America is spending trillions of dollars in an effort to make the country stronger, greener and richer. These are the three key things you need to know about the plan and its chances of success.
How A Brick & Rock Battery Is Changing Energy Storage
Grid-scale lithium ion batteries are our current go-to chemical energy storage solution, but they present their own challenges in safety, sustainability, cost, and longevity. However, the competition is … heating up. New forms of thermal energy storage systems built using abundant, cheap materials are on the rise. One company is aiming to sidestep the complications that come with chemical batteries…with a brick battery. And another company’s weapon of choice is a crushed volcanic rock battery. Talk about going back to basics to store massive amounts of energy. But is simple really best?
More homes using heat pumps as cheaper, greener alternative to fossil fuels
U.S. emissions fell during the height of the pandemic as people were stuck at home, but that changed as the pandemic eased. Many researchers, scientists and lawmakers argue that Americans need to reduce their use of fossil fuels much sooner than they may have planned. Miles O’Brien reports on an alternative for home heating that could reduce the use and costs of fossil fuels.
How Long Would Society Last During a Total Grid Collapse?
A summary of how other systems of infrastructure (like roadways, water, sewer, and telecommunications) depend on electricity and how long each system could last under total blackout conditions.
Why This 17-Year Old’s Electric Motor Is Important
Permanent magnets are a critical resource for renewables, because the generators in some wind turbines and motors in electric vehicles rely on them to run. A Floridian high school student has just shown us how to make a better electric motor without rare earth magnets. Another company is using cloud computing to try to improve electric motor performance — also without rare earths. There’s some exciting advances being made when it comes to electric motors, but how much of a difference can they make?
Breakthroughs in Clean Energy to Watch in 2023
We walk you through some of the most interesting tech aiming at a sustainable future, including new advancements in solar, fusion and wave energy.
Navigating The E-bike Boom With America’s Outdated Infrastructure
E-bikes are becoming increasingly popular in the U.S. and are even outpacing the electric and hybrid car sales. However, they’re also more dangerous than traditional bicycles. While some blame e-bikes’ speed for the increase in injuries, others blame America’s car-centric infrastructure.
Does The Fusion Breakthrough Live Up To The Clickbait?
Scientists at the Lawrence Livermore Lab for the first time produced more energy from a fusion reactor than was put into it. Sort-of. It’s a big deal… Just not THAT big of a deal.
How small modular reactors may fuel nuclear power’s comeback
Nuclear power gained a bad reputation following the disasters at Chernobyl, Fukushima and Three Mile Island.
Now, with global energy disruptions caused by Russia’s war in Ukraine and sky-high fuel prices means aging nuclear plants are getting a new lease on life.
And there is new type of nuclear plant is on the horizon- one that could revolutionize the industry.
They are called Small Modular Reactors, or SMRs for short.
Al Jazeera’s Rob Renolds reports from San Luis Obispo California.
Mining Crypto Uses A Massive Amount Of Energy — Why That Could Be Changing
Recently, the world’s second-largest cryptocurrency, ethereum, implemented a major network upgrade that reduced its energy consumption by 99.9%. But though energy usage has been one of the cryptocurrency industry’s biggest targets for critique, it’s not likely that bitcoin will follow suit. Instead, bitcoin miners are touting their use of renewables and their benefit to the electrical grid, as they try to green their image. Here’s how both networks are trying to become more sustainable.
