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 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.electricmaninc.com!

By Clarissa Allison | June 24th, 2016

Energy is the crux of many social, economic, and climate problems.  Renewable energy sources offer a brighter, more sustainable future.  International Energy Agency (IEA) estimates that almost 1 billion people will still be without access to electricity in 2030, in part owing to rapid population growth, mostly in sub-Saharan Africa and south Asia. The number of people without access to clean cooking stoves and fuels is similarly projected to drop only slightly, from 2.6 billion to 2.5 billion.

Now, why is the blue LED so important? Quite simply because there are no white LEDs. The white light that our eyes detect is created by using a blue LED and some yellow phosphor. The yellow phosphor coating may be placed directly on the blue LED or on the glass envelope that houses the blue LED. Either way when the blue light from the blue LED passes through the yellow phosphor the resulting light appears to be white.

In late 2014 at the Nobel Prize Award Ceremony in Stockholm, Sweden, the three Japanese scientists who developed the blue LED while working at Nichia Chemicals will share the Nobel Prize in Physics for their work on the blue LED. In official terms the Nobel Committee awarded this year’s physics prize to Isamu Akasaki, Hiroshi Amano, and Shuji Nakamura “for the invention of efficient blue light-emitting diodes which has enabled bright and energy-saving white light sources.”

Furthermore, the Nobel Committee pointed out in its announcement that the results of all the scientists’ hard work will be on display everywhere as the three recipients make their way through Stockholm: “the light from their invention will be glowing in virtually all the windows of the city.” And they can be assured that, as this century progresses, the ascendancy of the LED will only become more dramatic.

Last night, thousands of walkers and hundreds of runners in Edinburgh kicked off the Courtesy of NVA.org.uk

A bunch of research went in to creating this light up gear to meet the NVA’s head designer James Johnson’s following standards:

For the runners, the design team wanted something dramatic, so they ended up going with concentrated point source LEDs, which looked great both close and at a distance. The LEDs allowed them to mix color and adjust intensity of the lights remotely. The runners themselves had to be in tip-top shape, able to run 10 miles at a 9-10 minute pace in all kinds of weather. Therefore, as to not hinder them in their physical feat, the design team fashioned a webbing suit out of the LEDs, complete with a radio and battery pack. Check them out:

The only shortcoming of these suits was that they couldn’t be powered by the runner’s motion. After attempting to harvest energy via knee braces, they determined any impediment to the runner’s motion dramatically affects his or her performance.

For the walkers, Johnson and his team wanted to build something subtler, to provide adequate safety lighting, but not to distract from the viewing experience. They decided to go with staffs/walking sticks illuminated by a combination of electroluminescent tape, fiber optic fabric, and diffused and non-diffused LEDs. Each staff housed a micro-computer that would synch up the flashing patterns with the Orchestra’s score, with changes triggered by movement and altitude. And here they are:

The research team was able to use motion to generate power in this instance, since walking is a more leisurely, steadier movement. To harness the power of movement, two LEDs, two high power Neodymium magnets, and a copper coil go in the top of the staff, then as the walker strides along, striking the stick against the ground, one of the magnets oscillates through the coil, creating a small electrical current. One LED lights up when the magnet travels down, and the other when the magnet travels up, producing a twinkly effect.

The runners also received a smaller version of this staff in the form of a baton.