That's how much we can save.

We'll assume an average Tesla battery size of 80 kWh (based on popular models). Using industry estimates from MIT, producing a new Tesla battery can have a carbon footprint of up to 16 tons of CO2e (carbon dioxide equivalent). Approximating 150 batteries reconditioned per year (or 3 batteries per week), Batter-Re has the potential to avoid 2400 tons of CO2 emissions per year by preventing the production of new batteries. This is a significant positive impact, equivalent to planting roughly 192,000 trees that would absorb CO2 over their lifetime or the annual energy consumption of 1,163 American homes. Imagine powering over a thousand homes with renewable energy instead of fossil fuels!