Redwood Vertical Integration Compresses Margins
Moment Energy
Redwood changes the game because it can make money from the same battery twice, first by deciding whether to repurpose or recycle it, and then by selling either storage capacity or recovered materials. That is a harder model for a pure second life player to match. Redwood already handles more than 20 GWh of batteries a year, builds storage from both new and repurposed packs, and is using that supply advantage to win fast deployment projects like Crusoe’s AI data center microgrid.
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A pure repurposer has to buy retired packs and hope enough of them are healthy. Redwood sees the batteries first, grades them, sends the best ones into energy storage, and recycles the rest into lithium, nickel, cobalt, and copper. That lowers input risk and lets it price storage more aggressively.
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This matters because second life vendors are no longer competing only against each other. They are also competing against integrated operators that can bundle battery intake, testing, rebuild, deployment, and final recycling, plus against first life systems whose price floor keeps falling as battery pack costs dropped to $108 per kWh in 2025.
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Base Power shows the next step in margin pressure. It keeps ownership of the battery, manages charging and discharging itself, and pairs the hardware with an electricity contract. That means more profit can come from ongoing energy flows, not just the one time sale of a storage box.
Going forward, the winners in second life storage are likely to be the companies that control feedstock and capture value after installation. That pushes the market away from simple resale of used packs and toward full stack models that combine sourcing, diagnostics, deployment, software, and end of life recovery.