You may not have thought about the Advantages To Wind Energy lately, but every month when you get your electric bill in the mail, you may find yourself asking, “Isn’t there a better way?”, or “How can I have lower electric bills?”  As energy costs rise, and the environmental impact of using fossil fuels to generate electricity comes into question, green energy production is becoming an increasingly valuable way to help your home or business do its part in helping the environment, and lowering those high energy costs that drain your funds each and every month.  In an effort to find newer, more sustainable forms of energy, a great opportunity has arisen in harnessing the abundant power of the wind to create electricity yourself, and lower its overall cost.

While many people are familiar with the giant wind farms scattered throughout the plains across the state of Texas, most people aren’t aware that this isn’t the only way to use wind for electricity. Local Dallas and Plano Electrician, ElectricMan Inc. is now offering something that will definitely spark your interest!

The Advantages To Wind Energy can now be felt by homeowners and business owners through more efficient, highly cost effective, and easily installed wind power generators.  Standing only five feet tall, with the capability of harnessing even a slight breeze coming from any direction, these new wind generators are a drastic improvement on the standard “Propeller Style” wind power generators that most people are familiar with.  Now you don’t need an open field or even a very windy area in order to start declaring your independence from the high costs that electric companies place on the electricity that they provide to you.

Partnered with a system like the Indoor Generator, which allows you to program the system to use stored electricity when it is most efficient for you, you can do two major things.  First, at times when you are creating more energy than you need, that energy can be funneled into a battery system and stored for your higher usage time, avoiding those peak usage premiums that power companies have put in place to raise profits and revenue. Secondly, once your stored supply of electricity is at full capacity, you can actually sell your surplus electricity back to the power company, offering you the possibility of income without any labor on your part!

Everyone is looking for a way to save money these days, so here is one more incredible Advantage To Wind Energy.  If you install a renewable energy system for your home or business before the end of 2016, your entire system is eligible for a 30% federal tax credit!

To see this amazing product in action, visit www.breezewaypower.com, or to purchase this product locally and learn more about the Advantages To Wind Energy, call your local Dallas and Plano Electrician, ElectricMan Inc. at 972-792-7270 or visit our website at www.electricmaninc.com!

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.

Have you ever been sitting there reading a book and noticed the lights flickering? Maybe you thought it was just your eyes or it didn’t really happen. It wasn’t your eyes. It was very likely your lights. So, why do your lights flicker? A Beverly Hills electrician is here to explain flickering lights and what it means to you and the safety of your home. You can always call the professionals at The Electric Connection if you have more questions or concerns about flickering lights.

It is important to check to see if it is just the light in the living room that is flickering or if it is lights throughout the house that are getting darker and brighter.

Some reasons that your lights flicker are as follows.

1-Bad weather. If there is strong winds or a lightning storm raging, your lights may flicker. This is normal and often an indicator the power may go out.

2-Power to the house is fluctuating. The problem may be with the power coming into the house. You may notice flickering lights during peak hours. This is because there is a higher demand on the power grid than what the grid can handle.

3-If it a single light that is flickering, you may have a problem with the switch or the wiring to the light fixture. This is something that needs to be investigated by an electrician. Beverly Hills homeowners need to understand that a single flickering light is often an indicator of a bigger problem. The bigger problem can lead to an electrical fire.

If you have noticed a single light or random lights flickering at different times, it is a good idea to have an inspection performed by an electrician. This will tell you if there is a problem you need to worry about or you if you simply have a bulb that needs changed. Give The Electric Connection a call today and schedule your inspection.

If you’re considering the purchase of an electric car, good for you! You're doing your part to reduce the nation's reliance on oil and cut down on fossil fuel emissions, and you get to drive around in style to boot. But with many newer models, you’ll need to set up a charging station in your own home garage. Public charging stations are not widely available, and nothing beats the convenience of having a power source right outside your door. With an electrician's help, you can install a charging station on your property and get your car up to speed quickly. Read on for some tips on how to get started.

Expand Your Range

New, affordable electric cars (those that cost around $30,000) top out at ranges between 60 and 90 miles before they need to be recharged. That doesn't do you much good for a cross-country road trip, but it should be more than enough for the average daily commute. If you can plug it in overnight, you should be good to go the next day.

Technically speaking, the charger for an electric vehicle is found in the car itself, and the box you install to provide the electricity is called the Electric Vehicle Service Equipment (EVSE). The EVSE puts out 240-volt alternating current, and the charger in the car converts it to direct current to replenish the battery. Note that you can plug into a standard 110 volt outlet for some cars, but it will take 18 hours or more to fully charge them, making it impractical for daily use.

Pick Your Charging Spot

An EVSE can cost anywhere from $500 to $1000 or more, depending on what model you need, plus installation fees. More expensive models have higher amp ratings and can charge the car faster, generally speaking – some can get you ready to go in as little as three hours. The box needs to be placed within 15-25 feet of where you park your car so you can reach it with the charging cable.

Before you start the installation process, have an electrician evaluate the state of your wiring and circuit box – some older homes may not be able to handle charging a car without a significant electrical system upgrade. If everything checks out, the electrician can hardwire the EVSE or, alternatively, install a 240 volt outlet, similar to what you use for an electric oven or clothes dryer. The second option gives you more flexibility to move your charging station in the future, although outdoor installations usually require hardwiring.

The Code of an Electrician

To read up on the specific rules about how the EVSE needs to be installed, check out National Electrical Code Article 625 – your local building code likely has the same or similar regulations. For more help evaluating the suitability of your home for an electric car charging station, contact a local electrician today.