The Future Of Zinc Alkaline

Our Technology

UEP’s core technology revolutionizes the chemistry found in alkaline primary batteries (e.g. double AA) and makes it rechargeable. This trusted battery chemistry is now reliably rechargeable, thanks to breakthrough technology advancements.

Our battery utilizes earth-abundant zinc and manganese dioxide, which provide high energy density, low self-discharge, and are safe to operate and handle. The battery cells are modular, scaling from residential to commercial to utility applications.

Our Technology

UEP’s core technology revolutionizes the chemistry found in alkaline primary batteries (e.g. double AA) and makes it rechargeable. This trusted battery chemistry is now reliably rechargeable, thanks to breakthrough technology advancements.

Our battery utilizes earth-abundant zinc and manganese dioxide, which provide high energy density, low self-discharge, and are safe to operate and handle.

The battery cells are modular, scaling from residential to commercial to utility applications.

Our Technology

UEP’s core technology revolutionizes the chemistry found in alkaline primary batteries (e.g. double AA) and makes it rechargeable. This trusted battery chemistry is now reliably rechargeable, thanks to breakthrough technology advancements.

Our battery utilizes earth-abundant zinc and manganese dioxide, which provide high energy density, low self-discharge, and are safe to operate and handle. The battery cells are modular, scaling from residential to commercial to utility applications.

Who We Are

As chemists and engineers, we take great pride in creating innovative and effective technologies to help solve some of the world’s most pressing energy challenges. Our team’s diversity of background and expertise is emblematic of our shared identity as New Yorkers.

Meet The Team