Did you know billions of dollars are wasted each year on electricity for appliances in homes that are “turned off?”
Yesterday, the Earth Day Network introduced their first action of the series: Slaying Vampire Energy. Even when appliances are turned off, they still consume electricity, called “Vampire Energy.” Each year, vampire energy is estimated to cost US consumers $11 billion. Since the majority of electricity is produced by fossil fuel power plants, vampire energy is also responsible for millions of tons of carbon dioxide emissions each year!
Fortunately, there are several easy steps we can take to cut down on vampire energy. Unplug appliances and chargers when they are not in use, plug appliances into power strips, which can be easily turned on and off with one button, or replace old appliances with energy efficient models.
Make the pledge to reduce the amount of electricity wasted in your home today! Tell your friends! And be sure to engage with the Earth Day Network on Twitter: #ActOfGreen.
A remedy for those people who type everything in CAPS!
It is actually a standard Caps Lock key that features a couple of 14-gauge 10-millimeter spikes screwed inside two tiny holes drilled into the key. Lol. It exists!
And then here’s a gadget/sensor thing that can turn your water and gas into electricity. Researchers of the Fraunhofer Technology Development Group TEG have now successfully managed to convert this fluidic energy into electricity.
Fraunhofer researchers from Stuttgart have developed a new technology that enables the production of energy-autonomous and thus low-maintenance sensors. “Our system is eminently suitable for sensors in pneumatic plants, as we can convert the kinetic energy from air or water into electricity,” explains Jose Israel Ramirez, who is doing research on this topic at the TEG. “The fluidic energy transducer generates electricity in the microwatt or milliwatt range. This is sufficient to supply cyclically operating sensors with enough energy to read out and transmit the relevant data.”
Click through for the full press release >>
Working for the University of Delaware as their web developer has been such an amazing experience. Being fortunate enough to be the developer for their College of Agriculture & Natural Resources in addition to their Cooperative Extension Programs for each county in Delaware has been an even greater experience. I’m learning so much about what is going on with the farms and environment around my own home. Things I never would have known about otherwise. This has piqued my interested in finding more Energy resource information to do my part in helping out.
For the last two years, UD has been leading the solar cell initiative. There are fifteen other participating colleges in the nation. Partial funding is being received from the Defense Advanced Research Projects Agency (DARPA). At UD, the goal is to create solar cells that operate at about 54 percent efficiency in the laboratory and 50 percent in production.
This spring, the U.S. Department of Energy highlighted 13 industry-led solar technology development projects for negotiation of up to $168 million (FY’07-’09), subject to appropriation from Congress; Newark, Delaware (home to the University of Delaware’s main campus) was one of the 13 highlighted. There has been an abundant amount of people furiously working to find alternative energy plans. There are websites which give more information and explanations of why this is so important. Energy resources information.
I believe more and more colleges and companies will begin to put forth stronger efforts to harness solar energy as a form of electricity. Solar energy is a clean, renewable energy source and with the price of electricity and gas these days it is imperative to find other means of not only creating, but storing solar power. It is very exciting for me to be able to spread the word about what my employer is doing to aide this cause. And it’s even more thrilling to know I will be developing sites to further promote alternative energy methods.
This is a sponsored post.