You don’t need to renovate your entire home to use less electricity. Sometimes, the easiest place to start is with the things you use every day: the lights you leave on in the evening, the fan running in your bedroom, or the refrigerator that has been working quietly in your kitchen for years.

These everyday choices can affect how much energy your home uses. The products you buy matter, too, but not every item marketed as energy-saving is worth the extra money. Some upgrades can make a noticeable difference over time, while others may offer very little benefit unless you use them in a particular way.

The trick is knowing where to start.

Whether you’re setting up a new home, improving a rented apartment, or trying to get more value from your existing appliances, there are several practical ways to make your home more energy-efficient. Many don’t require a large budget or complicated installation.

In this guide, we’ll look at 15 energy-efficient home products, explain what to check before buying them, and explore how to decide whether an upgrade is likely to be worthwhile.

1. LED Light Bulbs: An Easy Place to Start

Lighting is one of the simplest areas to improve because you can often make a change without replacing an entire fixture.

LED bulbs use considerably less electricity than traditional incandescent bulbs to produce a similar amount of light. They also tend to last longer, which means fewer replacements over time.

If your home still has older incandescent bulbs in rooms where the lights stay on for hours, replacing those bulbs with suitable LEDs is a sensible first step.

Choosing the right LED bulb

Don’t choose a bulb based on wattage alone. Wattage tells you how much power it uses, while lumens indicate how much light it produces.

Colour temperature matters as well. Warm white lighting tends to work well in bedrooms and living rooms, where a softer atmosphere is welcome. Cooler white lighting may be more suitable for work areas, kitchens, and utility rooms.

Before buying, check the bulb’s fitting, brightness, dimmer compatibility, and energy-efficiency information.

A simple example

Suppose you replace a 60-watt incandescent bulb with a 9-watt LED. The difference is 51 watts.

If you use that light for five hours each day, the estimated electricity saving is about 93 kWh per year. The actual financial saving depends on your electricity tariff and how often the light is used.

For a bulb that is switched on only occasionally, the benefit will be smaller.

A useful habit: Open your curtains during daylight hours when practical. Sometimes, the easiest way to reduce lighting use is to make better use of the light already coming through your windows.

2. Smart Plugs and Power Strips for Everyday Electronics

Look around your living room or home office. You might find a television, router, printer, monitor, gaming console, or several chargers connected to nearby sockets.

Some electronics continue to use electricity when they’re switched off or left in standby mode. The amount varies considerably by device, so it’s worth understanding what you’re actually trying to control.

Smart plugs and advanced power strips can help manage suitable equipment without requiring you to unplug everything manually.

When are smart plugs useful?

A smart plug may let you switch a device off remotely, set a schedule, or monitor its electricity consumption, depending on the model.

For example, you might use one to control a desk lamp that doesn’t need to remain on overnight. A suitable advanced power strip may also switch off selected accessories when a main device is turned off.

However, a smart plug doesn’t automatically save electricity just because it’s connected. Its value depends on the appliance and whether it reduces unnecessary consumption.

Check the electrical rating before connecting any device. Avoid using ordinary smart plugs for equipment that requires uninterrupted power or has a load beyond the plug’s rating.

Best places to consider them: Home offices, entertainment setups, and lamps with predictable operating schedules.

3. Energy-Efficient Ceiling Fans for Comfortable Rooms

In warm weather, a ceiling fan can make a room feel more comfortable without lowering the actual air temperature.

The moving air helps sweat evaporate from your skin, creating a cooling sensation. That’s why a fan can be useful in a bedroom, living room, or home office, especially when the weather is warm but conditions allow you to rely less on air conditioning.

What should you look for?

Compare the fan’s electricity consumption, airflow, motor type, size, and available speed settings.

Some fans use efficient brushless DC motors, which can consume less electricity than certain conventional motor designs. The difference depends on the models being compared, so look at the specifications rather than assuming every newer fan is more efficient.

Choose a fan suited to the room. A small model may struggle to move enough air in a large space, while a fan that’s too large may be an unnecessary purchase.

Don’t forget how you use it

A fan doesn’t need to run in an empty room. Since it cools people through airflow rather than cooling the room itself, switch it off when you leave.

If you use air conditioning, a fan may help you feel comfortable at a slightly higher cooling setting. Whether that reduces electricity use depends on your air conditioner, the fan, and your personal comfort.

For homes in hot and humid climates, it’s worth comparing the cost of running an efficient fan with the cost of running air conditioning for the same period.

4. Inverter Air Conditioners: What to Know Before Upgrading

If you use air conditioning regularly, the unit you choose can have a meaningful effect on your household’s electricity consumption.

Inverter air conditioners can adjust compressor speed to match cooling demand instead of relying solely on repeated full-power operation. This can improve efficiency, particularly when the unit runs for extended periods under varying cooling loads.

Still, the word inverter shouldn’t be the only reason you choose a model. Actual performance depends on the unit’s efficiency rating, capacity, installation, climate, and usage.

Check these details before buying

• Room size: Choose a cooling capacity appropriate for the room and its conditions.
• Energy rating: Compare the efficiency labels and seasonal performance figures available in your country.
• Installation quality: Poor installation or restricted airflow can undermine the performance of an otherwise efficient unit.
• Maintenance requirements: Filters need regular cleaning, and the unit should be serviced as recommended by the manufacturer.
• Temperature settings: Choose a comfortable setting rather than turning the temperature unnecessarily low.

What if your current air conditioner still works?

Don’t assume you need a replacement simply because a newer model is available.

Compare the current unit’s estimated consumption with that of a suitable replacement. If you use air conditioning for only a short period each day, the additional purchase cost may take a long time to recover through electricity savings.

If your existing unit is inefficient, frequently needs repairs, or is nearing the end of its useful life, an upgrade may make more sense.

5. Energy-Efficient Refrigerators That Suit Your Household

A refrigerator works throughout the day, so its annual electricity consumption is worth checking when you’re comparing appliances.

An older refrigerator may use considerably more electricity than a newer efficient model. However, age alone doesn’t tell the whole story. Size, design, condition, door seals, and usage patterns all affect consumption.

What to compare when shopping

Start with the annual energy consumption figure, usually expressed in kilowatt-hours (kWh) where the information is available.

Then consider whether you actually need the capacity you’re paying for. A large refrigerator may look appealing, but additional storage isn’t much use if your household rarely needs it.

Also check:

• The energy-efficiency rating used in your market.
• The cost of replacement parts and repairs.
• Ventilation and installation requirements.
• Door-seal quality and warranty coverage.
• Whether the freezer configuration suits your cooking and shopping habits.

Everyday habits make a difference, too

Keep the refrigerator door closed when you’re not using it. Avoid putting hot food directly inside, follow the manufacturer’s temperature recommendations, and leave sufficient ventilation space around the appliance.

Check the door seals occasionally. If the door doesn’t close properly, the refrigerator may have to work harder to maintain its temperature.

If you’re deciding whether to replace an older model, compare its likely annual consumption with the new model’s figures. That gives you a more useful starting point than choosing based on appearance or extra features alone.

6. Washing Machines That Use Energy and Water Wisely

Washing machines are easy to overlook when thinking about electricity bills, but their consumption adds up with frequent use.

The machine itself matters, although the programme you choose, the amount of laundry, and whether the water needs heating can also affect energy use.

Front-loading machines often perform well in water-efficiency comparisons, but it’s better to compare specific models than assume every front-loader is automatically more efficient than every top-loader.

Features worth looking for

• Clear electricity and water consumption figures.
• Eco programmes suited to your regular laundry.
• Load sensing that adjusts water use.
• A capacity appropriate for your household.
• A suitable spin speed for the clothing you wash.

A few changes to your laundry routine

Wash full loads when practical, without overloading the machine. Use cooler wash settings when they’re appropriate for the clothes and detergent.

If you have a tumble dryer, a suitable higher-spin setting can help remove more water before drying. Air-drying clothes is another option when the weather, available space, and fabric care requirements allow it.

You don’t necessarily need a new washing machine to make a difference. If your current model works well, try using its efficient programmes and checking whether your existing habits are contributing to unnecessary consumption.

7. Induction Cooktops and Other Efficient Kitchen Appliances

A kitchen can contain several appliances that use energy in different ways. The most suitable choice depends on what you cook, how often you cook, and the energy sources available in your home.

Induction cooktops are worth considering if you’re planning to replace an existing cooking appliance. They use electromagnetic energy to heat compatible cookware directly and can transfer heat efficiently.

However, the purchase price, electricity tariff, cookware compatibility, and existing cooking setup all matter. An induction cooktop isn’t automatically the cheapest option for every household.

Other kitchen products to consider

• Electric kettles: Heat only the water you need instead of filling the kettle for a single cup.
• Microwave ovens: These can be convenient for reheating food and preparing small portions without heating a larger oven.
• Efficient ovens: Compare consumption figures where available and choose a size that matches your cooking needs.
• Cookware with suitable lids: Covering pots during cooking can help reduce heat loss and shorten cooking time in some situations.

Buy for the way you actually cook

If you prepare small meals regularly, an appropriately sized appliance may be more practical than a large one. If you already own an efficient kettle or microwave, using it sensibly may provide more value than replacing it with a newer model.

Think about your usual cooking routine before investing in another kitchen gadget.

8. Energy-Efficient Equipment for Your Home Office

A home office might contain a laptop, monitor, printer, router, desk lamp, and other electronics. Individually, some of these devices use relatively little electricity, but equipment running for long hours can contribute to overall consumption.

Fortunately, you can often improve efficiency without buying a completely new setup.

Start with the equipment you already have

Enable sleep mode on your computer and monitor. Adjust screen brightness to a comfortable level, and switch off equipment that doesn’t need to remain on.

If you’re buying a new computer, a laptop may use less electricity than a desktop computer with comparable everyday workloads. However, performance, screen size, connected equipment, and how the device is used affect the comparison.

An efficient monitor and an LED desk lamp can also be sensible choices when replacing existing equipment.

Don’t automatically disconnect your router or other essential equipment overnight. Some devices need continuous power to maintain internet connectivity, security functions, or scheduled updates.

A well-planned home office should meet your work requirements first, then reduce unnecessary consumption where practical.

9. Thermal Curtains, Window Films, and Door Seals

Some of the most useful home-efficiency improvements don’t need electricity at all.

Windows and doors influence how sunlight, heat, and air move through your home. Depending on your climate and building design, suitable curtains, window films, and sealing products may reduce the demand for cooling or heating.

Thermal curtains

Curtains with suitable insulating properties can reduce heat transfer through windows. In warmer climates, effective shading may also limit unwanted solar heat gain.

The result depends on the fabric, lining, window orientation, and amount of direct sunlight.

Solar-control window films

Certain films reduce the amount of solar heat entering through windows. Before choosing one, check whether it’s suitable for your glass type and window construction.

An unsuitable film can cause problems with some glazing systems, so follow the window manufacturer’s advice.

Weather strips and door seals

Gaps around doors and windows can allow unwanted air movement. Suitable seals may help reduce this, particularly in air-conditioned rooms.

However, sealing a naturally ventilated home requires care. Ventilation, humidity control, and indoor air quality remain important.

Rather than covering every window or sealing every opening, start with the areas that contribute most to unwanted heat or air leakage.

10. Solar-Powered Outdoor Lights for Gardens and Pathways

Solar-powered lights can be a useful addition to a garden, balcony, driveway, or pathway.

They use a small solar panel to charge a battery during daylight, then use the stored energy to provide light after dark. Because they generally don’t draw electricity from your household supply during normal operation, they’re convenient for outdoor locations where running wiring would be difficult.

Where do solar lights work well?

They can be suitable for decorative garden lighting, pathway markers, patios, and entrances.

Some models include motion sensors, allowing them to provide brighter light when someone approaches instead of operating at full brightness all night.

What should you check before buying?

Look at the battery type, weather resistance, panel quality, expected lighting duration, and availability of replacement parts.

Placement matters. A light positioned under a dense tree or roof overhang may not receive enough sunlight to charge properly.

Solar lights may not provide the reliability or brightness required for every security application, so consider your actual lighting needs before replacing wired fixtures.

For a more sustainable purchase, look for durable models with replaceable batteries rather than treating outdoor solar lights as disposable seasonal decorations.

11. Smart Thermostats and Temperature Controllers

Smart temperature controls can help you manage cooling or heating around your daily routine.

For example, a compatible controller might reduce cooling when the house is empty and return the temperature to a comfortable level before you arrive home.

The potential benefit comes from avoiding unnecessary operation, not from the device being labelled smart.

What features matter?

• Programmable schedules.
• Compatibility with your existing equipment.
• Temperature sensors.
• Easy-to-use controls.
• Remote access, if you genuinely need it.

Some air conditioners already have timers or scheduling functions. If yours does, you may not need to buy a separate controller.

Before purchasing one, identify the problem you’re trying to solve. If you already manage your cooling carefully, an expensive smart system may offer only a small additional benefit.

For connected products, check the manufacturer’s software-support policy, privacy information, and security features as well.

12. Home Energy Monitors: Find Out What Uses the Most Electricity

Have you ever wondered how much electricity your refrigerator, washing machine, or computer actually consumes?

A home energy monitor can help answer that question.

Some models measure the electricity used by an individual appliance through a compatible plug-in meter. Others monitor a property’s overall electricity consumption using professionally installed equipment.

How can an energy monitor help?

You might discover that an older appliance uses more electricity than expected, or that certain equipment stays active longer than necessary.

You can also use a suitable monitor to compare different operating settings or estimate the cost of running a device.

Electricity consumption is measured in kilowatt-hours (kWh). A device using 1,000 watts continuously for one hour consumes 1 kWh. In practice, many appliances change their power consumption during operation, so actual usage may differ from the rated wattage.

Monitoring helps you identify where to focus your attention. It doesn’t automatically reduce electricity use, and not every high-wattage appliance is inefficient.

Use only properly rated monitoring equipment, and have equipment connected directly to household wiring installed by a qualified professional where required.

13. Solar Panels and Solar Water Heaters

If you’re considering a larger home improvement, solar energy systems may be worth exploring.

Rooftop solar panels generate electricity from sunlight, while solar water heaters use solar energy to heat water. Both can reduce the need for energy from conventional sources, although the benefits depend on the system, climate, installation, and household demand.

Are rooftop solar panels suitable for your home?

Before arranging an installation, consider your roof’s condition, available space, shading, electricity consumption, and local utility requirements.

Ask installers for estimates based on your actual circumstances. These should explain expected system output, equipment warranties, maintenance, installation costs, and any relevant grid connection arrangements.

Battery storage is a separate decision. Whether you need it depends on your backup-power requirements, electricity tariff, and how your system operates.

What about solar water heating?

A solar water heater may be useful if your household regularly needs hot water and has a suitable location for installation.

Its value depends on hot-water demand, sunlight, available roof space, and the cost of the alternative heating system.

Both options involve a larger initial investment than products such as LED bulbs or curtains. Calculate the likely payback period using realistic assumptions rather than relying on a generic savings claim.

14. Window Coverings and Accessories That Make Better Use of Daylight

Natural daylight can help reduce the need for artificial lighting during the day. A few thoughtful changes to your room layout and window accessories can make better use of it.

Adjustable blinds allow you to control glare and direct sunlight. Light-coloured surfaces may help distribute daylight, while mirrors can reflect existing light into selected parts of a room.

A well-positioned task lamp can also illuminate a desk or reading area without requiring several ceiling lights to remain switched on.

Make small changes before buying more products

Try moving a desk closer to a window, adjusting your blinds during the day, or using a single focused lamp for reading.

Pay attention to the direction your windows face. Strong afternoon sunlight may increase indoor temperatures, particularly in warmer climates, so keeping the room bright isn’t always the same as letting direct sunlight in.

The goal is to balance daylight, glare, comfort, and heat control.

These improvements may be particularly useful if you’re decorating a home office, bedroom, or living room and want the space to feel bright without relying on artificial lighting throughout the day.

15. Small Energy-Saving Accessories Worth Considering

Not every useful upgrade needs to be a large appliance. A few carefully chosen accessories may help you manage everyday energy use.

Examples include efficient portable fans, LED task lamps, suitable timers, and automatic shut-off devices designed for compatible equipment.

The important question is whether the product solves a real problem in your home.

Before buying, check its rated power consumption, compatibility, durability, warranty, and replacement-part availability. A product that uses electricity itself should provide a meaningful benefit compared with the energy it consumes.

Be particularly cautious about plug-in gadgets that promise dramatic reductions in your entire household’s electricity bill without providing credible technical evidence. Marketing language isn’t a substitute for independently supported performance claims.

Sometimes, adjusting an existing appliance or changing a habit will achieve the same result for no additional cost.

Which Energy-Efficient Home Products Are Worth Buying First?

If your budget is limited, focus on the areas where you can reasonably expect the greatest benefit.

Product or upgrade	Relative upfront cost	When it’s worth considering
LED bulbs	Low	When frequently used lights are inefficient
Smart plugs or advanced power strips	Low to moderate	When suitable devices consume unnecessary standby power
Efficient ceiling fan	Moderate	When better airflow can improve comfort
Curtains and door seals	Low to moderate	When windows or doors contribute to unwanted heat transfer
Energy-efficient washing machine	Moderate to high	When replacing an inefficient or failing model
Energy-efficient refrigerator	Moderate to high	When the existing unit has relatively high consumption
Inverter air conditioner	High	When an upgrade offers a meaningful efficiency improvement
Rooftop solar panels	High	When the property and household usage suit solar generation

These are relative cost categories, not fixed market prices. Actual costs depend on your country, product specifications, installation, and local availability.

For many households, efficient lighting, better cooling practices, and proper appliance maintenance are reasonable places to start before committing to a major purchase.

How to Work Out Whether an Energy-Saving Product Will Save Money

An efficient appliance isn’t necessarily the best financial choice simply because it uses less electricity. You also need to consider how much the upgrade costs and how often you’ll use it.

Start by comparing the electricity consumption of the existing product with the replacement.

Annual electricity cost savings = Annual kWh saved × Electricity tariff per kWh

For example, suppose a replacement appliance is expected to save 200 kWh per year. If your electricity tariff is 40 currency units per kWh, the estimated annual saving would be 8,000 currency units.

These figures are illustrative. Use your actual electricity tariff and credible consumption estimates to make a decision.

You can also estimate a simple payback period:

Simple payback period = Additional upfront cost ÷ Annual cost savings

If a more efficient model costs 24,000 currency units more than an alternative and saves 8,000 currency units annually, the additional cost would be recovered in approximately three years, assuming the savings remain consistent.

This is a simplified calculation. It doesn’t include maintenance, repairs, financing, changing tariffs, or differences in product lifespan.

The method is most useful when comparing products that perform the same task, such as two refrigerators of similar capacity or two air conditioners suited to the same room.

Energy-Efficient Products for Renters

You don’t have to own a house to make practical energy-saving changes.

If you’re renting, focus on products and habits that don’t require permanent alterations.

• Replace compatible bulbs with LED alternatives, keeping the original bulbs if your tenancy agreement requires it.
• Use a suitable smart plug for lamps and other compatible electronics.
• Add removable window coverings where permitted.
• Use a portable fan to improve comfort.
• Enable sleep settings on computers and monitors.
• Make better use of natural daylight.
• Use a compatible plug-in energy meter to understand appliance consumption.

Check with your landlord before installing window films, changing electrical fittings, or making permanent modifications.

If the property has an inefficient refrigerator or air conditioner supplied by the landlord, discussing maintenance or replacement may be more practical than paying for an expensive upgrade yourself.

How to Avoid Green Marketing and Choose Products Wisely

A product can be advertised as sustainable without being the best option for your home.

When comparing energy-efficient products, look beyond the packaging and consider the evidence behind the claims.

• Check recognised energy labels. Use the rating system applicable to your market and compare the actual consumption figures where available.
• Compare products fairly. Similar capacity, performance, and intended use make for more meaningful comparisons.
• Look at operating costs. A cheaper appliance may cost more to run, while a more efficient product may not recover its additional price if it’s rarely used.
• Consider durability and repairability. A product with available replacement parts may offer better long-term value than one designed to be discarded when a small component fails.
• Check compatibility. Smart controls, electrical accessories, induction cooktops, and dimmers must suit your existing equipment.
• Question dramatic savings claims. Look for credible testing or technical information that explains the comparison behind any advertised percentage.
• Avoid replacing working products unnecessarily. Keeping an appliance in service may be a sensible choice when the efficiency improvement from a replacement is small.

A good buying decision considers energy consumption, cost, useful life, repairability, and the needs of your household.

Common Mistakes That Can Waste Energy and Money

Even well-designed products won’t help much if they’re used in ways that undermine their benefits.

• Leaving fans on in empty rooms. Fans create a cooling sensation for people; they don’t lower the room temperature.
• Ignoring appliance maintenance. Dirty filters, damaged seals, and blocked ventilation can affect performance.
• Buying oversized appliances. Choose equipment suited to the room, household, and tasks involved.
• Purchasing smart gadgets without a clear purpose. A device that saves very little electricity may not justify its price.
• Installing solar lights in shaded locations. Insufficient sunlight can prevent reliable charging.
• Replacing working appliances without comparing consumption. A newer model isn’t automatically worth the cost.
• Ignoring natural ventilation and daylight. Depending on weather and building design, better use of airflow and window coverings may reduce the need for powered equipment.

The most useful approach combines sensible purchases with everyday habits that suit your home.

Frequently Asked Questions

What are the best energy-efficient home products for beginners?

LED bulbs, suitable power strips, efficient fans, and appropriate window coverings are practical starting points for many homes. They’re relatively easy to introduce and generally don’t require major renovations. Begin with the products that address your actual electricity use rather than buying everything at once.

Which household products use the least electricity?

Small LED bulbs and many low-power electronic accessories generally consume less electricity than large cooling, heating, or cooking appliances. However, operating hours matter. A small device running continuously may consume more over time than a higher-powered appliance used briefly.

Do smart plugs really save electricity?

They can reduce unnecessary consumption when used to control suitable appliances that would otherwise remain on or in standby mode. The benefit depends on the device and its actual consumption. Smart plugs don’t guarantee significant savings in every household.

Are LED bulbs more efficient than traditional bulbs?

Yes. LEDs generally use much less electricity than incandescent bulbs to produce comparable brightness. They also tend to last longer. Choose the appropriate brightness, colour temperature, fitting, and dimmer compatibility for your home.

Which appliances use the most electricity at home?

The answer depends on your household and climate. Air conditioning, electric water heating, refrigeration, cooking, laundry, and clothes drying can all contribute substantially. Reviewing your consumption and usage patterns is the best way to identify your largest opportunities for improvement.

Are inverter air conditioners worth the extra cost?

They can be, especially when the unit operates frequently and offers a meaningful efficiency improvement over the existing equipment. Compare energy ratings, capacity, installation costs, and operating hours before deciding. The additional cost may take longer to recover in homes that use air conditioning infrequently.

What energy-saving products are best for renters?

LED bulbs, suitable smart plugs, portable fans, removable window coverings, temporary door seals, and plug-in energy meters are useful options. Check your tenancy agreement and electrical safety requirements before making any changes.

Can energy-efficient products reduce electricity bills?

Yes, if they reduce electricity consumption compared with existing equipment or prevent unnecessary usage. The amount saved depends on the product, usage, efficiency improvement, and electricity tariff. Expensive upgrades should be assessed using realistic savings estimates.

How can I make my home more energy-efficient without spending much money?

Start with simple habits: switch off unused equipment, use daylight when practical, clean appliance filters, check refrigerator seals, enable computer sleep settings, and use efficient laundry programmes. These changes may help without requiring a large shopping budget.

What should I check before buying an energy-efficient appliance?

Compare energy ratings, annual electricity consumption, capacity, purchase price, warranty, repairability, and compatibility. Consider how often the appliance will operate and whether the expected savings justify the additional cost. Choose based on your needs rather than features you may rarely use.

Final Thoughts: A More Efficient Home Starts With Practical Choices

You don’t need to buy 15 new products to make your home more energy-efficient.

Start with the equipment you use most often. Replace inefficient bulbs when it makes sense, maintain your existing appliances, use fans and air conditioning thoughtfully, and compare energy ratings before buying replacements.

If you’re considering a more expensive upgrade, such as a new refrigerator, inverter air conditioner, or solar installation, take the time to work out the likely benefits for your household.

Some improvements will be more useful than others, and that’s perfectly normal. The right choices depend on your climate, electricity tariff, budget, and daily routine.

The aim isn’t to own more energy-saving products. It’s to use less energy without making everyday life less comfortable.

Save this guide to your Pinterest sustainable living or home improvement board so you can refer to it when planning your next home upgrade.

Trusted Resources for Choosing Energy-Efficient Home Products

If you’re comparing appliances or planning energy-saving improvements, these resources can help you make informed decisions using reliable information rather than marketing claims.

• ENERGY STAR: Energy-Efficient Products — Browse certified products and compare options for your home.
• U.S. Department of Energy: Energy Saver — Find practical guidance on reducing household energy use.
• Federal Trade Commission: How to Use EnergyGuide Labels — Learn how to compare appliance energy consumption and estimated operating costs.
• U.S. Environmental Protection Agency: Reduce the Environmental Impact of Your Energy Use — Explore the relationship between energy efficiency and environmental impact.