Technical Manuals
Technical Manuals: Technical Manual BCIS-09C: BCI Recommended Practice to Evaluate Electrolyte Retention for...
PublicationTechnical Manuals: Technical Manual BCIS-11: Standardized Testing Methods for Polypropylene Resin
PublicationTechnical Manuals: Technical Manual BCIS-12A: BCI Recommended Test Procedures For Leady Oxide
PublicationTechnical Manuals: Technical Manual BCIS-12B: BCI Recommended Test Procedures For Electrode Active
PublicationTechnical Manuals: Technical Manual BCIS-13: Specification Reference for Standby Batteries
PublicationTechnical Manuals: Technical Manual BCIS-14: Determine Capacity of Industrial Storage Batteries
PublicationTechnical Manuals: Technical Manual BCIS-15: Life Cycle Testing of Lead Industrial Storage Battery
PublicationTechnical Manuals: Technical Manual BCIS-16: Standard for Deep Cycle Battery Chargers
PublicationTechnical Manuals: Technical Manual BCIS-17: Procedures for Evaluating Plastic Jars and Covers
PublicationTechnical Manuals: Technical Manual BCIS-20: Sulfuric Acid For Use in Preparing Electrolyte
PublicationTechnical Manuals: Technical Manual BCIS-21: Specification for Non-Spillable Certification Valve
Publication
There is still a lead acid battery in the majority of EVs. [And] we’re also seeing an increase in the number of multi-battery systems – vehicles with more than one battery, a primary and auxiliary battery.