Influence is temperature and humidity or batteries?

The batteries are due to temperature and humidity, or are affected. If batteries are too hot or too cold, then yes batteries behaviors would have with their normal and mature, is incongruent specifications. This is not a defect but a consequence of the use of a battery manufacturer in an environment that the battery was never designed to be used. Let us on this type of environment and extreme weather.

If a batteryis exposed to extreme weather, it can not work to melt boil, bubble, producing harmful to your device, smoke, sparks, flames create, expand, contract, and / or blow-up in the most extreme cases.

Weather extremes, where the ambient temperature and relative humidity of a given environment are outside the norm change can occur almost anywhere, anytime. Here are a few examples of this (this is by no means exhaustive): an extreme weather can occur outdoors, in a non-controlled temperatureRoom in a locked bathroom with a shower, in a closed car on a hot day in a steam room or sauna, a few places names. Altitude also affects batteries, pressurized cabin, for example, over 15,000 feet in the not-. Extreme cold also affects the battery as the internal components expand as a direct result of a severe weather can occur even when the temperature is well within the range of the device specification, but the relative humidity increases the ambient temperature on theNorm.

If a device is exposed, including the battery until it will impact the extreme weather for a long time then, usually a negative effect on your device and battery.

Why does temperature affect on a battery - batteries, because a device that convert chemical energy into electrical energy? A battery is an electro-chemical device. A battery has two electrodes, an anode (the positive end) and a cathode) (negative end. Running between two electrodes of a battery causing electrical current from a voltage difference between anode and cathode in the first place. 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 are simple variations of early battery or galvanic cell. Today, the battery of plates of reactive chemicals separated by barriers from each other because they're so polarized electrons meet all> Page. The site, which all negatively charged electrons meet, 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 created a chemical process, electrical energy.

If the ambient temperature changes occur, the electrons in the battery is affected.If an increase in temperature occurs, the electrons excited. A decrease in temperature inhibits electron. This is a natural reaction to the electrons in most systems. In addition, the combination can make a quick change of temperature and high humidity condensation and a potential danger to the battery and the device for that matter.

© Dan Hagopian. You have permission to publish this article electronically or in printed form free of charge, as long as the bylineslink inside. Dan Hagopian of http://www.batteryship.com is a well known author, who specializes in portable electronic devices, power. His work can be found on the blog at BatteryShip http://www.batteryeducation.com. He writes regularly on PDA batteries, iPod batteries, general battery technology for our mobile world, new fuel cell technology and interesting power related inventions. For more information, please visit http://www.batteryship.com where you can also find PDA BatteryReplacement Kits, iPod battery, iPAQ battery, Clie battery, Palm Battery, Axim battery, Treos, and Blackberries.

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Tags: Affected, Batteries, Temperature