As we’ve all heard, Trump officially pulled out of the Paris Agreement on June 1st, 2017. Many have lambasted the president for the somewhat sudden move, but what exactly is the agreement and why did the US leave just 8 months after Obama signed it?
It’s official. The fine people who brought slides into their workplace are now 100% powered by renewable energy, making them pioneers in both of these noblest pursuits.
To celebrate their historic achievement, we’re going to answer all the questions you were going to ask about Google’s aggressive drive towards renewable energy as well as all the questions you weren’t going to ask (because you were hoping someone else would).
While the sun is a continuous and powerful source of energy, the question is where is solar energy used here on earth? Solar cells and solar panels allow us to harness that energy, offering renewable methods of generating electricity. The opportunities solar power presents has made it the third most important renewable energy source in terms of globally installed capacity, after hydro and wind.
However, some countries have taken advantage of this technology more than others. But where is solar energy used most? This handy guide will reveal which countries use solar power the most and why, so that hopefully we can learn from their actions.
Home to 3,800 inhabitants, Samso became world famous in 2008 for becoming the first island run on 100% renewable energy. The project initially began in 1997, when Samso won a government competition to produce 100% of their electricity from renewable sources.
Since Samso became 100% renewable, cities, countries and islands across the world have made pledges to also go 100% renewable, including Hawaii, San Diego, and Grand Rapids, Michigan. In fact, several small cities and islands are already 100% renewable, including Aspen, Colorado, and Tokelau, a small island in the South Pacific claimed by New Zealand.Continue reading
The idea started in the southern state of Gujarat, home to almost 12,000 miles of uncovered canals. Looking for an innovative way to prevent evaporation in these canals, they decided to install solar panels on steel support structures across the canals, providing shade for the water running underneath.
But this is far from the case for third-world countries.
Even if you’re only researching the theoretical principles of solar energy, it’s hard not to come across an ad shouting Solar Panels for Sale! when scouring the Internet, along with statistics and facts on how much solar energy can save you in the long run.
For instance, pulling up directories that list solar companies in each U.S. state is as easy as saying 1-2-3. Americans are offered tax reduction incentives, on top of getting closer to their goal of saving money and slashing their electricity bills.
To boot, even the environmentally conscious individual can feel good about purchasing and installing solar panels, knowing he is contributing, even minimally, to the reduction of carbon dioxide emission into the atmosphere.
How – and more importantly why – some blogger has decided to go solar might not be of great interest, after all, lots of people have gone solar now. But this is not just any blogger.
The WattsUpWithThat argument against climate change tends to be of the “oh, the hypocrisy” variety of climate change denial. You know the kind of thing: “Fat Al Gore flies in airplanes; so climate change is a hoax.”
Today, solar energy allows us to harness electricity from photovoltaic cells in a process that yields hydrogen and stores it in fuel cells. But scientists have so far failed to use this method to produce practical fuel that can be used for power. But it now appears that this may no longer be the case.
we’ve entered an era where solar power is used in multiple ways, including travel, edgy fashion and forward thinking architectural design.
A little over 60 years ago, photovoltaic technology was born in the United States with the development of the silicon photovoltaic (PV) cell at Bell Labs. This solar cell was capable of running everyday electrical equipment with a 4% solar efficiency. Today solar panels can reach up to a 22.5% efficiency and new, innovative engineering methods will undoubtedly be producing higher numbers in the future.