Starting today, Ford electric vehicle owners can use one of Tesla's 2,400+ superchargers, but there's a hitch. "They'll need to get an adapter that Ford will provide for free, although the company won't start shipping those until the end of March," notes the Associated Press. Product Reviewer MKBHD also notes that non-Teslas will need to park in a spot that blocks 2 spots where a Tesla would take up one. "If the charge station fills up the remaining spots with Teslas, the app will show 1 charger as available but the parking spot is blocked by the Mach-E," adds MKBHD. From the report: Last May, Ford became the first automaker to reach an agreement with the Austin, Texas-based Tesla to charge on its network, which is the largest and most well-placed in the U.S. Tesla has more than 26,000 plugs and nearly 2,400 Supercharger stations across the U.S. and Canada. Ford said its owners will have access to about 15,000 Tesla fast-charging plugs that are located strategically along travel corridors. Ford owners won't be able to use some older Tesla plugs. Most other automakers followed Ford in joining Tesla's network and agreeing to switch to Tesla's plug, called the North American Charging Standard, which is smaller and easier to use than the current plugs on most other EVs sold in the two countries. Ford said adding the Tesla plugs will double the size of the network that can be used by Ford EV owners. There are nearly 166,000 Ford EVs in the U.S. Ford is offering the adapters for free to the owners, who can sign up on the Ford.com website to reserve them between Thursday and June 30. The company will provide one free adapter per vehicle. Tesla's network was turned on Wednesday morning, and software enabling the Ford vehicles to charge at Tesla stations was to be sent out around the same time. Ford will switch to Tesla's charging connector with its second-generation EVs starting next year.

Read more of this story at Slashdot.

"Mutant wolves roaming the deserted streets of Chernobyl appear to have developed resistance to cancer," reports Sky News, "raising hopes the findings can help scientists fight the disease in humans." Dr Cara Love, an evolutionary biologist and ecotoxicologist at Princeton University in the U.S., has been studying how the Chernobyl wolves survive despite generations of exposure to radioactive particles... The researchers discovered that Chernobyl wolves are exposed to upwards of 11.28 millirem of radiation every day for their entire lives — which is more than six times the legal safety limit for a human. Dr Love found the wolves have altered immune systems similar to cancer patients undergoing radiation treatment, but more significantly she also identified specific parts of the animals' genetic information that seemed resilient to increased cancer risk. Thanks to long-time Slashdot reader AmiMoJo for sharing the news.

Read more of this story at Slashdot.

James Felton reports via IFL Science: One of the deepest metal mines in Europe -- the Pyhasalmi Mine in central Finland -- is to be turned into an enormous gravity battery capable of storing 2 megawatts of energy. [...] Despite the cool name, the idea behind gravity batteries is really simple. During times when energy sources are producing more energy than the demand, the excess energy is used to move weights (in the form of water or sometimes sand) upwards, turning it into potential energy. When the power supply is low, these objects can then be released, powering turbines as our good friend (and deadly enemy) gravity sends them towards the Earth. Though generally gravity batteries take the form of reservoirs, abandoned mines moving sand or other weights up when excess power is being produced have also been suggested. Scottish company Gravitricity created a system of winches and hoists that can be installed in such disused mineshafts. The company will install the system in the 1,400-meter-deep (4,600 feet) zinc and copper mine in Pyhajarvi, Finland. "A study last year by the International Institute for Applied Systems Analysis (IIASA) estimated that gravity batteries in abandoned underground mines could store up to 70TWh of energy -- enough to meet global electricity demands," reports The Independent. "The repurposed mines could also provide economic benefits to the communities that previously relied on the mine for their livelihoods."

Read more of this story at Slashdot.

Enlarge (credit: Google)

Earlier this month, one corner of the Internet got a little bit greener, thanks to a first-of-its-kind geothermal operation in the northern Nevada desert. Project Red, developed by a geothermal startup called Fervo, began pushing electrons onto a local grid that includes data centers operated by Google. The search company invested in the project two years ago as part of its efforts to make all of its data centers run on green energy 24/7.

Project Red is small—producing between 2 and 3 megawatts of power, or enough to power a few thousand homes—but it is a crucial demonstration of a new approach to geothermal power that could make it possible to harness the Earth’s natural heat anywhere in the world .

Hot rock is everywhere, with temperatures rising hundreds of degrees Fahrenheit within the first few miles of the surface, but geothermal plants provide just a small fraction of the global electricity supply. That’s largely because they are mostly built where naturally heated water can be easily tapped, like hot springs and geysers. Hot water is pumped to the surface, where it produces steam that powers turbines.

Read 13 remaining paragraphs | Comments