Introduction Lead Acid Battery Construction | A lead acid battery may look like a simple box under the hood, but its internal construction is carefully designed to deliver high current when a vehicle needs it most. From the outer polypropylene case to the positive and negative plates, separators, electrolyte, inter-cell connections, and terminals, every…
Introduction EFB Battery Applications | Modern vehicles depend on their batteries for much more than starting the engine. As manufacturers add start-stop technology, advanced electrical systems, driver-assistance features, comfort equipment, and increasingly sophisticated energy-management systems, the demands placed on the battery have changed significantly. This is where EFB Battery Applications become especially important. An…
Introduction EFB Battery Charging Requirements | Understanding EFB Battery Charging Requirements is important for drivers whose vehicles use Enhanced Flooded Battery technology, particularly cars equipped with start-stop systems and vehicles that experience frequent electrical cycling. An EFB battery is designed to handle more charge and discharge cycles than a conventional flooded starter battery, making…
Introduction EFB Battery Performance Characteristics | Modern vehicles place much greater demands on their batteries than older cars did. A battery is no longer used only to start the engine in the morning. It may also support start-stop operation, electronic control modules, safety systems, lighting, climate-control functions, infotainment, and other electrical equipment while the…
Introduction How EFB Battery Technology Works | Understanding how EFB battery technology works is important for drivers whose vehicles use start-stop systems or have higher electrical demands. EFB stands for Enhanced Flooded Battery, a development of conventional flooded lead-acid battery technology designed to handle more frequent charging and discharging cycles. Modern vehicles can place…
Introduction EFB Battery Construction | Understanding EFB battery construction is important for anyone who owns or maintains a modern vehicle equipped with a start-stop system or a relatively high electrical load. EFB stands for Enhanced Flooded Battery, a development of traditional flooded lead-acid battery technology designed to handle more frequent cycling while continuing to…
Introduction AGM Battery Charging Characteristics | Understanding AGM Battery Charging Characteristics is important for anyone using a modern vehicle equipped with an AGM battery. AGM, or Absorbent Glass Mat, batteries are designed differently from conventional flooded lead-acid batteries. Their internal construction allows them to provide strong starting performance, support demanding electrical systems, and tolerate…
Introduction AGM Battery Advantages and Limitations | Modern vehicles depend on their batteries for far more than simply starting the engine. Today’s cars can contain start-stop systems, advanced infotainment, driver-assistance technology, electronic safety systems, power seats, sensors, cameras, climate-control equipment, and numerous computer modules. Because of this increasing electrical demand, choosing the correct battery…
Introduction AGM Battery Construction | Understanding AGM Battery Construction is important for anyone driving a modern vehicle that depends on reliable starting power, advanced electrical systems, start-stop technology, and intelligent battery management. AGM stands for Absorbent Glass Mat, a lead-acid battery technology in which the electrolyte is absorbed into a specially designed fiberglass separator…
