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Energy Department Transfers Land to City of Oak Ridge as the Community Focuses on Future Economic Development
| December 30, 2016
Why choose Solarcentury? Put simply, because we’re one of the world’s most trusted, respected and long-standing solar companies.
Article | February 17, 2020
The quest for the next source of renewable energy is well underway, with no natural phenomenon overlooked. We have already harnessed the power of flowing water, wind, and sunlight, and the search for the next clean source of energy is far from over. The latest potential breakthrough in renewable energy comes in the form of rain. The rain has not been getting a lot of attention in renewable energy circles perhaps because it would be challenging to harness its electricity-producing potential. Yet attempts are being made, and in the latest breakthrough, U.S. and Hong Kong researchers have managed to produce 140 volts of power from one single raindrop. That’s enough to light 100 LED lights for a short while.
In 1956, the concept of Artificial Intelligence (AI) was formally proposed, marking the birth of artificial intelligence. The main goal towards the development of AI is to give robots the ability to perceive, learn, think, make decisions and act. After more than 60 years of development, artificial intelligence has made breakthrough progress in our society. It has been widely used in various fields of economy and society and has formed a trend to lead a new round of industrial transformation, pushing human society into the intelligent era. And, the strategic significance of artificial intelligence has been embraced by all business sectors
The need to reduce carbon emissions is real. In 2018, the International Panel on Climate Change (IPCC) reported that global emissions would need to reach net-zero (or carbon-neutral) by 2050 to prevent severe climate change impacts. Electricity is a major contributor—electricity generation was responsible for approximately 33% of total CO2 emissions in the U.S. in 2018. Electric utilities stand to play a critical role in reducing carbon emissions. Many are up to the task of decarbonizing their operations and supplying carbon-free or carbon-neutral energy to their customers.
Electricity is a unique kind of commodity— although it is not perishable, it is (still) hard to store on a large scale. Electricity must be generated relatively close to where it is demanded and at the time it is demanded. Therefore, operators must constantly keep an eye on the use of electricity. When demand is high, operators will signal the generators to increase their output; if less, generators get the instruction to generate less electricity. Roughly, this is how the grid works. The devil is in the details: the flexibility of power plants is unique to its type. Nuclear and coal power plants take the longest to start up and shut down, followed by oil/diesel power plants.
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