Fixing the wiring in your home is not something that you want to trust to just anyone. The possibility of shocks and electrocution as well as the danger of electrical fire presented by a poor wiring job are too serious to risk doing your own electrical work, and an inexperienced electrician can provide shoddy work that impacts your safety and your wallet.

For all things electrical, from installing a new outlet to rewiring a new addition, you need the skills, training, and experience of a licensed electrician. There are many good reasons for narrowing your search to only include local electricians.

An electrician who works and lives in the area is most familiar with local building codes, material vendors, and the procedures necessary to get the required licenses. What’s more, electricians are licensed by individual states (and the District of Columbia) and are only permitted to work in those state(s) where they have passed the licensing exam and where they meet the continuing education requirements.

Another good reason for working with a local electrical contractor is that when you work with a local small business, the dollars you spend stay in the community rather than going to the corporate offices of a large company or big box retailer. Local electricians are your neighbors and will spend the dollars you give them at local restaurants, retailers, and community service programs.

Lastly, though possibly most importantly, local electricians rely on their reputation for their livelihood. They’d be out of business quickly if satisfied customers didn’t recommend them to their neighbors, co-workers, church members, and friends. For that reason, a local electrician has an extra incentive to do quality work on your project.

At Kolb Electric, we’ve been helping Maryland, Northern Virginia, and Washington, DC homeowners with their electrical needs for more than 90 years. We live right here in the communities near you, shop in the same stores, and support the same businesses. We’re familiar with the houses in this area as well as the local building codes and licensing requirements. We also know where to get the best prices for you on quality electrical supplies.

To learn more about how Kolb Electric can help you with your next electrical project, large or small, call us at 877 287-1179 or contact us online today.

Modern buildings, commercial spaces, and even homes increasingly implement advanced building automation and control technology to improve energy efficiency, user comfort, and extend the life cycles of equipment.

At the core of any building automation system, or BAS, remains a central computing hub. This is where software processes the variety of signals it receives from connected sensors, switches, and user inputs. In a typical home, a Wi-Fi network connects devices wirelessly. Further, it will often connect them to the internet, allowing remote access from any web-connected device.

The only real difference between homeowner systems and commercial applications is scale. A large building can have many more devices and sensors connected, but the core function remains the same. The primary focus of commercial systems, however, is energy efficiency over user convenience.

In a large building or factory, even a small percentage of energy savings can have a huge benefit, not only in lower utility costs but also in reductions of CO2 emissions. With an efficient BAS, a building can attain a LEED (Leadership in Energy and Environmental Design) rating, which is a measure of energy efficiency and low environmental impact in building design.

As technology advances, the potential risks grow for building automation. Each day, more devices become connected to the internet. This is now referred to as the “Internet of Things”. The ease and convenience increases, but so does the potential reward for hackers. Anything controlled by the user or by software could potentially be taken over by a malicious hacker.

It is vital that digital security remains a priority, especially in a home setting. Many smart devices are not as secure as they may seem and are often only as secure as the home’s Wi-Fi network. Some good first steps include changing your Wi-Fi network’s password to something unique. Use the latest encryption protocols and enable MAC address filtering, which allows only devices specifically approved to connect to the network.

Building automation systems will continue to grow in ability and convenience. As long as the potential risks are managed, the possibilities for energy efficiency and user comfort remain nearly endless.

Had you taken a public poll 20 years ago about the future of solar power and solar energy, the public would have likely expected the technology to have made leaps and bounds by 2013.  Perhaps many would have expected to see solar panels installed on most homes and businesses by now, or even being used to power cars (ala the 1996 James Belushi / Halle Berry movie Race The Sun.) In 2013, in a technological age where most people use smartphones as pocket sized computers, why does it seem that solar power hasn’t progressed much at all?

There are many reasons to help to understand this phenomenon, so we’ve listed some of the most popular below:

One of the most obvious issues that may be holding solar energy back is the idea that if there is no sunshine, there is no power being generated.  Because of this, solar energy doesn’t have the capability to stand alone which will surely hinder its popularity.  Modern consumers are of the instant gratification mindset and are not always willing to take the inconvenient option, even if it may have strong benefits.

It’s no question that there are huge amounts of money tied up in the corporations and investors who control the major energy companies of the world.  The electricity companies have an interest in limiting their competition and they have lobbyists in that will work to protect their interests.  There is also strong opposition coming from competing industries like coal and nuclear energy, both of which are heavily financed and politically influential.

Even with the tax breaks and incentives cited as reasons for solar energy development, the upfront  costs for equipment and installation are still excessively high.   It’s often cited that it would currently cost around $20,000 – $30,000 to install a new solar system on an average American home (before incentives.)  The investment can pay for itself over a 20-30 year period of monthly savings, but most households in the U.S. don’t have the means to spend such a large amount of cash straight away.

As many companies have rushed to be the biggest and best producers of solar panel equipment, the market has seen high competition with most of the solar products being produced cheaply in China.  Because of this, there has been wide concern that modern solar panels are expensive, untested, and of low quality.  The National Renewable Energy Laboratory even estimates that solar panels degrade at a rate of 4.5% annually or more!  At this rate, a new solar panel will lose most of its efficiency before it ever becomes financially beneficial.

We will have to wait and see where solar energy goes in the coming years.  Maybe it won’t be popular for several more decades, or perhaps it will never become popular at all.  Either way, energy is a shifting business that constantly pushes and reinvents itself, so it will be exciting to see what the future has in store for the industry.

Alternative Energy for the Win

Many aspects of the federal energy tax credit program have already been curtailed, with credits from most common upgrades having expired at the end of 2013 (but it’s not too late to claim the money if you haven’t already — see below). However, there are some credits still active for alternative energy installations. You are eligible for a kickback of up to 30 percent of purchase and installation price come tax time if you made any of the following additions to your existing home or new construction in 2014:

And it’s not just the purchase price of the equipment -- your credit can cover the labor to set up and install your new efficiency devices as well. Qualifying homes must be located in the United States. Heat pumps, wind turbines and solar all are valid for your principle or secondary residence, with no limit on the dollar amount. Fuel cells have more restrictions — they qualify for primary residences only, and have an upper limit of $500 per .5KW of power capacity. Renters are not eligible for the tax credits.

If you didn’t act this year, you have until December 31, 2016 to purchase and install your new equipment and still qualify for the credit.

It’s Not Too Late

And there’s more good news. The NonBusiness Energy Property Credit is still available on the taxes you fill out this year — provided you made the improvements in 2013 or earlier. If you made qualifying upgrades to your HVAC equipment, insulation, roof, water heater, windows, doors or biomass stove, you can claim up to $500 in credits on up to 10 percent of the costs. These credits are limited to upgrades made on existing homes, and each specific installation has a cap:

Installation costs cannot be included for doors, skylights, windows, insulation or roofing. Also note that the $500 limit is over the lifetime of the Property Credit, so if you already claimed $300 in past years, you can only get a maximum of $200 on this year’s tax return, even if you spent much more than that.

How to Claim Your Credits

To claim your credits, fill out Form 5695 with the appropriate information about your expenditures and include it with your other tax paperwork. Don’t forget to hold on to all your receipts and manufacturer’s certification statements so you can back up your claim if the IRS comes knocking on your door.

It’s a win-win situation — you get your tax credit, you can reduce or even eliminate monthly fuel costs, and you can sleep easy knowing that you are doing your part to help the environment by decreasing the nation’s reliance on fossil fuels. If you are considering a major alternative energy installation on your property, contact an expert today to advise you on what your options are and how to get started.