Battery Basics

When your iPhone has no mobile coverage, it searches for a Wi-Fi or cellular signal. This search lowers device performance and increases battery usage. In low signal environments, power consumption rises even more. Understanding this can help you manage your battery life better. To improve battery life in areas with no cell coverage, consider several … Read more

The EQE’s lithium-ion battery has ten modules that provide a usable energy capacity of 90 kWh. It includes advanced battery management software, which supports over-the-air updates. This technology improves performance, ensures efficient energy use, and helps maximize the driving range for electric vehicles. The design of the EQE Lithium-Ion Battery focuses on optimizing weight, performance, … Read more

A battery with a dead cell can attempt to recharge, but this can lead to overcharging of the healthy cells. This situation may create voltage imbalance, risking cell integrity and safety. To ensure proper electrical balance and extend battery lifespan, replace the dead cell before recharging. Always prioritize safety with defective batteries. To diagnose a … Read more

A gel cell battery is a lead-acid battery. It contains sulfuric acid mixed with fumed silica, forming a gel-like substance. This design prevents spills and ensures the electrolyte stays immobile. It allows efficient electron flow, making it ideal for applications like solar energy storage and mobility devices. One significant benefit of gel cell batteries is … Read more

Deep cycle batteries are designed to handle deep discharge. The “depth of discharge” (DoD) indicates the percentage of capacity used. Common types include lead-acid and lithium-ion batteries. These batteries are ideal for solar energy and marine applications, providing efficient power management for various energy needs. The primary purpose of a deep cell battery is to … Read more

A dead cell in a car battery usually happens due to acid stratification. This process causes the electrolyte to settle at the bottom, leading to low acid concentration in the upper half. It’s like sugar sinking to the bottom of coffee without stirring, which negatively affects the battery’s performance. Signs of a dead cell include … Read more

A 12 volt lead-acid battery has six cells. Each cell includes positive plates, negative plates, and an electrolyte. These components create electrochemical current. The cells work together to deliver current measured in amps. This structure allows the battery to function effectively in various applications. In contrast, a lithium battery usually employs a different configuration. Multiple … Read more

You cannot jumpstart a battery with a dead cell. This battery has poor charge retention and cannot accept power from another source. A dead battery also lacks the necessary residual charge for the jump-start process. Always check the battery condition and health before trying to jumpstart a battery. In such cases, you can attempt to … Read more

A non-dry cell battery, known as a wet-cell battery, uses a liquid electrolyte like sulfuric acid. These batteries usually last longer and can handle deep discharges better than dry-cell batteries. However, they need more maintenance and care to perform well. Lead-acid batteries are often used in vehicles, providing high current output. NiCd batteries are known … Read more

A standard 12 volt lead acid battery has six cells. Each cell is an electrochemical unit that contains positive plates, negative plates, electrolyte, separators, and a casing. These cells work together to generate current and supply power, with capacity measured in amps, reflecting their maximum ability to produce electricity. The number of cells affects the … Read more