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!

The Internet of Things is arriving in a big way. Smart thermostats, smart refrigerators, smart home security systems and more are all moving toward one integrated home system. One day soon, all your HVAC equipment, electrical work and appliances will be connected and in communication with each other. The next leap forward in smart homes is coming to your kitchen – the smart stove. Before you know it, your range top and oven will be sending you text messages when it's time to pull out the roast. Really.

Texting and Tweeting from the Oven

Smart stoves are quickly on their way to the marketplace. General Electric recently announced an initiative to bulk up the internet integration capabilities of its appliances. Stoves, for example, will soon be able to send you a text message once they've preheated, or cooked a meal for a specified amount of time. Not paying attention to your phone? The stove will also be able to flash the lights of whatever room you're in to give you the alert, if your other electrical work is hooked into the smart system.

The benefits don't stop there. If you leave the house and forget to turn the stove off, it can shut down automatically. It can also do this if the smoke detector goes off, potentially saving you from catastrophe. The smart stoves will also be able to interact with social media applications like Facebook, Twitter and Dropbox. That's right – soon your oven will be able to tweet out a photo of your perfect apple pie and you won't even have to lift a finger.

A New Way to Interact

Smart stoves are just the start. "Owners can create recipes that suit their lifestyle and integrate GE's connected appliances into the rest of their Internet-connected lives," Logan Garrett, a member of the Wi-Fi connected appliances team at GE Appliances, said to the Motley Fool. "We think this is the beginning of a new way for consumers to interact with their home appliances."

One day, smart kitchens could even come up with suggested recipes based on the ingredients you have on hand, which it would already know via inventory software. All you'd have to do is gather the items and mix them together. Technology already exists to determine when a dish is cooked properly, so the oven could handle the temperature and time settings all on its own.

If you need advice on how to get cutting edge technology into your kitchen to take the guesswork out of cooking, or need any other help with your electrical work, call an expert electrician today.

Last night, thousands of walkers and hundreds of runners in Edinburgh kicked off the Courtesy of NVA.org.uk

A bunch of research went in to creating this light up gear to meet the NVA’s head designer James Johnson’s following standards:

For the runners, the design team wanted something dramatic, so they ended up going with concentrated point source LEDs, which looked great both close and at a distance. The LEDs allowed them to mix color and adjust intensity of the lights remotely. The runners themselves had to be in tip-top shape, able to run 10 miles at a 9-10 minute pace in all kinds of weather. Therefore, as to not hinder them in their physical feat, the design team fashioned a webbing suit out of the LEDs, complete with a radio and battery pack. Check them out:

The only shortcoming of these suits was that they couldn’t be powered by the runner’s motion. After attempting to harvest energy via knee braces, they determined any impediment to the runner’s motion dramatically affects his or her performance.

For the walkers, Johnson and his team wanted to build something subtler, to provide adequate safety lighting, but not to distract from the viewing experience. They decided to go with staffs/walking sticks illuminated by a combination of electroluminescent tape, fiber optic fabric, and diffused and non-diffused LEDs. Each staff housed a micro-computer that would synch up the flashing patterns with the Orchestra’s score, with changes triggered by movement and altitude. And here they are:

The research team was able to use motion to generate power in this instance, since walking is a more leisurely, steadier movement. To harness the power of movement, two LEDs, two high power Neodymium magnets, and a copper coil go in the top of the staff, then as the walker strides along, striking the stick against the ground, one of the magnets oscillates through the coil, creating a small electrical current. One LED lights up when the magnet travels down, and the other when the magnet travels up, producing a twinkly effect.

The runners also received a smaller version of this staff in the form of a baton.