The cost of energy is something that everyone’s concerned about and with energy costs projected to continue rising for the foreseeable future, it should come as no surprise that an increasing number of people are looking for ways to reduce their energy consumption and of course, their bills. If you’ve been following the news, you’ve probably heard about something called a smart meter. What you may not know about these devices, however, is exactly what they are and what makes them special.

Can installing a smart meter in your home help you to save on your energy bill? What are the advantages and disadvantages of this new generation of power meters? Keep reading for the answers to these questions.

Smart meters are designed to work with new smart power grid technologies which are being implemented in several countries and like the grids themselves, they are designed to help consumers to use energy more efficiently. These new meters can be read online, which will ultimately eliminate the need for utility company employees to go door to door reading power meters. However, there are advantages for consumers as well as for the utility companies.

The most important advantage of using smart meters as far as consumers are concerned is the ability to access much more detailed information about their energy consumption. Rather than simply providing information about the total level of power consumption, a smart meter allows consumers to see not only how much energy they’re using in their home, but how this energy is used. This is data which homeowners can act on to reduce their energy consumption, essentially putting control over their energy bills back into their hands.

These meters provide detailed information on usage by time of day, which allows consumers to identify their household’s peak usage times as well as the rates assessed during these hours. Better still, consumers can identify how much energy particular appliances are using, alerting them when appliances aren’t operating at optimal efficiency so that they can have these appliances serviced or replaced as needed. Software is now available for users which automatically send text messages with customized information on their energy usage, so there’s no need to be out of the loop as far as energy efficiency is concerned.

While consumers will need to hire an electrician to come out and install a smart meter in their home in areas where local utilities do not provide this service, the savings which the average household could realize from using these sophisticated power meters should make this a worthwhile investment. Smart meters are clearly a growing trend and in the near future, they will be even more useful as newer energy technologies like solar and wind power become more common, since they are ready to work with these power sources.

For instance, with a conventional electricity meter, it would be necessary to have an electrician come to your home to install a new meter if you were to install a wind turbine or solar panel on your home. A smart meter, however, is able to seamlessly integrate with the new power source; which is yet another reason that budget-conscious and environmentally minded consumers are starting to take a serious look at smart meters.

This is the final post in our four-part series, "The Secret Guide for Super Moms” — tips, tricks and hacks for busy moms who need to know everything that’s happening in their house.

If you believe Pinterest, every home repair or improvement project can be a do-it-yourself job. Apparently, if every blog is to be believed, moms and dads around the country are remodeling bathrooms, rebuilding old houses and refurbishing vintage furniture -- and they do it all the time! And they look great doing it! And they have plenty of time to take lots of photos!

Maybe some people really are able to do it all (and write about it, too). Most of us are too busy and simply don’t have the training to do more than the basics around the house. When it comes to potentially dangerous repairs, a super mom knows that she needs a professional. When the time comes to fix, rewire or repair her home’s electrical needs, she knows she needs an electrician.

Electrical wiring is complicated and can be dangerous -- and it's tough to spot signs you need an electrician. An amateur electrical job may cause poor wire connections, overloaded circuits or faulty grounding. These situations are hazardous to you, your family and your property. While it may be tempting to try saving money by doing it yourself, or trusting your spouse or a friend to help, you're better off spending the money to have the job done right.

Let's take a fairly common scenario: your fuses keep blowing, or your circuit breakers keep tripping. Yes, you can keep replacing the fuses, but do you know whether they're the right type? Screwing in a 20- or 30-amp fuse as a replacement for a 15 is tempting—no electricians needed, right?—but now you've created a fire hazard by overloading your wiring. The smarter move: call a professional, certified electrician to wire a new circuit.

Like fuses, circuit breakers are meant to prevent circuit overload and the risk of fire, but we use much more electricity than people of our parents' or grandparents' generation. As you upgrade and add appliances and gadgets, you may need to upgrade your circuit breaker panels to adequately supply your home with power. Hire an electrician to do the job, not your brother-in-law who swears he did the same kind of work in the navy. The work is extremely complicated and should not be attempted by an amateur.

Out with the old and in with the new should never end with your used electronics in a landfill. A growing concern across the globe, electronic waste, or e-waste, is rapidly creating a crisis. Only 11-14 percent of electronic waste in the United States ready for disposal is actually recycled or reused, while the remainder is creating environmental and health issues worldwide.

Don’t have time to deal with your e-waste? Don’t dump it. Contact Mr. Electric today. Proper disposal and recycling is essential to preserving our environment and the health of future generations. With the help of HirePatriots and Mr. Electric, we can quickly and responsibly handle all of your electronic waste needs.

relatively high ceilings. Drive by any industrial park, warehouse, or factory, and walk inside and what you will see is a high bay light.

But walk into any factory or warehouse and you will see different styles and options, wattage’s and configurations. Traditional high bay fixtures that were once common place were Mercury Vapor, which were then replaced with High Pressure Sodium and Metal Halide bulbs. As new technologies were introduced, and old technologies became more common, the old HID bulbs were replaced with Induction and Fluorescent light sources. And more recently with the more wide spread approval and popularity of LED, we started to see conversions from these older technologies to the latest energy saving LED High Bays.

A High Bay Fixture, depending on the light source, can take on many forms and shapes. If you consider a Metal Halide or High Pressure Sodium fixture, they typically consist of a large heat sink block at the top of the fixture that typically houses the fixtures ballast. Below is an aluminum or acrylic dome and at the top of the dome is the HID bulb. These bulbs typically come in two wattage’s, 400 and 1000. 400 Watt Fixtures tend to be installed in ceiling heights no higher than 30 feet, 1000 watt fixtures are typically 40 feet or higher. Interestingly enough, spacing of lights is similar to the height they are located off the floor. A fixture installed at 20 feet from the floor is installed in a 20X20 pattern, 30 feet in a 30X30 pattern, 40 feet in a 40X40 pattern. Of the 3 type of HID bulbs, Metal Halide tends to be the best option. High Pressure Sodium Bulbs are very low on the temperature color and have the warehouse aisles have the ability to focus the light where it is needed. A light designed for a warehouse aisle is a lot different than a light designed for a gymnasium or a factory floor. In these spaces, a light that can flood the area evenly is important, in a warehouse aisle, a light that can light up the face of the shelves and the floor below is important. And when selecting energy efficient options, its just as important to understand the technology and what it is capable of doing. Adding controls to a T5 fluorescent fixture is a good idea only if the ballast is designed to handle that requirement and not lower the life expectancy of the bulbs. Motions sensors and daylight controls that dim the light output based on occupants and the amount of daylight available in the space. Technologies such as metal halide and high pressure sodium are not a good choice as these technologies are not good at dimming or turn on or off quickly. Fluorescent can dim, but you need special ballasts for them. So knowing what you want to do and may want to do is important at time of purchase, because not having the proper equipment or options could mean a costly lighting warehouses, factories, gyms and readily available through the utility companies, and mass adoption means the technology of LED had matured to the point where the questions and disbelief of past years have gone away.