Redwood pivots to AI data-center power

This move turns Redwood from a recycler into a power infrastructure supplier, which lets it earn from the same battery twice. It can buy or collect packs, decide whether each one should be reused in storage or broken down for minerals, then sell power systems to data centers that need fast capacity additions. The data center angle matters because AI sites often need power now, not after a multi year grid upgrade.1 2 3

• Redwood already frames Redwood Energy as a second monetization cycle. Usable EV packs go first into storage projects, then come back later for recycling, so one battery can generate hardware revenue before it generates lithium, nickel, copper, and cobalt recovery revenue.1
• The first clear proof point is Crusoe. Redwood deployed repurposed packs in a 12 MW, 63 MWh Nevada microgrid for Crusoe Spark modular data centers, then expanded that partnership from 4 to 24 modular units as Crusoe pushed for faster AI infrastructure deployment.2 3
• This puts Redwood in a different lane from peers. Moment Energy is a pure second life storage specialist. ZincFive sells new nickel zinc backup systems for short bursts of power inside data centers. Form Energy targets multi day grid storage. Redwood sits closer to the battery supply chain and can choose reuse or recycling pack by pack.2 4 5

The likely next step is for Redwood to use AI data centers as the beachhead for a broader storage business built on battery supply control. As more EV packs age out, the company can keep routing the best packs into power projects and the rest into materials recovery, making storage a natural extension of its core battery loop.1 2 3