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.

Holiday lighting products have evolved into a much safer product over the years.  With the development of properly sized wires and fuses and LED lighting to reduce the consumption load and the heat the lamps produce, holiday lighting has never been more safe.  In the past people would take the old C style lamps and hook one string of lights into the other.  Often overloading one the strings or the weakest link.  This overload would often melt wires, create sparks, and in some cases even cause a fire.  The manufactures and improved safety standards and testing, help reduce to the chance of an overload by installing a fuse at the starter end or male end of the light string.  This fuse would blow or trip when the load became greater than the fuse capacity, which would then project the wire from the overload.  It is always recommended to install lights that are interconnected (one light string plugged into the other) to manufacture specifications as listed by there instructions.

LED or light emitting diodes have not only made holiday lighting more efficient but even safer.  The old style C7 and C9 lamps could reach temperatures of up to 350 degrees.  The hot lamp if rested against wood or dry Christmas tree, has the potential to ignite the material from the heat the lamp produces and cause a fire.  With LED’s to replace the old style incandescent lamps the chance of fire from heat is almost non existing.  However, it is still possible to cause a fire from electrical spark or short.  These sparks or shorts produce heat much greater and can easily ignite flammable material.  Sparks or shorts are often caused by frayed or damaged insulation on the electrical wires and also loose connections.  It is important to inspect your holiday lighting for damaged or loose components and replace when needed.  Be sure not to use any damaged equipment and immediately discard them to eliminate the chance of future use.

A common mistake made people make with holiday lighting is to plug to many holiday lights into each other.  UL listed holiday lighting and cord splitters are tested to specific tolerances and should only be installed to manufactures specifications.  The easiest location to find the manufactures is specifications is to look at the tag on the cord most commonly found near the male end of the cord or light string.

If enough standard wall sockets are not present and you must plug in multiple cords, it is highly recommended to install a plug switch with a built in overload device to reduce the risk of overload.  The built in overload should not be mistaken for a surge protection device.  A surge protector reduces or eliminates the excess voltage going to the device plugged into itself.  Where an overload device will shut off power at the point of installation if to much power is being drawn through it.

On many new homes we will install plug ins located in the soffit or eve to reduce or eliminate drop cords for holiday lighting.  These soffit plugs are installed on a special heavier 20 amp circuit and often include a convenience switch located inside the home to shut the lights on / off as needed.  The special circuit makes sure your holiday lighting is not installed on regular interior circuits so the chance of variable loads and overloads are dramatically reduced.

Permanent holiday lighting can be installed by a licensed electrician.  The most common type of permanent holiday lighting is LED strip lighting.  These are can be installed on the under side of eves or soffits for a permanent installation.  Depending on the type of LED holiday lighting you choose you may even have the option to change the colors of the lights with a push of a button.  This allows the holiday lighting to be used for many occasions throughout the year.  You can call today or schedule online to have a lighting specialist come to your home or business and provide you with a written no obligation quote.

Decorative LED path lights are the perfect gift for dads who want to add an upscale look to their yard. Shade styles include mushroom, frosted glass, offset cone, or hammered cone, and offset linear light heads are also available to direct illumination exactly where it’s needed. These LED path lights can be used for numerous applications, such as garden lights, patio lights, driveway lights, walkway lights, or sidewalk lights. The long-lasting fixtures emit up to 155 lumens of warm white illumination. They’re constructed of powder coated bronze or black aluminum and are weatherproof as well as rust resistant. Each path light comes with a screw-on ground stake.

This easy-to-install, low-profile light mounts directly to a junction box or in a can light housing. It’s perfect for low ceilings, basement, garage, hallway, closet, bathroom, workshop, and shed lighting. The long-lasting LED ceiling light consumes eight times less power than incandescent bulbs with equivalent output. It emits up to 1,100 lumens of natural white or warm white illumination and has a high color-rendering index (CRI) to show the true colors of objects and surroundings. A removable E26/E27 Edison screw base is included along with hardware for mounting to a junction box or in a can light housing.

Help him enhance the look of his boat while increasing nighttime visibility! LED underwater boat lights can be used as transom lights for colorful wakes, attracting fish, or for nighttime swimming and diving. Single-, double-, and triple-lens versions are available, and the underwater lights produce powerful red, green, blue, white, or RGB color-changing illumination. RGB underwater lights are capable of nine dynamic color-changing and single-color modes with an RGB controller and RF remote (sold separately). The LED lights are designed to last 42 times longer than underwater lights with incandescent bulbs.