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Woven-Grid Sealed Quasi-Bipolar Lead-Acid Battery Construction and Fabricating Method

By Non

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Book Id: WPLBN0004308594
Format Type: PDF eBook :
File Size:
Reproduction Date: 1989-10-17

Title: Woven-Grid Sealed Quasi-Bipolar Lead-Acid Battery Construction and Fabricating Method  
Author: Non
Volume:
Language: English
Subject: Ceres (Experiment), Longwave Flux, Longwave Unfiltered Radiance
Collections: Government Library Collection, Government Library Collection
Historic
Publication Date:
1989
Publisher:

Citation

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Non,. (1989). Woven-Grid Sealed Quasi-Bipolar Lead-Acid Battery Construction and Fabricating Method. Retrieved from http://worldlibrary.in/


Description
Description: A quasi-bipolar lead-acid battery construction includes a plurality of bipolar cells disposed in side-by-side relation to form a stack, and a pair of monoplanar plates at opposite ends of the stack, the cell stack and monopolar plates being contained within a housing of the battery. Each bipolar cell is loaded with an electrolyte and composed of a bipolar electrode plate and a pair of separator plates disposed on opposite sides of the electrode plate and peripherally sealed thereto. Each bipolar electrode plate is composed of a partition sheet and two bipolar electrode elements folded into a hairpin configuration and applied over opposite edges of the partition sheet so as to cover the opposite surfaces of the opposite halves thereof. Each bipolar electrode element is comprised of a woven grid with a hot-melt strip applied to a central longitudinal region of the grid along which the grid is folded into the hairpin configuration, and layers of negative and positive active material pastes applied to opposite halves of the grid on opposite sides of the central hot-melt strip. The grid is made up of strands of conductive and non-conductive yarns composing the respective transverse and longitudinal weaves of the grid. The conductive yarn has a multi-stranded glass core surrounded and covered by a lead sheath, whereas the non-conductive yarn has a multi-stranded glass core surrounded and covered by a thermally activated sizing.; CASI; Nasa Publication Center: NASA (non Center Specific); Unclassified; No Copyright; Unlimited; Publicly available


 

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