Micro batteries are the small batteries the size of a small coin that are used for devices like hearing aids, calculators, watches, small toys and backups for memory. They come in two types:
1. Non-rechargeable batteries that are called primary batteries.
2. Rechargeable batteries that are called secondary batteries.
The Most popular types of micro batteries are the following:
1. Watch Batteries
These are typically 1.55 volt silver oxide batteries. These batteries are sold in about 40 different models. Low drain cells are meant for watches that have low energy requirements. Watches that have high energy requirements for features like chronometers, Continue Reading »
Battery design over the past few decades has been largely a matter of compromise. Batteries could be built to generate quick bursts of power, or to store energy to be released slowly over prolonged periods. A given battery type provided either power or energy, but not both.
Contemporary electronics, however, increasingly require both power and energy. The miniaturization of electronics has made the solution even more difficult to find. In theory, our devices could be even Continue Reading »
Micro-energy batteries are used in items that you use every day. They are typically used for building automation such as HVAC systems, lighting controls and exercise machines. Exercise machines that measure your heart rate and body temperature rely on micro-energy batteries in order to work properly. Micro-energy batteries do not have a negative impact on the environment.
The medical industry also relies on the use of micro-energy batteries. These batteries are used in machines that monitor patient’s vital signs. They are also used on other machines commonly used Continue Reading »
Did you know that when your batteries have outrun their useful life, you are supposed to recycle them or take them to be safely disposed of? It’s true. Simply tossing your spent batteries in the garbage can have devastating effects on the environment. Toxic chemicals from batteries can leach into the soil and contaminate ground water. The best thing to do is recycle your batteries where available but ALWAYS be sure to dispose of them properly. Don’t just throw them out with the rest of the trash.
Micro batteries use lithium ion technology to generate energy. They work like this: The positively charged lithium ion moves across an electrolyte from the anode to the cathode and creates electric current. When the battery has produced all the electric current it can muster, it’s time to recharge. When you plug the battery into a recharging station, you’re essentially reversing the current and driving all the lithium ions back across the electrolyte so that they can make their journey once again and generate more energy. Thin film micro batteries can be recharged over and over again, and last longer than alkaline batteries.
Rechargeable micro batteries are a great alternative to traditional alkaline batteries. Not only do they last longer, but they can help you save money. Recharging your batteries at home costs less in electricity than buying new batteries, especially when you have a great rate on your home energy service.
Get a competitive rate on home energy when you shop around for the best deals. If you live in a deregulated area, you can choose your energy provider. Shop online at comparison sites, such as albertaenergyproviders.com, to find the best rates from energy providers in your area.
With a low rate on home energy service and rechargeable micro batteries, you can make your energy investment go further than ever before.
Micro-energy batteries, also called micro-energy cells or MECs, are a kind of solid state, rechargeable thin film battery. MECs are flexible and easily scaled to a variety of applications. They are especially useful in situations where space efficiency is paramount and where a large number of discharge cycles are expected. Mobile phones or handheld solar powered devices are good examples.
Being a solid state device, one of the qualities of MECs is that they do not degrade nearly as quickly as standard rechargeable lithium ion batteries. The utility of solid state energy cells is clear when considering small consumer Continue Reading »
The micro-energy batteries are a hit. People that have discovered this are quite impressed. It is even more impressive, however, to see how these batteries are recycled. When you talk about infinite recycling, a new concept that is almost exclusive to this type of technology, you are talking about the ability to reuse many times over. This is the real beauty of the micro-energy battery.
Everyone that has read up on the micro-energy battery is well aware that it can outlast a lot Continue Reading »
Micro energy batteries really pack a punch. People have been waiting for many years to see the little batteries that could outperform the bigger counterparts. People do not have to wait any longer. That moment is here.
The micro batteries are actually playing a big part in making the environment better. There is less waste because these batteries last longer. People that want to go green can do so with confidence. This shows that the environment can be saved with the tweaking of electronics and the resources that make electronics work.
Another thing that is great about these Continue Reading »
Researchers in the field of science and technology always look for ways to improve existing products. The new line of micro energy batteries can be used as alternative power sources for systems running on nuclear energy. These microscopic batteries are designed with oscillating components which can be run for long periods of time to generate electricity. The batteries are much thinner and lighter than traditional batteries. These micro batteries are often referred to as tiny nuclear batteries which are designed to run in small devices.
The purpose of the new battery Continue Reading »
Micro-energy batteries have become more and more popular with the downsizing of electronic devices. Whether it’s computers, tablets, cell phones or something else entirely, micro-energy batteries are being used more and more to provide power solutions.
These batteries are typically the size of a small post it note and only a few millimeters thick. However, they are also capable of storing large amounts of power compared to their size. And with ongoing research these batteries have grown more and more efficient, able to be charged from renewable, alternative sources. This even includes “passive charging” using mathods as varied as kinetic Continue Reading »