Why Imprint Energy?


Imprint Energy’s ZinCore™ Technology

Imprint Energy’s ZinCore™ battery provides 10X more power than other zinc batteries. ZinCore™ supports 5G connectivity in a wide temperature range; from well below freezing (-35°C) to a high of 60°C.

ZinCore™ provides unique performance and environmental advantages: zinc is 12 times more abundant than lithium and generates 80% less greenhouse gas emissions over its entire lifecycle.

ZinCore™ batteries are classified as a non-hazardous goods, are safe and non-toxic and don’t face the regulatory and shipping limitations imposed on lithium and Li-ion batteries.


High Volume Manufacturing

Imprint Energy has developed a battery manufacturing process that can run on standard printing equipment to support quick turnaround custom prototyping at volumes typical for IoT field trials all the way up to hundreds of millions of batteries per year.

Imprint Energy has partnered with leading contract manufacturers to leverage manufacturing capabilities and scale production.


We aim to become a defacto green battery chemistry alternative

Boundless scores Imprint 8.7/10 on a per-unit impact.

Imprint’s climate profile of ZinCore™ batteries were compared against traditional small-scale batteries such as lithium coin cells, pouch cells, and solid-state batteries.

The Climate Impact Score is based on perWatt-hour (Wh) impact for key performance indicators such as Greenhouse Gas (GHG)Footprint, Water Footprint, Energy Footprint, Levelized Cost of Production (LCOP), CarbonReturn on Investment (CROI), and Carbon Return on Customer Purchase (CROP).

83% less water per Wh of stored energy than lithium coin and pouch cells.

Imprint’s estimated GHG Footprint per Wh of energy storage capacity is significantly lower than that of lithium coin cells, pouch cells, and solid-state batteries.

Imprint’s core material, zinc, is twelve times more abundant than lithium in the world’s mineral reserves.

Per one million dollars invested in the Imprint technology to replace other small-scale applications batteries, an estimated 1,600 metrictons of CO2e would be avoided. This is equivalent to the carbon sequestered by 2,000 acres of U.S.forest in one year.