Confused or overwhelmed about the benefits and drawbacks of making your home a little more green? Your friendly neighborhood Mr. Electric® professionals are here, helping you understand the bigger picture in your quest for a greener life.

Energy consumption has more to do with having a green home than age. Newer homes with added square footage, vaulted ceilings and an array of high-tech electronics often consume a great deal of energy. Rather than upgrading, consider the size home that adequately fits your needs. With the help of an energy audit, air sealing and insulation, and efficient appliances, you’ll be well on your way to a green home, regardless of age.  

Simply plugging gaps, holes and other air leaks in your home and beneath insulation in your attic can reduce your demand for nonrenewable energy by up to 40 percent. Thinking about investing in a little new insulation? Don’t sweat it if the top-of-the-line insulation is out of your price range – all insulation is green. Go with what’s in your price range today and get those heating and cooling bills down tomorrow. There’s nothing greener than reducing energy consumption.

Don’t become brainwashed by greenwashing companies who put more thought into labeling their products to gain your purchase than into sustainability practices. Avoid deceitful marketing tactics by getting to know which labels are truly green in your local hardware store:

Replacing those old incandescents with CFLs or LEDs pays for itself over the lifespan of the bulbs, which not only use a fraction of the energy, but last far longer as well. Aren’t you tired of repeatedly replacing burnt out bulbs?

Huh? You heard right. Incandescents and halogens should ALWAYS be turned off when you leave the room. Why? They are less efficient. CFLs, however, are a bit more complicated. They cost 75 percent less to operate than an incandescent. However, turning them on and off reduces their operating life, which can cost you more in bulb replacements. The Department of Energy’s advice: If you’ll be out of the room for 15 minutes or less, leave it on.

Items with a power adapter, indicator light, standby function, or clock can suck up energy even when they’re turned off, draining you to the tune of 5 percent or more of your power bill. The typical cable box alone uses half the electricity of an Energy Star fridge. Multiply that times the number of these items in your house (TVs, computers, microwaves, cell phone chargers). To take a big bite out of your electric bill, plug these items into a power strip so they can be turned off when not in use. In addition, have wiring inspected to ensure poor connections and undersized wiring aren’t contributing to additional energy loss and higher bills.

Adjusting your thermostat 10 to 15 degrees for 8 hours a day can save you 5-15 percent per year on heating and cooling costs – 1 percent for each degree it’s set back. Make the savings hassle-free with the installation of an inexpensive programmable or Wi-Fi home thermostat.

Electronics are some of the most expensive investments in any home. So how can you be sure you’re safely protecting them from electrical surges? With a whole-home surge protector, you can rest easy that all of your electronics and appliances are protected in the event of a lightning strike or electrical surge.

A whole-home surge protector is installed in your main electrical panel in order to cut off potential electrical surges from flowing into your home’s internal wiring. Whole-home surge protectors can protect up to 40,000 amps of current flowing into your home. When an electrical surge takes place, the device detects the excess energy and safely diverts the surge through the home’s grounding path. This will protect your home from:

This provides an easy, catch-all system that ensures every plug in your home is safe from a surge. Never have to worry about plugging your expensive electronics into standard plug-in surge protectors.

According to the Insurance Institute for Business & Home Safety, the Maryland/Virginia/Washington, DC area is considered at moderate risk for lightning strikes. These, along with other powerful weather events, are strong enough to fry both large and small electronics, including:

By investing in full-home surge protectors, you save yourself the risk of potentially paying thousands to replace your expensive electronic devices and appliances. Don’t suffer later when you can prevent damage up-front!

It is important that typically, it is recommended that you double protect against electric damage by also using standard wall surge protectors. This will make sure that no matter how strong the electrical surge is that hits your home, your valuable electronics will stay safe.

Everyone from the National Fire Protection Association to the Institute for Business and Home Safety recommends the use of whole-house surge protection. Fortunately, great whole-home surge protection is available and affordable! For maximum protection, you’ll want to install a whole-home surge protector at the circuit breaker box and supplement it with smaller surge protectors on individual outlets. A whole-house surge protector can protect your home from up to 40,000 amps of current (normal household power is between 200 to 300 amps). When something like a lightning strike causes such a surge, the surge protector detects the excess current and safely diverts it through the house’s grounding path. Whole-house surge protection provides homeowners in MD, DC, and VA peace of mind when a powerful thunderstorm passes the area.

Kolbe Electric’s electrician team can easily install a top-of-the-line surge protector with ease. Our whole-house surge protectors usually come with lifetime warranties and added protections for possible losses. This means your electronics are double-protected against future loss due to electrical surge! Call Kolb Electric today to learn more about our whole-house surge suppressors for your Maryland, Washington, DC, or Virginia home.

Electric cars like the Tesla are rapidly growing in popularity—more so than any type of car in the industry. At some point, it’s safe to assume that vehicle powered primarily by electricity will be the standard for the automotive industry, so it’s important for the infrastructure in the U.S. to change in order support electric vehicles. Electric cars save energy, promote health, and are environmentally friendly, so they can offer a number of great benefits, and if you’re considering purchasing an electric vehicle, it’s important that you prepare your home for the change.

When it comes to residential Tesla and other electric vehicle chargers, it’s generally recommended that you install a Level 2 charger. Here some basic information about Level 2 charging devices:

Level 1 and Level 2 chargers are what most homeowners have access to. Level 1 electric vehicle chargers use standard household outlets, and it’s common for electric cars to come with Level 1 charging cords that cna be directly plugged into your home’s outlets. The downside of Level 1 chargers is that they’re limited to about 120 volts, which means that they can take up to 22 hours to charge your car.

Level 1 chargers are probably not a feasible option unless your car is a plug-in hybrid.

Our professional Princeton electricians recommend Level 2 chargers for residential electric vehicle charging. Level 2 chargers supply 240 volts of electricity to your car, so they can significantly reduce charging times. You’ll be able to fully charge your car in as few as three to four hours.

Installing Level 2 chargers will probably require some adjustments to your home’s electrical wiring, but our Princeton electricians will be able to handle the job.

The primary benefit of a Level 2 charger is the significant reduction in charging time. You’ll be able to charge your car much more quickly, which gives you more flexibility when it comes to using your automobile. Your car can easily be fully charged over night, or while you enjoy a meal and complete some household duties.

Level 2 chargers can also help you save money on your electrical expenses. They’ll allow you to charge your vehicle at strategic times when electrical demand is lower. You can take advantage of lower electrical costs during the night, which help maximize energy savings on an already efficient vehicle.