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Solid-state Batteries

Solid-state Batteries

Completed: 0%

Quest hub:

A battery with solid electrodes and electrolytes to improve safety, cycle life, and charging times.

Climate controlledPeace on EarthEnergySDG 7: Affordable and clean energy

Welcome new Heroes (including all user testers)!

Visitors, explore and click the tabs from DATA to EVENTS (scroll left on mobile)

What is our purpose with this Quest?

  • To create a complete open-source knowledge hub of the science and technologies driving the ideal implementations of solid-state batteries.

How?

  • The publicly available databases and roadmaps we create as a community help align all entities working on solutions and identify where to focus efforts and resources for maximum impact
  • Enable anyone, even non-technical people, to take action with science, technology, and innovation via our tasks
  • Provide an open source pre-projecting platform to nurture ideas and breed innovation for new and improved solutions
  • This all leads to making the most of our global resources, collaboration, and impact to accelerate progress on the ideal solutions

Want to help?

Volunteering Heroes, go take action with a Task, be vocal in the Labs, or post in the newsfeed!

 

Current Quest objective: Do a combined 40 Tasks to find the latest Solid-state Battery news and solutions (by February 5, 2021)

Expand the "Completed:" progress bar above for more details on how to help with this

 

Check out our intro and overview...

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Feb 24, 2021

https://scitechdaily.com/new-material-breakthrough-for-stable-high-voltage-long-life-solid-state-batteries/

A team of researchers designed and manufactured a new sodium-ion conductor for solid-state sodium-ion batteries that is stable when incorporated into higher-voltage oxide cathodes. This new solid electrolyte could dramatically improve the efficiency and lifespan of this class of batteries.


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Feb 03, 2021

https://www.electrive.com/2021/02/02/daimler-delivers-solid-state-battery-buses/

Wiesbaden’s public transport operator, ESWE is building electric momentum as the first Daimler buses with solid-state batteries arrive. Now ESWE Verkehrsgesellschaft added corresponding charging infrastructure. So far, the company put 21 new battery buses and 56 stationary charging columns into operation at the bus yard in Gartenfeldstraße. In use are 21 Mercedes-Benz eCitaro with solid-state batteries. These batteries have a capacity of up to 441 kWh and should enable a range of 200 kilometres even in winter.


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Jan 30, 2021

https://insideevs.com/news/483085/catl-solid-state-battery-350-wh-kg/

CATL said that, when it solves some left issues with solid-state batteries, it will be able to present one with more than 350 Wh/kg. The Chinese company is researching solid-state batteries for almost ten years already and that it concluded that “using lithium metal as the negative electrode material is the best development direction for solid-state batteries.”


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Jul 07, 2020

https://techcrunch.com/2020/06/16/volkswagen-sinks-another-200-million-into-solid-state-battery-company-quantumscape/?guccounter=1&guce_referrer=aHR0cHM6Ly93d3cuZ29vZ2xlLmNvbS8&guce_referrer_sig=AQAAALY_CPerjYVZ_OpwL1Ym_UZYJrMQ-27u6zcDf5evZ0TOzqrV1u4HnlXH

Volkswagen said Tuesday it has invested another $200 million into QuantumScape, a Stanford University spinout developing solid-state batteries as the automaker bets on a next-generation technology that will unlock longer ranges and faster charging times in electric vehicles.


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Mar 11, 2020

https://cleantechnica.com/2020/03/10/samsung-reveals-new-solid-state-lithium-metal-battery-with-900wh-l-density/

Global battery powerhouse Samsung's Advanced Institute of Technology (SAIT) and the Samsung R&D Institute Japan (SRJ) just published a new study highlighting its next generation solid state battery. The new lithium metal solid state battery delivers better energy density than more traditional lithium-ion batteries and promises to usher in a new generation of batteries to power all our devices


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Feb 05, 2020

http://news.mit.edu/2020/solid-batteries-lithium-metal-electrode-0203

An MIT team has devised a lithium metal anode that could improve the longevity and energy density of future batteries. It involves a combination of solid materials known as mixed ionic-electronic conductors (MIEC) and electron and Li-ion insulators (ELI). These were built into a three-dimensional honeycomb-shaped architecture, with an array of nanoscale tubes made from MIEC forming the crucial piece of the puzzle. These tubes are infused with solid lithium metal to form the battery’s anode. The extra space inside each of these tubes allows room for expansion.


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Jan 14, 2020

https://singularityhub.com/2020/01/13/ibms-plan-to-design-solid-state-batteries-using-quantum-tech/

IBM says its battery combines three new materials (which it hasn’t disclosed) that can be optimized for a host of different characteristics, including lower cost, faster charging time, higher power and energy density, energy efficiency, and low flammability. Simulating the three molecules will help us better understand how their behavior will affect important properties like energy storage and discharge, but it can take huge amounts of computing power. Quantum computers hold the promise of doing these kinds of simulations much more efficiently.


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Nov 27, 2019

https://newatlas.com/science/deakin-solid-state-battery-polymer-electrolyte/

Researchers at Australia's Deakin University say they've managed to use common industrial polymers to create solid electrolytes, opening the door to double-density solid state lithium batteries that won't explode or catch fire if they overheat.


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Jun 11, 2019

https://technical.ly/baltimore/2019/06/10/ion-storage-systems-raises-8m-for-solid-state-battery-development/

Ion Storage Systems, a College Park-based energy startup, raised $8 million in funding as it looks to begin manufacturing of its solid state, flammable-free rechargeable batteries.


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May 24, 2019

https://phys.org/news/2019-05-futurenovel-salt-rechargeable-magnesium-batteries.html

By synthesizing a novel material for electrodes that facilitate reversing of the chemistry of ions, a group of researchers led by Prof. Idemoto from Tokyo University of Science combat the wasteful aspects of energy sources, by laying an important foundation for the production of next-generation rechargeable magnesium secondary batteries. The researchers are optimistic about this discovery and state, "We synthesized a rock salt type that has excellent potential for being used as the positive electrode material for next-generation secondary batteries."


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