You might think that there's not a whole lot that you can personally do to save money on your energy bill. After all, you need to shower, cook, use the lights at night and wash and dry your clothes -- all which take up electrical energy. You might be surprised to learn that there are small things that you can do to help save energy at home and in the process save money on your electric bill. 

1. Pack more efficiently

You pack more than just clothes for your next vacation. You also pack items into your freezer and refrigerator. Much like improper packing for your vacation will leave you with less room, not packing your refrigerator and freezer the right way can wind up using more energy. 

In general, a full refrigerator and freezer are more energy efficient. The more empty space there is in these appliances, the more space warm air has to replace each time you open the door. 

If you don't want to keep your freezer and refrigerator full of food, containers with water can be a great substitute. You can also try keeping the most used items by the door. 

2. Watch out for vampire power

Is your home a haven for vampire power? Vampire power, also called standby power, among other names, refers to the power that appliances used when they are plugged in but in standby mode or turned off. Some examples of common culprits of vampire power include televisions, computers and chargers for cell phones and other electronics. 

Put bigger electronics, such as computers and televisions, on power strips and get into the habit of flipping them off when you're finished with them. Unplug smaller electronics and your chargers when you aren't using them. Plugging up unused outlets helps stop the leakage of outside air into your home. 

3. Schedule a home audit

Nearly all homeowners want to save energy but few think that their home is a bastion of energy efficiency. An energy audit by a professional energy auditor can pinpoint the problem areas in your home and provide affordable ways to address them. Paying for the weatherization of your home can be expensive upfront. The long term energy savings as well as any tax breaks offered by the government can help you pay for it. 

Chances are, the computer, tablet or phone that you are using to read this post is powered by electricity produced by coal, natural gas or nuclear energy. Currently, the overwhelming bulk of power for the nation's electrical work is generated in large, centralized plants that use those three fuels. However, with the rise of renewable energy sources as well as a transition to modern and responsive grid technology, the country's electric infrastructure is poised to move toward a more dispersed generation system. Read on to learn what that means for you.

Huge Generating Plants Vulnerable to Disruption

According to the Energy Information Administration, 39 percent of the nation's electricity comes from coal, 27 percent from natural gas and 19 percent from nuclear fuel. In addition to being non-renewable, the three fuels that make up 85 percent of our electricity production also work best in massive power plants that produce large amounts of power, which is then sent out long distances through the grid to power our electrical work.

This large-scale generation has advantages – economies of scale, for one – but it is also inflexible and can be subject to disruption. An event that causes a plant to shut down or interrupts its distribution, for example, could leave entire communities without power. The grid is also, in effect, a one-way street – electricity leaves the generating plant and arrives at your home, where it is consumed.

Renewable Energy and Advancing Technology

However, several changes are occurring that will create a more dispersed and flexible generation system to power our electrical work. For one, the share of renewable energy sources, which don't require large generating plants, is continuing to grow. Solar panels are popping up on rooftops across America, while wind power could provide as much as a third of the electricity in the country by 2050. In addition to being far better for the environment than fossil fuels, these power generators can scale down to even a household-by-household basis.

The other change that is facilitating a more dispersed power generation system is an advance in technology in the electric grid, which allows power to flow in two directions, both to your home and away from your home. That means that electricity can be generated almost anywhere and then zipped along the power lines to wherever it is needed. Breakthroughs in power storage technology will also help guide us toward a future where the power for our electrical work is created when and where it's needed, freeing us from the constraints created by large, inflexible power plants.

Generate Electricity at Your Own Home

If you want to learn more about adding renewable power sources to your property, or need any other electrical work done, call up an expert electrician today.

Sometimes replacing a light switch or an outlet can be a quick job done in an afternoon. You may think looking up a ‘how to’ video on YouTube is all you need. But remember, electricity is dangerous and if you are not sure about what you are doing, it is better left to a professional. Here are a few troubleshooting tips to review before calling a professional electrician.

A common problem that can occur is circuit breaker tripping. If you find that power to certain parts of your home is constantly being shut off and requires you to use the circuit breaker to turn it back on, the line could be overloaded. Having to many appliances or electrical devices on one circuit can be too much for the line to handle and will cause the breaker to trip. To avoid this, try placing devices on a different circuit or unplugging appliances before you begin using another. If you continue to have problems you may have an issue with the circuit or one of your electrical devices. It may be best to call an electrician to diagnose the problem further.

Light bulbs must be replaced from time to time; it’s unavoidable. A common problem you could experience is dim or flickering bulbs. Turn off the power to the bulb and replace it with one you know is working properly. If the problem persists, there may be an issue with the socket or the wiring and it is best that an electrician takes a look at the problem.

While there are countless problems you can experience in your home, a good rule of thumb is to stay within your comfort zone. Everyone has a different level of knowledge about electrical systems but if a problem exceeds your understanding, it is best left to a professional. If you are unfamiliar with rewiring new sockets and switches, leave them alone and call an electrician. Tampering and altering wire connections can result in serious injury if not done properly. Be very cautious if you come across an exposed wire or are constantly being shocked, you could have a major safety issue on your hands. Make sure you shut off all power to the area or appliance you are unsure about and contact a professional.

As a Top Plano Electrician, I know better than anyone how powerful and useful electricity is. It also makes me more aware of what most people tend to ignore or forget: electricity is dangerous. Electricians are required by law to carry insurance, and for good reasons. Electric current is capable of starting fires and destroying your property and equipment in a matter of moments. The proper safety precautions really can save lives, and there‘s always something we can do to improve home safety.

One of the most important precautions is located in your electrical panel: the circuit breaker. It is designed to keep you from using more electricity than the wiring or receptacle can handle at one time, what we refer to as overcurrent protection. This protects your wiring from taking on too much current, which can cause the coating around your wiring to melt, the leading cause of electrical fires. Circuit breakers serve another purpose as well; not only to protect from surges coming from outside your home, but from potential hazards within it as well. Current flowing through a failed piece of equipment or appliance can cause sparks, which have the potential to start fires or damage other electrical devices. A properly functioning circuit breaker can shut off the power to this device. It’s very important, however, that you use a circuit breaker of the proper size for the circuit to ensure that your wiring is properly protected.

Circuit breakers come in specialty varieties as well; the most important are ground fault circuit breakers (GFCI), for wet locations, and arc fault circuit breakers (AFCI). AFCI’s, in particular, can help prevent some of the most common dangerous situations in your home.

I’ve dealt with plenty of cases where electrical fires have started because people ran an extension cord under the carpet, so that they can power the lamp in the center of the room. Over time, people walking over the cord stretches out the wiring, making it so thin that the current overloads the thinly stretched wire, creating an arc fault; the electricity “jumps” the wire, completing the circuit in a way the cord can’t handle and generating heat that starts a fire. Arc fault circuit breakers prevent this by shutting the circuit down when the arc fault occurs.

So what do you need to know about arc fault circuit breakers? To start with, by code AFCI’s should be installed on any circuit that isn’t protected by a GFCI or directly wired into an appliance. It’s in your best interest to have your safety devices routinely inspected to maintain their optimum performance and capabilities; in particular, your circuit breakers should be inspected at least once a year. The inspection process is quick and relatively inexpensive, and something that simple really can save the lives of you and your family.