Batteries will work on SUGER

The electricity come and go . If there is no electricity, there is a problem with mobile charging.now a days we still facing the electricity problems. The main problem is that charging is not sufficient in our phones and many electronic devices.One of the reason behind this is load shading of electricity. Battery are also basic but we have to develop new technology over this batteries.

Now suger will charge your cell phone too. You may not be convinced by hearing this how the suger can charge the phone. But it is worth to believe that science has reached so much today that words like impossible are very small. Researchers have prepared a new bio battery design.

This bio batteries are working on the suger. We don't even predict that scientists will invent the batteries which will work on suger. Which is more capable in the proportion of weight. Special thing is Its capacity is much more than the lithium-ion battery used in most electronic devices.In upcoming days scientists will research on it more and will make more efficient and real time battery which will perfectly work with the help of suger itself.
As this is from suger but many of the natural materials which we can use for generating electricity.As inventions goes on we should move towards natural most because they do not hazardous to the environment. We should save the environment from this electronic waste. Xiaomi in india started the plant which recycle the electronic waste which collect from your home and reward you with 100 rs. Coupon which can be take in use on mi.com for purchasing above 1000rs.

Its capacity is much more than the lithium ion battery used in most electronic devices. This battery does not have any hazard on the environment as it is and the eum battery is. It moves from sugar.

Xiguang Zhu said that lithium ion battery can work only one day in your phone. In the future, sugar will be used as fuel and this will work very well in place of lithium ion. It will be more charged than common lithium-ion batteries.
A battery is a package of one or more galvanic cells used for the production and storage of electric energy by chemical means. A galvanic cellconsists of at least two half cells, a reduction cell and an oxidation cell. Chemical reactions in the two half cells provide the energy for the galvanic cell operations.
Each half cell consists of an electrode and an electrolyte solution. Usually the solution contains ions derived from the electrode by oxidation or reduction reaction.
We will make this introduction using a typical setup as depicted here. The picture shows a copper zinc galvanic cell (battery).
A galvanic cell is also called a voltaic cell. The spontaneous reactions in it provide the electric energy or current.
Two half cells can be put together to form an electrolytic cell, which is used for electrolysis. In this case, electric energy is used to force nonsponaneous chemical reactions.

Oxidation Reduction Reactions

Many difinitions can be given to oxidation and reduction reactions. In terms of electrochemistry, the following definition is most appropriate, because it let us see how the electrons perform their roles in the chemistry of batteries.

Loss of electrons is oxidation, and gain of electrons is reduction.

Oxidation and reduction reactions cannot be carried out separately. They have to appear together in a chemical reaction. Thus oxidation and reduction reactions are often called redox reactions. In terms of redox reactions, a reducing agent and an oxidizing agent form a redox couple as they undergo the reaction:

Oxidant + n e^- ® Reductant
Reducant ® Oxidant + n e^-An oxidant is an oxidizing reagent, and a reductant is a reducing agent. The

reductant | oxidant or oxidant | reductant