Relyion Investor

Powering your life sustainably: Enhancing battery lifespan and performance

Repurposing retired EV batteries for second-life stationary battery energy storage solutions

The Problem

Energy Storage is Growing at a Phenomenal Pace

729 GWh needed globally by 2030*
365 GWh needed in US by 2030*

227 GWh Per Year Retiring by 2030 *

12 million tons of raw material available this decade with no mining or imports.

Countries/Cities Mandating Repurposing and Recycling

$174B from Biden administration for EV energy storage market*
Repurposing/Recycling of batteries is criticallly needed

EV Battery Repurposing is Expensive

No Fixed Platform

OEMs, Chemistry, Physical Footprint, Power/Energy Size, Degradation

Wide Distribution

Existing BMS designed for new batteries that have tight distribution and are specific to OEMs

Limited by Worst Performer

One single bad module/pack limits the performance of full ESS

Grading is Expensive

Requires significant capex and labor for harmonization