Chemistry: Non-Lithium Chemistries
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Sources and links on page 291 (7)
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- https://urbanelectricpower.com/2024/04/04/long-duration-energy-storage-nyserda-awards-nearly-15-million-to-four-demonstration-projects/
- https://urbanelectricpower.com/2024/04/29/dhs-announces-first-winners-awards-835000-clean-power-for-hours-challenge-in-celebration-of-earth-day-2024/
- https://urbanelectricpower.com/2024/07/29/oced-has-awarded-the-ldes-stored-project-led-by-urban-electric-power-uep-in-collaboration-with-the-new-york-power-authority-and-epri/
- https://www.energy.gov/sites/default/files/2023-09/4_Technology%20Strategy%20Assessment%20-%20%234%20Flow%20Batteries_508.pdf
- https://www.enerpoly.com/technology
- https://www.researchgate.net/publication/381331060_Zinc_systems_Rechargeable_zinc-manganese_dioxide_batteries
- https://urbanelectricpower.com/2022/04/18/urban-electric-power-installs-1000-kwh-alkaline-battery-backup-system-for-san-diego-supercomputer-center/
Text on page 291
Zinc-ion Batteries Advancing the design of primary household batteries, Zinc Manganese Dioxide batteries have had significant development as cheap, safe and sustainable rechargeable batteries.
BASIC CHEMISTRY
USE CASE: BACKUP POWER AND GRID STORAGE
Zinc-ion batteries are being developed using both near neutral and basic electrolytes. These batteries have a pathway to $50/kWh cell cost level due to the low cost of materials and existing supply chain for the primary battery market. The manufacturing process emits 70% less CO2 during manufacturing and is fully recyclable. With the theoretical max specific capacity of 308 mAh/g, a lot of up and coming companies and research is being performed to advance zinc-ion batteries to solve manganese dioxide dissolution and improve rechargeability.
LDES: NYSERDA Awards Nearly $15M to Four Demonstration Projections DHS Announces First Winners, Awards $835k "Clean Power for Hours Challenge" in Celebration of Earth Day 2024 OCED Awards LDES STORED project, led by UEP in Collaboration with the NYPA and EPRI
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