If you use a standby generator for your home or business, you know how valuable it can be during a big storm or any time when your power supply is uncertain. We tend to get a lot of big summer and winter storms in the DC Metro area, so having a standby generator is crucial for things like keeping food safe and keeping lights on. So if you want to make sure your generator works smoothly when you need it to, it’s important that you keep it well maintained!

After a major storm knocks out power, your generator could be running 24/7 for a few days. To prepare for times like this, here are some ways you can keep your generator in good shape:

In addition to these checks you can do on your own, it’s important to have your standby generator inspected by an authorized sales and service dealer. Remember—many home and commercial generators have a limited warranty and require service from a licensed technician in order to make sure the warranty can be honored.

Standby generator repair and maintenance requirements may vary significantly based on the type of generator you are dealing with. For instance, commercial generators are primarily the alternator type of generators. Alternators have stationary windings (which create the alternating current) and rotating windings (which create direct current). Since rotating windings usually go through a significant amount of friction when working, regular tune ups and electrical repair will see them needing to be replaced every once in a while.

Kolb Electric is one of the largest Generac generator dealers in the Maryland, Virginia, and Washington, DC are and we are fully certified to service Generac generators. This winter, prepare your home for any major snow storms by calling Kolb Electric for generator service today!

More people have been thinking of trying to switch from oil-dependent vehicles to electric cars. However, many of the same individuals are also intimidated by the numbers of gas vs. charging stations available near them. While this might not be a problem in larger cities, more rural locations can run into charging issues. This is why charging your vehicle at home is so important. Around 88% of electric vehicle drivers refuel at home or at work.

Depending on your car, you might need different levels of charge. A level 1 charger uses wall sockets in the average home. However, 1 charge could take about 22 hours to complete. A level 2 charger is a little better. It works with a 240-volt wall outlet and can give you around 70 miles per charging hour. You can use the same outlet as your washer and dryer, but having a dedicated outlet for your car can help you prevent potential problems from alternating electricity flows.

A level 3 charger is the fastest and most efficient option for charging an electric car. Level 3 chargers, also called DC fast chargers, use a special charging port to get power to the battery while bypassing the car’s onboard charger. With this kind of station, you can fully charge your vehicle in a half hour.

Other parts of the country may be warming up and getting ready to use our air conditioners, but we’re still relying on our heaters to get us through more than a few chilly nights. So if yours begins to malfunction, you may start to panic. This is understandable, but know that if you’ve had your system maintained before the heating season began, it may likely not even be an issue with the system itself.

Instead, you may be in need of Newton, MA electrical wiring services for some component of your heater. Keep reading to learn more about how your heater can be impacted by electrical issues.

This applies to both electrical furnaces as well as boilers. Both of these systems use heating elements—a set of coils that burn hot as a current passes through them—in order to raise the temperature of the air (furnaces) or water (boilers).

Both of these systems contain more than one heating element. Therefore, if you one fails you likely won’t lose your heat entirely, but your heater won’t be able to work as efficiently as it otherwise would.

If you’re utilizing a heat pump, then this is the most common electrical problem you might run into. Capacitors are cylindrical devices about the size of a soda can, responsible for sending electrical charges to the motors to start and keep them running.

Capacitors can burn out after years of use, or suffer from wiring issues, causing the heat pump to “hard start” (draining power) or quit functioning all together. You’ll need a professional to replace the damaged electrical capacitors.

Even if you have a heater that runs off of natural gas, oil, propane, or geothermal power, it’s going to have an electrical thermostat controlling it. Thermostats with failing wiring will begin to malfunction, often incorrectly registering your home’s temperature or failing to accurately set the heater. If your heater is failing to reach its target temperature with no other signs of a problem, your thermostat wiring could certainly be to blame.