NEW ORLEANS – Entergy today announced the successful completion of the previously disclosed and approved sale of its natural gas distribution business to Delta Utilities, a company backed by Bernhard Capital Partners and based in New Orleans. Effective immediately, Delta Utilities assumes responsibility for the day-to-day service and gas distribution operations formerly managed by Entergy.

“Today marks a major milestone as we complete the transition of our natural gas business to Delta Utilities,” said Drew Marsh, chair and CEO of Entergy. “I want to especially thank our dedicated gas employees who have worked tirelessly to ensure safe, reliable service to our gas customers. We are confident Delta Utilities will continue that commitment.”

The assets include approximately 3,700 miles of natural gas pipelines and 2,200 miles of service lines. Entergy Louisiana’s gas business served approximately 96,000 homes and businesses in the Baton Rouge area and Entergy New Orleans’ gas business served approximately 108,000 homes and businesses in New Orleans.

The transaction received all required federal and state regulatory approvals, including from the Louisiana Public Service Commission, the City of Baton Rouge/East Baton Rouge Parish Metropolitan Council and the New Orleans City Council.

“This strategic transaction allows us to sharpen our focus on Entergy’s growing electric operations and invest in a stronger, more resilient energy future for the communities we serve,” added Marsh.

Both Entergy and Delta Utilities are working together to ensure a smooth and seamless transition for gas customers in Baton Rouge and New Orleans. Learn more by visiting entergy.com/gas-sale.

About Entergy

Entergy Louisiana provides electric service to more than 1.1 million customers in 58 parishes. Entergy New Orleans provides electric service to more than 209,000 customers in Louisiana’s Orleans Parish. Both companies are subsidiaries of ���ϳԹ��� (NYSE: ETR), a Fortune 500 company that powers life for 3 million customers through our operating companies in Arkansas, Louisiana, Mississippi and Texas. We’re investing for growth and improved reliability and resilience of our energy system while working to keep energy rates affordable for our customers. We’re also investing in cleaner energy generation like modern natural gas, nuclear and renewable energy. A nationally recognized leader in sustainability and corporate citizenship, we deliver more than $100 million in economic benefits each year to the communities we serve through philanthropy, volunteerism and advocacy. Entergy is a Fortune 500 company headquartered in New Orleans, Louisiana, and has approximately 12,000 employees. Learn more at Entergy.com and connect with @Entergy on social media.

Investor inquiries:
Liz Hunter
504-576-3294
ehunte1@entergy.com

Media inquiries:
Neal Kirby
504-576-4238
nkirby@entergy.com

But as it turns out, EV charging stations are abundant in the U.S., and EV charging can be explained easily. Here’s what you need to know about refilling an EV battery and how it all works.

Kilowatts vs. kilowatt-hours

The first step to understanding EV charging is knowing the difference between kilowatts (kW) and kilowatt-hours (kWh).

• Kilowatts (kW)��measure how much power is being used at a given moment. You may see a charging station’s output expressed in kW.
• Kilowatt-hours (kWh)��measure the amount of power used over a given amount of time (energy consumption). How much you’ll be charged for EV charging is expressed in kWh.

Charging levels explained

EV chargers are characterized by levels, instead of grades. These levels determine how quickly a charger will take to recharge an EV’s battery — 1 taking the longest, while DC fast charging is fastest.

• Level 1 (L1)��chargers supply an average of 1.3-2.4 kW of power. That translates to about 3-5 miles of range per hour, meaning it can take 15-24 hours to fully charge an EV.
• Level 2 (L2)��chargers output between 3 and 19 kW of power. L2 chargers can add 18-28 miles of range each hour, fully recharging an EV in four to eight hours.��Entergy’s eTech program offers customers an��
• Direct-Current Fast Chargers (DCFC)��formerly called Level 3 and can output a maximum of 350 kW. They can fill an EV battery to 80% capacity in 20-40 minutes and fully recharge in 60-90 minutes.

Both L1 and L2 chargers use alternating current (AC) power, while DC fast charging uses direct current (DC). L1 chargers use standard 120-volt plugs, L2 chargers use 240-volt, and DCFC use 480-volt plugs.

Public vs. private charging

Now it’s time to get into where you can charge. Charging stations can have multiple charging devices, which can have multiple charging points. That means a charging station’s capacity is determined by the number of available charging points. But what are the differences between public and private charging stations?

Public charging��is the EV version of fueling at gas stations. Public charging stations are often located off main roads, close to shopping centers and restaurants. They typically use Level 2 or 3 charging and have more charging points than private stations. These stations may be free, while others may charge a fee. Billing rates are determined by the charging networks or site hosts and can range from $0.10/kWh to over 1.00/kWh.

Private charging��stations are not available for everyone’s use. Many private stations are located in residential or office buildings and can only be used by residents and employees. Level 1 and 2 chargers are most common in these spaces. Electricity from residential L1 chargers can cost an average $0.13 per kWh, while office buildings may charge more for L2 charging.

Optimizing your charging schedule

Planning ahead is important to ensure you have time to reach a full charge. If you don’t have access to a charging station at home or work, you’ll need to determine where the most convenient charging spot is. The��,����and other resources allow you to search by zip code, charging level and more. This makes it easy to find the right charging station that meets your needs.

Now that you know how EV charging works, you can feel comfortable and secure taking your EV on daily drives or eco-friendly adventures. If you’re considering whether EVs could be right for you or your business, check out our 6-part podcast series called��

Go natural

Although homes have been ventilated for centuries through open windows or unsealed gaps, natural or passive ventilation can also be a part of a more elaborate design approach that includes cross and convective ventilation.

In cross ventilation, a certain amount of air enters through an opening on one side of your home, while the same amount exits on the other. With convective ventilation, differences in air pressure force air through the home. The amount of fresh air depends on the placement of attic vents, solar chimneys and other ventilation devices.

Natural ventilation has limited effectiveness in cold or humid weather or in areas such as bathrooms where humidity levels can be high. Adding mechanical ventilation can help keep your home properly ventilated in these areas.

Hit the spot

Spot ventilation involves using localized exhaust fans in bathrooms or kitchens to remove moisture or pollutants at their source before they become a problem. Bathroom fans are typically ceiling-mounted, while kitchen fans are often located in the range hood.

Fans should exhaust directly outside, rather than in the attic, where they can cause moisture problems or back-draft into the home. Locate exhaust vents as far as possible from heating and cooling registers to minimize the amount of conditioned air that is exhausted with the polluted air.

Consider the whole

Whole-house ventilation systems use fans and ducts to exhaust stale air out of a home and bring fresh air in. There are four types of systems:

• Exhaust ventilation��uses a central exhaust fan, typically located in the attic, to reduce the indoor air pressure and bring make-up air in through vents in the outer walls.
• Supply ventilation��brings fresh air in with a fan and forces stale air out through holes or vents.
• Balanced ventilation��is designed to supply and remove equal amounts of air. Air is exhausted from rooms where moisture or pollutants are generated, such as kitchens and bathrooms. Balanced systems are effective in all climates but are more expensive to install than exhaust or supply systems.
• ���ϳԹ��� recovery ventilation (ERV)��systems include fans and a heat exchanger. In winter, heat from the warm inside air is recovered to warm the cold supply air. In summer, the inside air cools the warmer supply air to reduce cooling costs. ERV systems are most effective in areas with extreme winter or summer climates.

Give your fans ENERGY STAR quality

Noise is a major reason why many homeowners avoid using ventilation fans. When purchasing a fan, select an ENERGY STAR®-qualified model.����fans are certified for energy-efficient performance and must meet strict noise requirements.

Are high energy bills keeping you awake at night? ���ϳԹ���-stealing monsters could be lurking there, right under your nose. Don’t let them get away with it!

• Lamps��– Place lamps in corners to allow light to bounce off two walls, so you’ll need fewer fixtures. Save energy by using natural lighting during the day.
• Fan��– Fans don’t cool a room; they cool the people in the room. Leaving the fan running in an unoccupied room just wastes energy if no one is around to enjoy the breeze.
• Vents��– Blocking air vents can make your HVAC system work harder to provide the same level of comfort. Leave some space around them to maximize system performance and minimize energy bills.
• Closet��– The larger your bedroom is, the harder your HVAC system has to work to keep the space comfortable. Close closet doors so you don’t waste energy cooling an area that doesn’t need it.
• Television��– Falling asleep with the TV on can drive up your energy bill. Change the settings so it will turn off after a set period of time, or use a smart power strip to shut off your TV automatically.

Enhance your home’s envelope

Your home’s envelope — its exterior walls, roof, windows and doors — is your first line of defense against extreme weather. These following improvements can protect your home from environmental challenges and reduce energy costs:

• Install storm doors and windows, which can save you up to 30% on heating and cooling costs.
• Strengthen your roof with hurricane straps to reinforce the connection between the roof truss and the wall plate.
• Upgrade to Class 4 impact-resistant roofing materials designed to withstand hail, wind and sleet.
• Seal any gaps or cracks in walls and around windows to prevent air leakage.
• Improve insulation in your attic, walls and floors to maintain indoor temperatures.

The U.S. Environmental Protection Agency (EPA) estimates that homeowners can save an average of 11% on total energy costs by air sealing their homes and adding insulation.

Improve flood protection

Anywhere it can rain, it can flood. Check FEMA’s Flood Map Service Center to learn about your home’s flood risk level before making upgrades. Protective measures include:

• Installing check valves to prevent sewage backup.
• Elevating critical systems like electrical panels and HVAC units.
• Equipping your home with a sump pump that has a battery backup.
• Redirecting water away from your foundation using French drains and strategic landscaping.
• Adding a rain barrel to manage runoff.

Strengthen wildfire defenses

If wildfires are a concern, fireproofing your home should be a priority.

• Use non-combustible roofing materials such as metal, concrete and clay tiles.
• Surround your home with fire-resistant landscaping. Opt for plant species with high moisture content, like dogwood, sycamore and magnolia.
• Remove flammable vegetation near your home to create a defensible space.
• Install a spark arrestor for chimneys and stovepipes.

Prepare for power outages

Extreme weather often brings power outages, so it’s important to have backup systems in place. Consider investing in a backup generator or a solar battery system to power essential appliances like refrigerators, medical devices and lighting. LED lights and energy-efficient appliances can help conserve power, ensuring your resources last longer.

Adopt smart home technology

Put smart technology to work protecting your home. Some options include:

• Weather-monitoring systems for real-time alerts.
• Smart water sensors can detect leaks or flooding early.
• Smart air purifiers to detect pollution and restore clean air to your space.
• Advanced home security systems provide added peace of mind during severe weather or evacuations.

Your climate resiliency roadmap

Climate resilience isn’t a universal blueprint. Your home’s specific upgrades will depend on your geographic location and local climate risks.

Start by assessing your specific risks based on your location. Then, prioritize upgrades that address your most significant vulnerabilities. Remember, the goal isn’t just protecting your property — it’s ensuring your family has a safe, comfortable home regardless of what nature throws your way.

During the festival, Entergy Louisiana President and CEO Phillip May, alongside Entergy New Orleans President and CEO Deanna Rodriguez, presented a $35,000 grant to the College Fund and the Chief of the United Houma Nation. This investment is set to provide scholarships for students as they embark on their academic journeys, empowering them to create positive change within their communities.��

“Our decade-long partnership with the American Indian College Fund underscores our commitment to empowering Native American communities,” said May. “It’s a meaningful part of our Louisiana 100 plan, which prioritizes education, opportunity and long-term investment.”

“Education is a powerful tool for transformation—not just for individuals, but entire communities,” said Rodriguez. “Entergy New Orleans is committed to helping our youth overcome educational barriers and reach their full potential. We are proud to partner with the American Indian College Fund and the United Houma Nation to support the next generation of leaders and change-makers.”��

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One study found the average annual energy use of a typical dehumidifier is 1,000 kilowatt-hours (kWh) — more than $100 a year at the current national average electricity rate. Fortunately, there are things you can do to control humidity without drying up your energy budget.

Upgrade for energy efficiency

Purchase an��, which provides great performance and uses nearly 15% less energy than standard units. The annual energy saved by an ENERGY STAR dehumidifier could power your ENERGY STAR-certified refrigerator for two months!

Search for the right unit capacity. Dehumidifier capacity is measured in pints per day. Most models range from 30 to 70 pints per day or more. The capacity you need depends on the size and condition of the space. For example, a larger damp basement room may require a larger-capacity unit.

Location is also important. Many dehumidifier models have a top air discharge and can be placed against walls. If your unit discharges in the back, locate it away from walls or furniture to ensure the free flow of air.

Reduce humidity in your home

Eliminating sources of moisture can decrease the need for dehumidification. Here are some tips:

• Use ventilation fans in your kitchen and bathrooms to remove humidity at the source.
• Make sure your clothes dryer is properly vented outdoors.
• Improve the drainage around the foundation of your home; this can decrease humidity in the basement.
• Your central air conditioner can help control humidity — take advantage of it.

For more ideas on how to keep your home dry and comfortable, see����from the U.S. Department of ���ϳԹ���.

As summer approaches and temperatures continue to rise, air conditioners will start running full blast and lead to an increase in electricity usage. However, staying cool and comfortable does not have to come at the cost of high energy bills. By making a few simple changes around your home, you can improve its energy efficiency and beat the heat while keeping costs down.��

According to the U.S. ���ϳԹ��� Information Administration, home heating and cooling costs can make up more than 52% of an average customer’s electric bill. In some cases, poor insulation, air leaks and inefficient HVAC systems can lead to even greater energy costs each year. To keep your home cool without significantly lowering the thermostat and save money on your bill at the same time, try these low-to-no-costs tips.��

Improving energy efficiency with low-to-no-cost tips��

• Change air filters. Air filters on some air conditioning units require monthly cleaning or replacing.��

• Set your thermostat to the highest comfortable temperature. The smaller the difference between the inside and outside temperatures, the lower your energy usage and bill will be.��

• Buy a programmable thermostat. A programmable thermostat can help manage costs, is controllable, and can help monitor usage.  ��

• Use fans to cool off. Ceiling fans, box fans and oscillating fans use very little electricity to circulate the air. Make sure ceiling fans are rotating in the right direction – counter-clockwise during summer – to push cooler air down into the room. Be sure to turn all fans off in unused rooms.��

• Close blinds, shades and curtains to keep the sun out and the cool air in. Also, close air conditioning vents in rooms that are not in use.��

• Seal cracks and holes around doors, windows and ductwork. Weather stripping and caulk will help keep the cold air in and the hot air out.��

• Use the myAdvisor tool. The usage and cost tool can compare usage history by month, day and hour.��

By following these simple steps, you can stay cool and comfortable all summer long while keeping your bills under control.��We also offer free comprehensive residential energy audits and rebates to help reduce the upfront cost of installing energy-efficient equipment.����

Exploring resources through Bill Toolkit��

To make sure customers have quick access to energy efficiency, bill management and financial assistance resources, Entergy created an online platform called��. The platform consolidates helpful resources for customers interested in exploring ways to lower their electric use and costs and learn more about different payment options the company offers.��

Tracking energy use through myAdvisor��

Meanwhile, customers can set electric usage alerts and monitor how much energy they use each day through bill management tools like myAdvisor which is available through their����account online. Tracking usage over time can help customers identify trends that contribute to higher usage and budget their monthly expenses. With the myAdvisor dashboard, customers have access to not only usage and cost details, but also bill history and projections, analyzer tools and more. On the Entergy mobile app, this information can be found by clicking the “usage” tab.��

Managing bills through payment and assistance options��

Entergy offers several flexible payment options so customers can choose when, where and how they receive their bills.��

• ��allows customers to pay their bills when it works best for them.��

• ��allows customers to “level out” seasonal energy use fluctuations, making their bills more consistent every month.��

• ��billing allows customers to get their bills emailed as soon as they post and instant access to two years of billing history.��

• ��allows customers to avoid late fees, writing checks and paying for postage by having bills automatically deduct from their bank accounts.��

Entergy encourages customers who may need additional payment options to reach out.��Customers can find out if they qualify for deferred payment arrangements or payment extensions on��our mobile app��or through����online.��