Lifeboat Foundation

Imagine growing crops with 95% less water, or producing meat through methods that free up 80% of the world’s agricultural land. And how about eliminating the CO₂ of global supply chains by simply moving production facilities closer to customers and cutting the parts used in the final product a hundredfold? What might sound like crazy ideas are solutions available today through green technologies.

Green tech describes the technology and science-based solutions that mitigate the negative human impact on the environment in a broad range of fields from agriculture to construction. Sixteen per cent of global emissions are caused by transportation, 19% by agriculture, 27% by energy production, 31% by construction and production, with the remaining 7% caused by heating. Green technologies can be applied in all of these CO2-emitting sectors, thus offering broad solutions for sustainable growth.

PG&E announced that they have turned on their giant Tesla Megapack project with 730 MWh of capacity, and the electric grid company expects that it will “enhance the overall reliability of California’s ever-changing energy supply.”

We first learned of the project at PG&E’s Moss Landing substation when it submitted it to CPUC and the company was in talks with Tesla in 2017. It involves four separate energy storage projects, and two of them, including the one using Tesla Megapack, should become the world’s largest battery systems.

In 2018, we obtained Tesla’s proposal for the project, and it showed that the company plans to use “Megapack” instead of its usual Powerpack for large utility-scale projects. It was one of the first projects announced to use the new battery system, but the actual deployment took so much time that many more Megapack projects came online since.

A lucky discovery involving lithium-sulfur batteries has a legitimate chance to revolutionize how we power our world.

Newly discovered Fermi arcs that can be controlled through magnetism could be the future of electronics based on electron spins.

These new Fermi arcs were discovered by a team of researchers from Ames Laboratory and Iowa State University, as well as collaborators from the United States, Germany, and the United Kingdom. During their investigation of the rare-earth monopnictide NdBi (neodymium-bismuth), the research team discovered a new type of Fermi arc that appeared at low temperatures when the material became antiferromagnetic, i.e., neighboring spins point in opposite directions.

Fermi surfaces in metals are a boundary between energy states that are occupied and unoccupied by electrons. Fermi surfaces are normally closed contours forming shapes such as spheres, ovoids, etc. Electrons at the Fermi surface control many properties of materials such as electrical and thermal conductivity, optical properties, etc. In extremely rare occasions, the Fermi surface contains disconnected segments that are known as Fermi arcs and often are associated with exotic states like superconductivity.

Countries, especially potential exporters, should improve hydrogen statistics to justify and promote investments in hydrogen. The measures should result from broad cooperation, also intended to standardize and homogenize measurements, said Columbia University‘s Anne-Sophie Corbeau. “Countries could start working together to determine how best to collect hydrogen data, both on the demand and production sides, and include existing consumption as well as potential future consumption in new sectors. Statistics on the demand side need to anticipate new uses in buildings, industry, transport, and power, as well as account for hydrogen’s potential use to produce other energy products such as ammonia and methanol,” the French scholar wrote on Monday.

Vancouver-based First Hydrogen has identified four industrial sites in the United Kingdom and is advancing discussions with landowners to secure land rights to develop green hydrogen production projects. It said it would be working with engineering consultants Ove Arup & Partners Limited (ARUP) for engineering studies and designs. “The sites are all in prime industrial areas spread strategically across the North and South of the United Kingdom and will each accommodate both a large refueling station — for light, medium and heavy commercial vehicles with on-site hydrogen production, to serve the urban areas of Greater Liverpool, Greater Manchester, the London area, and the Thames Estuary — and a larger hydrogen production site of between 20 and 40 MW, for a total for the four sites of between 80 MW and 160 MW,” First Hydrogen wrote on Monday. The Canadian company wants to use the production facilities to serve customers of its automotive division. “First Hydrogen’s green hydrogen van is to begin demonstrator testing in June with final delivery for road use in September 2022.”

Plastic and molten salt batteries may be the key to grid-scale energy storage.

Electricity is a marvelous thing. It can power every manner of machine and digital device, but it is ephemeral. It has to be used as soon as it is created or it is lost forever. The trick to making it serve the needs of humanity is to store it, and to do that, you need a battery.

There are hundreds of ways to make a battery — the Romans did it with copper and iron in a lemon juice bath. But not all of those storage techniques are practical in the real world. Some are too heavy, others too bulky. Many are too costly or use materials that are too scare. Nickel has long been a major component of today’s lithium-ion batteries, but upheavals in some countries masterminded by criminal leaders have caused it to triple in price recently.

Continue reading “Grid-Scale Storage Solutions — Plastic & Freeze/Thaw Battery Edition” »

Tesla has unveiled its latest giant Megapack project consisting of 360 MWh of energy storage capacity used in concert with a solar farm to help power 60,000 homes.

Arevon is becoming one of Tesla’s biggest partners in the deployment of energy storage capacity.

Last year, Tesla and Arevon signed a deal for the former to supply a record amount of 2 GW/6 GWh of Megapack batteries to the latter for several new energy storage projects.

Elon Musk referred to Mark Zuckerberg as ‘Zuckerberg the 14th’ – an apparent allusion to the famed Louis XIV nicknamed the Sun King – and accused him of exerting too much influence over platforms controlled by him. Twitter’s new owner insists that his bid to purchase the microblogging service isn’t about making money, but rather about broadening Twitter’s appeal and safeguarding free expression. A more accessible social media platform was one of Musk’s goals, he said.

“When Facebook, Instagram, and WhatsApp are all owned by Mark Zuckerberg, the 14th generation of Zuckerbergs will still be in charge. Actually, this is what I mean. On Twitter, you won’t see that ” Zuckerberg was ridiculed by Musk. Tesla CEO Elon Musk has said that he prefers to maintain the largest number of Twitter stockholders in the company, rather than monopolizing it. He presently has a 9.1 percent stake in Twitter.

Facebook CEO Mark Zuckerberg, on the other hand, holds a 12.8 percent stake in Meta, the parent company of social media platforms. This is not the first time that Facebook CEO Mark Zuckerberg and Tesla CEO Elon Musk have taken shots at one other. When in doubt, leave the speech as is. Let the tweet live if it’s in a grey area When discussing censoring specific subjects and tweets, Musk stated this. In my opinion, we should be extremely cautious about deleting anything.

https://www.youtube.com/watch?v=T_6cLgAXhA0

This fish-friendly hydro turbine turns streams, rivers into a zero-emissions power plant.

Credit: Natel Energy.
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Continue reading “Fish-Friendly Hydro Turbine Turns River Into Power Plants” »