You may not think about it often, but the power coming into your home travels a long way before it gets to your refrigerator, air conditioner, or any of the other appliances in your home. On the way, electrical current encounters fluxuations and interference from things like other appliances, machinery, and low quality wiring. That “Dirty” power can cause inefficiency and disturbance in your appliances, making things like the motors in your refrigerator and air conditioner, the circuits in your television, and all of your other electrical gadgets work harder than they need to, and wear out faster than they should.

A Power Conditioner will take the electrical current coming into your home and “clean” it, using filters to isolate power outlets and remove interference. This provides the correct voltage level to sensitive electrical equipment, allowing it to work safely and efficiently at the correct voltage.

Because power conditioners help your appliances run more efficiently, they can also lower the overall cost of running these appliances, and extend their lifespan. For more information about home power conditioners or for help on any electrical project in your home, please reach out to Dallas Electrician, ElectricMan Inc. by phone at 972-792-7270, or through the contact form on our website at www.electricmaninc.com

Does your circuit breaker keep tripping? Do you constantly have to go through the process of resetting your breaker to get your necessary electrical systems back on? At Kolb Electric, we know this is one of the more frustrating electrical issues you can deal with on a regular basis.

So what causes a tripped circuit breaker? 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.

In four easy steps, you can reset your circuit breaker. You need to:

If your breaker continues to trip even after resetting it, there could be an issue with your electrical system. This means 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:

At Kolb Electric, we have specialized in providing professional electrical service since our establishment in 1925. Impeccable customer service and attention to detail has allowed us to become one of the top electricians in Alexandria, Arlington, Fairfax, and all of Northern VA. We can help you end your tripped circuit breaker headache once and for all—contact us today!

Photovoltaics employ solar panels to create energy. Solar power remains a rapidly growing field in the renewable energy sector. It has the potential to completely power our world and drastically reduce greenhouse gas emissions.

Aside from large-scale solar plants, photovoltaics can also be found in a variety of places from calculators and watches to electric planes and the space station. The lack of moving parts makes them valuable in portable devices and in areas without other sources of power. And because the only source of fuel required is sunlight, they can produce power continuously for years without maintenance. Thanks to the falling cost of installation and the potential savings on utility bills, many homeowners are now choosing to install rooftop panels on their own homes.

As the cost per watt of solar power continues to plummet, new solar technologies are emerging. Therefore, the second generation of solar panels, known as thin-film PV, consist of extremely thin panels only a few micrometers thick. These panels are much more versatile and have found their way into Tesla’s solar roof tiles, among other things. They are less efficient than first-generation panels, but much cheaper, simply due to the fact that they require less material to manufacture.

Most noteworthy, third-generation high-intensity solar cells are also in development and promise to be even thinner and extremely efficient. Perovskite PV cells and Organic and Polymer Photovoltaic (OPV) cells are some of the newest third generation solar technologies and use materials other than crystalline silicon.

Photovoltaics remains a quickly growing field that has the potential to reduce greenhouse gas emissions. This technology provides energy independence, while powering the world reliably and efficiently.