Tristan Doherty of LG Energy Solution Vertech explains how grid battery engineering evolved from repackaging EV cells to designing whole power plant architectures first.
0:00 / 0:22exact quote · 22.7s
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“And now we're thinking from the outside in, we're saying, what does a power plant look like?
What value does it need to bring to the grid?
What does it need to do to be really effective and, you know, to meet the business goals of the operator and what do the batteries need to do that are going to do that?
And so you start at the power plant and then you move into your,
Power block or your enclosure, and then you move there into your module and you move from there into your cell.”
quote is from the automated transcript, cleaned for reading:
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More from Tristan Doherty
AssertionNot checkable as stated
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AssertionSupported
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AssertionSupported
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“If you look at the number of failures and the failure rate from 2018 to 2023, it was just a five year span. That it dropped by 97%, and I think that's something that's really incredible and something to be really proud of.”
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PredictionDidn’t hold up
LGES targets 100% non-Chinese storage components in Michigan by next year
“Right now, coming off of the Holland, Michigan line, we're on schedule for early next year to be a hundred percent non-Chinese in terms of all of the components and subcomponents that are going into those ESS cells.”
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Disclosure
LG Energy Solution moved Arizona ESS production to Michigan to start faster
“Instead of taking three or four years to build a complete greenfield battery factory in Arizona, we could take six to 12 months, take an existing shell, an existing building that had all the permitting done, and had all the infrastructure and all the utilities…”
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“Thankfully, all the environmental measurements that came back all of the EPA has been doing extensive testing all around the site. All those measurements have come back within sort of safe limits”
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