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Technical Manuals: Technical Manual BCIS-12A: BCI Recommended Test Procedures For Leady Oxide
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Technical 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
PublicationTechnical Manuals: Technical Manual BCIS-22: Partial State of Charge Life Test, Industrial Storage
PublicationSocial Graphic : Lead Batteries Enable EVs and Fast Charging Stations (MP4)
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Social Graphic : Lead Batteries Enable EVs and Fast Charging Stations (GIF)
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Social Graphic : A Model Circular Economy (GIF)
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Social Graphic : Manufacturing Capacity: North America (1)
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Social Graphic : Manufacturing Capacity: North America (2)
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Miscellaneous Publications: Lead Battery State Retail and Recycling Laws Guidebook
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Batteries provide grid stability and drive efficient use of energy generated from renewable and carbon-based sources. Long-duration battery storage can be scaled in size and duration to meet the needs of utilities, commercial and industrial, as well as military bases.