

For homeowners, this creates a frustrating cycle:

  • Hot weather → higher AC usage
  • Higher usage → peak demand pricing
  • Peak demand → significantly higher bills

The good news? You don’t need to replace your windows or overhaul your HVAC system to reduce your costs.

This guide breaks down:

  • Why electricity prices are rising in 2026
  • What’s driving peak summer energy costs
  • Practical ways to lower your cooling bills (starting with your windows)

The Continued Trend of High Summer Electricity Prices

Every summer, electricity prices tend to spike due to the higher demand for cooling. For 2026, experts are expecting the same to happen. Factors contributing to the rise in 2026 summer electricity prices include:

1. Increased Energy Consumption

As temperatures soar, the need for air conditioning becomes paramount. This heightened energy consumption puts a strain on power grids, leading to higher summer electricity prices. Electricity prices have soared in recent years and are not forecasted to come down any time soon. Chart Of Us Electricity Prices With Forecast For A Blog Post Entitled Summer Electricity Prices Source: U.S. Energy Information Administration According to the U.S. Energy Information Administration (EIA), the overall electricity demand is expected to grow by 3% in 2026 driven again by colder than expected temperatures during the winter and continued demand from computing data centers. And the EIA doesn’t see any relief for 2027 either. The forecast from April 2026 states, “This summer we expect electric power demand from both the residential and commercial sectors to grow by 3% relative to last summer. Growth in the commercial sector reaches 6% in the summer of 2027, surpassing the residential sector’s 1% growth.”  They also note from the most recent Residential Energy Consumption Survey (from 2024 – the survey is completed every four years) that 90% of U.S. households use air conditioning during the year. Of course, the biggest users are households in the hotter regions of the U.S..

Air Conditioning Expenditures Per Household

A Map Of The Biggest Ac Users In The United States For A Post On 2024 Summer Electricity Prices Source: U.S. Energy Information Administration (EIA) Residential Energy Consumption Survey

2. Aging Infrastructure

Aging electricity grid infrastructure is compounding the rise in electricity consumption. Many parts of the United States are dealing with aging energy infrastructure that struggles to meet the growing demand. A study completed in October 2025, by the national Lawrence Berkeley Lab and Brattle Associates states that “grid infrastructure is aging—T&D (transmission & distribution assets) built more than 50 years ago needs to be replaced and modernized.” They estimate more than $10B a year is being spent on replacing existing infrastructure (not expansion). Upgrading these systems requires significant investment, costs that are often passed down to consumers in the form of higher electricity rates.

3. Climate Change

Climate change has led to more extreme weather patterns, including hotter summers. This trend is likely to continue, making air conditioning a necessity rather than a luxury. As a result, utility companies are forced to increase prices to manage the demand. The Farmers’ Almanac predicts a warmer than average summer across the U.S. again for 2026. The Almanac says, “much of North America is in for a hotter-than-normal summer. Temperatures are expected to run above normal across both the United States and Canada, while rainfall patterns vary widely by region.” 2026 Summer Weather Map From The Farmer'S Almanac For A Post Entitled Summer Electricity Prices Source: The Old Farmer’s Almanac In addition, according to the Lawrence Berkeley Lab/Brattle Associates study, large weather and disaster events like hurricanes and wildfires have led to equipment damage and increased costs to repair and replace with ultimately get passed on to consumers.

4. Time-of-Use (TOU) Pricing Expansion

More utility companies are shifting to time-of-use pricing, where electricity costs more during peak hours (typically late afternoon and early evening).

The Department of Energy explains it:

“Time-variable pricing (TVP)—in which electricity prices vary at different times of day (and often seasonally)—is also widespread in the electricity markets. Most utilities offer at least one TVP option for any given customer class. These often include simple time-of-use (TOU) rates, where prices move at set times and amounts through the day—generally with an afternoon peak period, overnight off-peak hours, and two “shoulder” periods in the hours in between.”

This means running your AC during the hottest part of the day is also the most expensive time to use electricity.

4. Transition to Renewable Energy

While renewable energy is beneficial long-term, the transition requires significant investment in infrastructure and storage. This is because solar and wind energy can be intermittant – if the wind stops blowing (or if the turbines need to be shut off because of extreme weather) you aren’t producing electricity. Our grid is made for a consistent supply of electricity running through it – it cannot handle intermittant loads and so storage options need to be put in place to store energy during high yield times that can be fed into the grid during low yield times.

These costs can contribute to short-term price increases.

Why Your Windows Are Driving Your Energy Bills

The majority of sunlight that hits clear glass windows enters the home as UV rays, infrared rays (heat) and visible light rays (light).

The heat that comes in forces your air conditioner to work harder, longer, and more frequently.

Common signs your windows are the problem:

  • Rooms that are consistently hotter than others
  • AC running constantly in the afternoon
  • Glare and fading furniture
  • Noticeable temperature differences near windows

How Window Film Can Help Combat High Summer Electricity Prices

While rising 2026 summer electricity prices may seem unavoidable, there are effective measures homeowners can take to mitigate these costs. One of the most efficient solutions is the installation of window film.

Replacing windows can cost thousands per opening—but there’s a much simpler solution.

Residential window film allows you to block solar heat at the glass level, dramatically reducing how much heat enters your home.

How It Works

High-performance ceramic window film:

  • Rejects solar heat before it enters your home
  • Reduces glare without darkening your space excessively
  • Blocks UV rays that cause fading
  • Helps maintain more consistent indoor temperatures
Most commercial buildings have been using window film for decades to reduce their energy consumption and the load of their HVAC systems. In fact the United States Department of Energy classifies window film as an energy efficient window covering. Here’s how window film can help you combat higher summer electricity prices:

1. Reducing Heat Gain

Window film significantly reduces the amount of heat that enters your home. Our solar control ceramic window film, for example, can block up to 82% of the sun’s heat, keeping your interiors cooler. 

2. Enhancing Energy Efficiency

Window films improve the overall energy efficiency of your home. By minimizing heat gain in the summer they create a more consistent indoor temperature. This means your air conditioning system doesn’t have to work as hard, leading to lower energy consumption and, consequently, lower electricity bills.

3. UV Protection

Apart from energy savings, window films also protect your home’s interiors from harmful UV rays. This protection prevents your furniture, flooring, and décor from fading, extending their lifespan and maintaining your home’s aesthetic appeal. All Concord Window Films products block 99% of harmful UV rays in the 300-380nm spectrum when applied to glass.

4. Cost-Effective Solution

Compared to other energy-saving home improvements, window film installation is relatively affordable and less invasive. It requires no major renovations or modifications to your home, making it a quick and effective solution to high electricity bills. It is definitely more cost-effective to upgrade your windows with film than replace them with new ones. Plus installing the film yourself helps you save money on installation costs. Learn about the cost of window film here.

Real Savings with Window Film

The benefits of window film are not just theoretical. Many homeowners have experienced tangible savings on their electricity bills after installing window film. For instance, a study by the International Window Film Association (IWFA) found that homeowners could save up to 30% on cooling costs during the summer months by using window film. That’s why the U.S. Department of Energy considers window film an energy-efficient window covering. And the majority of commercial buildings in the United States utilize window film to control HVAC costs.

Solar Control Performance Specifications of Window Film

The best way to lower your AC costs is to purchase the window film with the highest solar control. For window film, solar control is measured by Total Solar Energy Rejected or TSER and Solar Heat Gain Coefficient or SHGC.

Total Solar Energy Rejected

Total Solar Energy Rejected is the percentage of incident solar energy rejected by a glazing system which is equal to solar reflectance plus the part of solar absorption which is re-radiated outward. Read more about TSER here.

Solar Heat Gain Coefficient

SHGC is the sum of incident solar energy that is transmitted inside through the glazing system. It includes solar energy directly transmitted and the part of absorbed solar energy that is released inwards. SHGC is the fraction of incident solar radiation that actually enters the building through window glass. SHGC is expressed as a number between 0 and 1. The lower a window’s solar heat gain coefficient, the less solar heat it transmits.  Read more about SHGC here.

ComforTech™ Ceramic Series Window Film Performance Specifications

Concord Window Film’s ComforTech™ Ceramic Series is our flagship film for homes and commercial buildings. ComforTech™ is a solar control film that comes in five shades from light to dark: 45, 35, 25, 15 and 05. When choosing a film, in general, the darker the film you choose, the better the solar control and, therefore, energy efficiency you will achieve. Chart Of Comfortech Ceramic Series Window Film'S Performance Specifications For A Blog Post Entitled Issues Homeowners Are Solving With Window Film You can see that our lightest film, ComforTech 45 has a TSER of 51% so it is rejecting 51% of the solar energy that hits the filmed window. This increases as the film gets darker until you reach our darkest film: ComforTech 05. Our 05 has a TSER of 82% and is our strongest solar control film.  Learn more about the key performance specifications for solar control film.

Why Window Film Is Gaining Popularity in 2026

More homeowners are discovering that window film is a cost-effective solution:

  • Far more affordable than window replacement
  • Faster and easier to install
  • Immediate performance benefits

With rising electricity costs, solutions that improve efficiency without major renovations are becoming increasingly attractive.

Summer Electricity Prices Conclusion

As we brace for the summer and the anticipated rise in electricity prices, it’s crucial to take proactive steps to manage energy consumption.

Electricity prices aren’t likely to drop anytime soon—especially during summer peak demand.

But you can take control of how much you spend.

By reducing the amount of heat entering your home—starting with your windows—you can:

  • Lower your cooling costs
  • Improve comfort
  • Reduce strain on your HVAC system
Window film is a practical, cost-effective solution that can help you maintain a comfortable home environment while keeping your utility bills in check. Concord Window Film offers a range of high-quality window films to meet your specific needs. Don’t let the summer heat burn a hole in your pocket. Invest in window film today and enjoy a cooler, more energy-efficient home all year round. For more information on our products and how they can help you save on your electricity bills, visit our website or contact us today. Let Concord Window Film be your partner in energy savings this summer – contact us to choose the right film for you.

Frequently Asked Questions About Summer Electricity Prices

Why are summer electricity prices higher than other seasons?

Summer electricity prices are higher because demand increases significantly due to air conditioning use. During heat waves, utilities must generate more power—often using more expensive energy sources—which raises costs for consumers.

What time of day is electricity most expensive in the summer?

Electricity is typically most expensive during peak hours, which are usually between 3 PM and 8 PM. This is when temperatures are highest and energy demand is at its peak, especially in areas with time-of-use (TOU) pricing.

How can I reduce my electricity bill during the summer?

You can lower your summer electricity bill by:

  • Reducing heat entering your home (especially through windows)
  • Using a programmable thermostat
  • Running appliances during off-peak hours
  • Sealing air leaks and improving insulation
  • Installing residential window film to block solar heat
Do windows really affect cooling costs that much?

Yes. Windows are one of the biggest sources of heat gain in a home. A large portion of solar energy enters through glass, which can significantly increase indoor temperatures and force your air conditioning system to work harder.

It is the reason almost all commercial buildings utilize window film to lower their HVAC expenses.

Is window film better than replacing windows for energy savings?

In many cases, yes. Window film is a more cost-effective solution that improves the performance of your existing windows by reducing solar heat gain. Full window replacement is more expensive and may not provide a significantly better return on investment for cooling cost reduction alone.

Does window film make your house dark?

No, not necessarily. Modern ceramic window films are designed to reduce heat and glare while still allowing natural light into your home. You can choose different shades depending on your preference for brightness and privacy.

Is window film safe for double-pane windows?

Yes, most high-quality residential window films are designed to be safe for double-pane windows. However, it’s important to choose the right type of film and ensure proper installation to minimize the risk of thermal stress.

All Concord Window Films are safe for double pane windows up to 40 square feet in size.

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