Estimating the Manufacturing Advantage of Dry-Coating of Cathodes in a Lithium-Ion Cell Plant
SAM.GOV Due: May 13, 2025 at 10:00 PM UTC
In-Active Solicitation Source Url

Summary

The opportunity titled 'Estimating the Manufacturing Advantage of Dry-Coating of Cathodes in a Lithium-Ion Cell Plant' involves conducting a study to evaluate the design and cost implications of utilizing dry coating technology for cathode electrodes in lithium-ion battery (LIB) cell plants. This study will compare the dry coating method to the more traditional wet coating process, focusing on three different plant sizes with capacities of 5, 25, and 50 GWh per year. The analysis aims to provide quantitative insights into the benefits and challenges associated with the adoption of dry coated NMC811 cathode layers. Contractors with expertise in manufacturing processes, particularly in the field of battery technology and materials science, are encouraged to bid on this opportunity.
Description

This requirement is for a study to estimate the change in design and cost of a LIB cell plant that uses dry coating of the cathode electrode with respect to the more common wet coated electrodes used today. The data and analysis will be used for three plant sizes rated for 5, 25, and 50 GWh per y

Entities
EDO
Department of Energy
NAICS
541330
Set Aside
None
Place of Performance
Point of Contact
Full Name Email Phone Type
Jackie Arriaga [email protected] 630-252-0978 primary
Parker Hawk [email protected] 630-252-2731 secondary
Attachments
  • Argonne+RFP+No+5-B191-P-00162-00.zip