The energy consumed by a single building or business can prove to be a huge overhead cost, especially for those buildings of a much larger size.

Starting the initiative to reduce energy consumption is becoming more and more common as the benefits become more and more clear. The benefits of reducing energy consumption is often times for one major reason, and that is to reduce overhead costs. By making switches (such as those listed here), you could realize a 50% or more reduction in overall energy usage in your facility.

Sound interesting? Learn how you can do that with the tips below…

Whatever lighting technology you have right now, if it isn’t LED, then you are probably consuming more energy than you have to be when it comes to your lighting system.

By converting to LED from a technology like fluorescent, you will easily realize a 30% reduction (on average) in energy consumption from your lights. Now, if you have lights such as metal halide or HPS (often used outside or in high ceiling lights), then you could realize even greater savings (by up to 75%)! This, in and of itself, can prove to be a major way to reduce energy usage in your buildings.

facility manager is, but it’s just a fact. Think, who knows more; someone who works with all the equipment everyday or someone who overlooks said worker? Probably the former, and that’s okay! But, just remember to ask them to be on the lookout for things and get them on-board with your efforts to reducing energy in your building. It will help a lot with your efforts!

Planting save energy in your building, but they are definitely the huge players that eat up a lot of energy. By changing just these 9 things, you will be able to put your efforts to the highest reward type initiatives.

Once you’ve switched these major energy consumers, you can then work on smaller areas of your building that are inefficient, just not as much as these 9 things.

What is one thing not listed here that you find to be a huge energy consumer? Comment it down below so we are all aware of it!

How do tripped circuit breakers happen in the first place? An overloaded circuit is the most common reason for a breaker tripping and usually happens when a circuit has more electrical load connected to it than it really should have. Let’s say you have a 15 Amp circuit breaker that is protecting a 15 Amp circuit. If 20 Amps of current start flowing through it because a toaster, TV, radio and space heater were all connected to the same circuit and were on at the same time, then what you’re left with are tripped circuit breakers aimed to prevent overheating of the circuit.

Allow Kolb Electric, one of the premier electricians in Alexandria, Arlington, Fairfax and all of Northern VA, to guide you through the process of resetting tripped circuit breakers, which is actually quite easy.

If your breaker continues to trip immediately after you’ve reset it, this is indicative of a direct short. Do not try to reset your breakers at this point. If these steps don’t help you resolve your tripped circuit breaker problem, it’s time for you to contact a quality electrician in Virginia who can uncover the source of the problem, which could be due to one of the following:

Everyone is looking for ways to save power.  Whether to save money or the planet, one of the best and most popular ways to save power on lighting is by installing dimmer switches to control your lights.  Besides saving power, they’re also great for setting the mood in your home.  More and more dimmer switches are being installed in American homes every year.

Dimmer switches are easy to install, even for an everyday person. Of course, even an easy installation can be problematic, so you should always contact the best Dallas electrician to ensure that you’re doing things right, or to perform the dimmer switch installation for you if you don’t want to take a chance of making a mistake.  Either way, here are some important do-it-yourself electrical tip to keep in mind about dimmer switches:

The controller keeps on monitoring the application requirement in a continuous control loop. It then commands the inverter to produce the required voltage and frequency to meet the application requirements. To do this, the controller, comprised of a microprocessor, takes the input signal from the sensor and compares this with a reference signal. It then generates the appropriate control signal for the inverter to vary its output power.

In a typical application, the controller will monitor process parameters such as pressure, flow rate, temperature or liquid level. For example, an oxygen sensor in a boiler provides a signal to adjust the speed of the fan and control the amount of oxygen in the boiler system.

Today’s drives, using microprocessors, semiconductor power switches, and SMDs are now smaller, compact, cheaper, more reliable and efficient. A typical drive will also include a filter to suppress harmonics generated when converting the DC to AC voltage.