Energy production and consumption is becoming cleaner, cheaper and decentralized. With connected devices you as a consumer can take control of your energy consumption. Here you will also find content about batteries, smart grids, nuclear and other innovation in the energy field.
SunCable receives approval to export renewable electricity from Australia to Singapore via a 4,300-kilometer underwater cable. The power will come from the world's largest solar and battery park, to be built in northern Australia at a cost of 35 billion dollars.
Ukraine's largest private energy company, DTEK, has rebuilt solar power plants in seven days after Russian attacks, compared to three to four months for thermal power plants. Decentralized power generation is much more resistant and difficult to destroy, than centralized.
Pakistani farmers reduce their energy costs by up to 80 percent by installing solar panels for irrigation. 95 percent of farmland in the Lahore area has switched to solar power.
A new study shows that stores within 200 meters of charging stations get 4 percent more visitors and 5 percent increased sales. Over 200,000 public chargers are now deployed at approximately 74,000 stations in the USA.
Deaths caused by air pollution from fossil fuels decreased by 7 percent between 2016 and 2021.
More efficient computer chips have reduced energy intensity by 99 percent since 2008. IEA predicts that data centers will account for only 3 percent of increased electricity consumption by 2030.
It is easy to think of bad things happening right now, but what are the best ones? The list can be made very long, but here are my favorites.
The US has installed batteries with a capacity of over 20 gigawatts to the power grid, of which 5 gigawatts were added during the first seven months of this year. The batteries have already proven effective in preventing power outages in states like California during intense heat waves.
The cost of drilling geothermal wells has decreased by 80%. Cold water is pumped down four kilometers into the ground through a hockey stick-shaped borehole and heated to steam by the heat down there. The steam returns through a parallel borehole and drives turbines that produce electricity.