The Libraries will be performing routine maintenance on UWSpace on July 15th-16th, 2025. UWSpace will be available, though users may experience service lags during this time. We recommend all users avoid submitting new items to UWSpace until maintenance is completed.
 

Electrode Design for Durable and Energy-Dense Rechargeable Zinc-Air Batteries

Loading...
Thumbnail Image

Date

2020-01-21

Authors

Cano, Zachary Paul

Advisor

Fowler, Michael

Journal Title

Journal ISSN

Volume Title

Publisher

University of Waterloo

Abstract

Zinc-air batteries have been proposed as a low-cost and energy-dense candidate to replace or supplement lithium-ion batteries in electric vehicles. This thesis explores the viability of zinc-air batteries in electric vehicles and experimentally investigates the use of nickel-based air electrodes. The failure mechanism of these electrodes is uncovered, and a new nickel-based air electrode having both improved cycle life and substantially lower mass and volume than previous designs is presented.

Description

Keywords

zinc-air batteries, oxygen reduction, oxygen evolution, air electrode, gas diffusion electrode, bifunctional, electric vehicles

LC Subject Headings

Citation