GFCIs or ground fault circuit interrupters are safety devices that have been extremely effective in reducing the total number of home electrocutions by almost 50%, in Australia. Most new homes and businesses now have these devices installed in locations where water is present in and around the premises. It’s important that electrical installations in outdoor locations be protected from wind and rain; that’s the one way to prevent shock hazards.

Before we understand what a GFCI is, let’s understand what a ground fault is. It is the unintentional flow of electrical current between the source and any grounded surface. If the electrical installation isn’t properly protected, an individual that comes into contact with an energised part can suffer an electrical shock.

For instance, if the person is holding any deteriorated electrical cord attached to the hair dryer, and it happens to touch a plumbing fixture they are using, they can get electrocuted and will suffer a painful shock.

This small receptacle has “test” & “retest” buttons on it. It may sometimes be built into circuit breakers that are installed in the main electrical panels. When electricians are conducting an electrical audit, they also test whether the GFCIs are functioning properly. They might also recommend that you get GFCIs installed in the vicinity of plumbing fixtures.

These are extremely useful electrical safety devices which trip the electrical circuits in case they detect any leakage current or ground fault. An individual that’s become the pathway for a leaked current can get a severe shock or will get electrocuted. It is important to get GFCIs installed in any outdoor or indoor areas where you feel that water might come in contact with the electrical installations or fixtures you have on your property.

Ideally, the areas where GFCIs should be installed include:

It is important that these devices be checked with regularity. If you have opted for an electrical maintenance contract, the electricians will ensure that the GFCIs are checked along with all the other installations; this will help confirm they are working as they should and that they provide the necessary safety to those living or working on your premises. You can also test the GFCIs on your property, by following these basic steps:

If you aren’t too sure about whether you have GFCIs installed at the right points on your property, call in your local electrician. They will inspect all the fixtures and inform you if GFCIs have to be installed in any specific rooms or outdoor spaces. Aside from this, they will also audit the rest of the installations and tell you if any upgrades are required.

Because of our home state’s ample supply of oil, Texas isn’t always the first place that comes to mind when people hear the term “green energy.” However, recent research is showing that Texans may be embracing renewable solutions more than the rest of the country is giving them credit for.

A new report released by Choose Energy, a San Francisco-based company that helps people choose energy plans within deregulated electricity markets (like that of Texas) revealed some data that may surprise people. The company found that Texas residents select 100% green energy plans more than any other state, with 1 in 3 customers choosing renewable-sourced electricity plans (i.e. electricity coming from wind or solar power). That’s more than both Connecticut and New York, two states that most people would expect to have exponentially higher numbers of green customers. However, in both markets, fewer than 10 percent of customers were selecting green plans.

We generate more electricity than any other state in the U.S. In 2012 alone, Texas pumped out 14,201 trillion BTUs of electricity. To put this number into perspective: Montana, the nation’s #2 producer of electricity, only generated 9,611 trillion BTUs in the same year.

But not only do we produce the most electricity, we also produce more green energy than any other state! We have over 100 wind power plants across the state. In fact, we lead the nation in wind-generated electricity. The U.S. Energy Information Administration reports that in 2013, our state generated around 36 million megawatt hours of electricity from wind energy. If that weren’t enough, our solar industry continues to grow as well.

Renewable energy is both plentiful and affordable in the Lone Star State, so it makes sense that more and more customers are jumping on the green bandwagon every year. But Choose Energy also suggests that even in situations where green energy might be more costly than “brown” energy, Texans still opt for the more environmentally-conscious plan in support of energy independence.

Even with our reputation as an oil-friendly state, Texas is leading the way in green electricity. As a company committed to reducing our own energy consumption and creating a healthier, safer world, we’re excited to see so many people adopting renewable, sustainable solutions for their energy needs. When consumers purchase 100% green plans, it increases the demand for efficient energy, which propels the green sector even further into success.

There is no way to put a price on one’s safety, or the safety of one’s family. That is why we recommend that homeowners in the area consider the use of a residential alarm system in Newtonville, MA. You shouldn’t be constantly worried about the security of your home being compromised, as that’s no way to live. However, you must also accept that this is not a perfect world, and that threats to home security are a very real possibility. Protecting your home with an alarm system is a great way in which to sleep easier at night. Of course, you may encounter occasional problems.

One of the most common problems that homeowners encounter with their alarm systems is that their codes won’t work when entered. There are a few potential causes of this issue. First of all, stop and ask yourself if someone else may have changed the code without you knowing. A miscommunication may be the cause of the problem. Secondly, it’s possible that your buttons are sticking, perhaps due to excessive wear. If so, you may need a new keypad installed, but you should be able to pry them out enough to at least get into your home first.

If you are headed out for the day, and you notice a low battery indicator on your panel, and wonder if you need to do replace it immediately. Generally speaking, you should have a bit of leeway before the system becomes inoperable. However, it is always best to replace batteries in your system as soon as possible. Be sure to refer to your user’s manual to ensure that you are using the correct batteries, and to understand which controls are hardwired, which recharge, which have backup batteries, etc.

When the “no AC” indicator shows up on your alarm panel, you may be wondering how it can tell that you are not running your air conditioner. This is not what the indicator is referencing, though. Instead, this stands for “no alternating current,” meaning that your system has no electrical current supplying it. You may need to reset a circuit breaker, or there could be a problem with your wiring.

A recent study conducted by the National Association of Home Builders (NAHB) found that homes constructed within the past decade are significantly less expensive to maintain than properties that were built a generation ago. On average, the combined annual maintenance and utility costs of a home that was built in or after 2008 is roughly $241, while the same yearly price to live in a home built before 1960 is $564 a year. There is also a noticeable variance in the average operating costs of houses built during these two periods - properties constructed more recently only have operating costs of roughly 3 percent while those built before 1960 averaged 5 percent.

A large factor is the kind of plumbing, wiring and overall utility setup of a given property. Over the past several decades, streamlined construction methods and an overall "greener" sensibility among shoppers have led to the development of more energy conservative appliances and layouts that cut monthly power and plumbing costs.

For example, the federal government offers homeowners a tax credit when they replace older appliances with Energy Star-approved ones. The results are savings in both the short term, with the immediate rebate most suppliers offer, and long term when monthly utility savings are taken into consideration.

Even manufacturers must meet higher efficiency standards today than in the 1960s whether or not they are looking for an Energy Star certification.