In every room of your home, you are likely to find many appliances, appliances, and light fixtures that rely on the power grid for power. Collectively, they affect your carbon footprint more than you might think. Converting to low-carbon alternatives can help you better manage the environment while reducing your reliance on electricity.
“As a father, husband, homebuilder and real estate agent, I think it’s important to make smart choices for a cleaner today and a greener tomorrow,” said Matt Blashaw, residential contractor, agent licensed real estate and host of HGTV’s “Build it Forward.” .” “We all want to be good stewards of the Earth. I want people to think beyond planting a tree or recycling. Now is the time to choose a diverse, low-carbon energy mix to power our homes and businesses.
Consider these eco-friendly upgrades from Blashaw and Propane Education & Research Council (PERC) experts to help decarbonize the Earth:
Programmable thermostats and smart plugs don’t just conserve electricity, but they help you be aware of your energy consumption and adapt your usage to avoid waste. The introduction of programmable thermostats made it possible to adjust the temperature of your home when you are away or when you are sleeping.
Some smart thermostats take these adjustments even further by learning your home habits and adjusting the temperature to suit your usage patterns. You can also make adjustments remotely, and some models allow you to independently control specific areas or rooms so you only use the energy you really need. When paired with efficient, low-carbon HVAC units, smart thermostats can help reduce the impact on the planet.
Like programmable thermostats and smart plugs, motion sensors help manage your energy usage. Motion sensors ensure that you only use electricity to light up a space when it is in use or when the light quality drops below a certain threshold. You might be used to turning on a light switch when you enter a room, whether you need extra light or not. Relying on a sensor reduces the waste associated with this routine and helps ensure lights are turned off when they might otherwise be forgotten in an empty room.
You might be surprised to learn what a difference it can make to swap devices for another power source. According to PERC, propane appliances are more efficient and produce fewer greenhouse gases than electric appliances. For example, propane clothes dryers generate up to 42% less greenhouse gas emissions than electric clothes dryers. They also dry clothes faster than electric dryers, and moist heat is gentler on fabrics and can even help relax wrinkles and static.
Similarly, propane stoves generate up to 15% fewer greenhouse gas emissions compared to electric stoves, while allowing better control of heat levels. Plus, their instant flame-out capabilities help them cool faster than electric stoves, which can stay dangerously hot after being turned off.
Energy efficient windows
Nearly a third of energy loss in your home can be attributed to windows, especially if they are older or in poor condition. Even windows in good condition can be a source of energy loss if there is only one pane or if there are air leaks around the frame. Upgrading to double- or triple-glazed windows can be expensive, but making more cost-effective upgrades like caulking and weatherstripping can reduce window-related energy loss. You can also count on window treatments such as curtains or blinds, awnings or plant vegetation that provide shade to help manage how your windows contribute to your energy needs.
Tankless Water Heater
Traditional water heaters maintain a tank of heated water at all times. Heating and reheating the same water over and over again is inefficient and wasteful. Conversely, tankless water heaters only heat water when you need it, reducing your energy consumption and saving you money. Because it heats water whenever you need it, you don’t have to worry about running out of hot water. In addition, the energy source of your water heater can produce even greater savings. Switching from an electric storage water heater to a propane tankless water heater can prevent more than a ton of greenhouse gas emissions from entering the atmosphere each year, the same amount produced driving a car more than 3,000 miles, according to PERC.
You can think of ceiling fans as design elements and comfort features, but they also play a role in your home’s energy consumption. Moving air is cooler than still air, so not only does circulation keep the air cool, but you can also keep your room temperature higher while still feeling cool and comfortable. Opting for a smart ceiling fan can help you maximize savings by programming the fan to align with your normal routines rather than wasting energy circulating air when you’re not using the fan. room.
Harnessing solar power is often considered the ultimate use of renewable energy, but installing enough panels to adequately power an entire home can be expensive. Many homeowners are successful in offsetting their traditional energy consumption rather than completely replacing it. Implementing other measures, such as installing propane appliances or updating windows, can reduce the amount of energy needed from solar panels, making them a more practical option for your household. .
“The more diverse the US energy mix, the more reliable it is,” Blashaw said. “Propane can work with renewable energy sources like on-site solar power to create a more efficient, clean, and reliable energy mix for homes across the country and help accelerate decarbonization.”
Find more low carbon solutions for your home at Propane.com.
Put Propane Into Practice
As a clean alternative fuel approved under the Clean Air Act, propane is a low-carbon energy source that produces far fewer greenhouse gas emissions than diesel, gasoline and gasoline. electricity in a wide range of applications. Because it reduces carbon emissions at home, at work, on the road and on the farm, propane can help Americans meet their environmental goals fairly and affordably. Consider these low carbon PERC facts for your family:
Propane is a versatile alternative fuel used in nearly 12 million US homes for residential uses such as home heating, fireplaces, water heaters, cooktops and whole-house backup power.
American farmers not only rely on propane to power their homes, but also on it to run their businesses. Propane is used to irrigate fields, dry crops and heat buildings.
Every day, 1.3 million children travel to school in 22,000 propane-powered school buses across the country. Propane buses are currently in 1,000 school districts in 48 states.