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Dive into expert battery knowledge from Sunvolt, Zambia’s first battery factory. Learn about lead-acid and lithium batteries for automotive, energy storage, and sustainable solutions across Africa
Struggling with a car battery that won't charge? Learn the common causes—from alternator failure to parasitic drain—and how to diagnose them yourself with a simple multimeter.
Ver pormenoresShort trip drivers should check their battery voltage monthly—if it consistently reads below 12.4 volts in the morning, you need more drive time or a maintenance charger.
Ver pormenoresWhen shopping for a reliable car battery, two numbers matter most: Cold Cranking Amps (CCA) and Reserve Capacity (RC).
Ver pormenoresA car battery doesn't last forever. Most lead-acid batteries give you about 3 to 5 years of service, but many fail much sooner because of how we use them day to day.
Ver pormenoresThe most straightforward reason your car battery won't hold charge is simply that it's old. Most standard lead-acid batteries last between three to five years.
Ver pormenoresA maintenance free battery—often labeled MF, sealed, or VRLA (valve-regulated lead acid)—is a lead-acid battery engineered so you never have to open it up and add distilled water.
Ver pormenoresWhen you look at a portable power station, the first number you see is usually its capacity, measured in watt‑hours (Wh) or sometimes amp‑hours (Ah).
Ver pormenoresThe simplest way to get a quick health snapshot of any battery is measuring its open-circuit voltage. For lithium-ion cells, a fully charged cell reads around 4.2 V, while a depleted one sits near 3.0 V.
Ver pormenoresA car battery doesn't last forever. Most batteries give you three to five years of service before they start losing capacity. If your engine cranks slowly on cold mornings, or you notice dimming headlights when idling, those are clear signs the ba...
Ver pormenoresThe primary reason lithium batteries dominate our devices, from smartphones to electric cars, is their exceptional energy density. In simple terms, energy density refers to how much energy a battery can store in a given size or weight.
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