Batteries are affected by temperature

Is temperature and humidity affect or batteries?

The batteries are affected by temperature and / or moisture. If the battery is too hot or too cold, then yes batteries are behaviors that would incongruent designed with its normal operation and specifications have. This is not a defect, but a manufacturer a result of the use of a battery in an environment that the battery was never designed to be used. Let us refer to this type of environment as extreme weather conditions.

If a batteryextreme weather conditions, it does not work anymore, bulge melt, bubble, suspended in damage to the device, smoke, sparks, flames to create, expand, contract and or blow-up in very extreme cases.

Weather extremes, where the ambient temperature and relative humidity of a given environment can be changed outside of the norm almost everywhere, and occur at any time. Here are a few examples like (this is by no means exhaustive) are: extreme weather conditions can occur outside, in a non-controlled temperatureRoom, in a closed bathroom shower, in a closed car on a hot day into a steam room or sauna name a few places. Altitude also affects batteries, for example, about 15,000 feet in non-pressurized cabin. Extreme cold also affects the battery as the internal components as a direct result of extreme weather can also occur even if the temperature is well within range of the device specification, but the relative humidity increases the ambient temperature on the developmentStandard.

If a device is exposed to extremes with battery for a long time then there is a weather affect, usually a negative effect on your device and battery.

Why does temperature affect a battery - batteries, because a device that converts chemical energy into electrical energy? A battery is an electrochemical device. A battery has two electrodes, one anode (positive end) and a cathode (the negative). operates between the two electrodes batteryelectricity primarily from a voltage difference between anode and cathode causes. The voltage runs through a chemical called an electrolyte (which can be either liquid or solid). This battery consists of two electrodes as a galvanic cell.

The batteries we use today, simple variations of early battery or galvanic cell. Today's batteries are made of plates of reactive chemicals separated by barriers, being polarized so all electrons gather on one side. ThePage, all of which is negatively charged electrons to collect, and the other side is positively charged. Connecting a device creates a current and the electrons flow through the device to the positive side. At the same time an electrochemical reaction takes place inside the batteries to replenish the electrons. The effect is a chemical process, electrical energy generated.

If the ambient temperature changes the electrons occur within the battery is affected. A rise inTemperature occurs, the electrons are excited. A decrease in temperature inhibits electron. This is a natural reaction to the electrons in most systems. In addition, the combination of a rapid change in temperature and humidity to form condensation and a potential danger to your battery and device for that matter.