deep discharge การใช้

• They are harder to recharge and do not tolerate deep discharge.
• Both are harmful to battery life, with deep discharge making the battery unusable.
• Laptop and phone batteries store more energy per pound and withstand deep discharges better.
• :You should not use car batteries for this since the deep discharge will damage them.
• They are not designed for deep discharge, and a full discharge can reduce the battery's lifespan.
• SLI batteries are not designed for deep discharge, and their life is reduced when subjected to this.
• This practice is likely to cause more damage as one of the cells will be deep discharged.
• The effective number of cycles is above 5000 and the battery is not damaged by deep discharge.
• Deep discharge below 0.5 V / cell may result in electrolyte leakage; little useful capacity exists below 0.9 V / cell.
• Batteries inside solar lamps usually use gel electrolyte technology with high performance in deep discharging, in order to enable use in extreme ranges of temperature.
• Replacement is $ 46, 000, according to Ford and, because of the frequent deep discharge in automotive applications, the battery lifespan is figured at three years.
• As I mentioned elsewhere, deep discharging isn't good for the batteries so you don't want to do this too often, though, if you can avoid it.
• Prius does not need a formidable array of prohibitively expensive batteries, nor does it require frequent deep discharge of its sole battery, the factor that does the most to shorten battery life.
• Wet cell stand-by ( stationary ) batteries designed for deep discharge are commonly used in large backup power supplies for telephone and computer centres, grid energy storage, and off-grid household electric power systems.
• The deep discharge testing is itself damaging to batteries due to the chemicals in the discharged battery starting to crystallize into highly stable molecular shapes that will not re-dissolve when the battery is recharged, permanently reducing charge capacity.
• Our articles on the various types of rechargeable batteries address the reasons for their failure, and memory effect describes the reasons why batteries may sometimes require a deep discharge before charging . talk ) 17 : 09, 15 April 2012 ( UTC)
• :It depends on the kind of battery, but it's usually better to drain them " completely " ( see memory effect, but also see " deep discharge " there ) and then recharge them before you store them in order to prevent deep discharge.
• :It depends on the kind of battery, but it's usually better to drain them " completely " ( see memory effect, but also see " deep discharge " there ) and then recharge them before you store them in order to prevent deep discharge.
• Overstress how deep discharge and comparatively very high charge and discharge currents ( currents over 700 A are common ), defects such as overheating occur on the accumulators, the charge / discharge cycles are limited up to 1000 cycles in this scope on some 100th Due to mechanical damage to the housings acid may further leak.