MEL Lithium

We, the MEL Services, are a professionally managed company established in the year 2002 and engaged in Sales, Service and Supply of Spare Parts For Unit Material Handling Equipments. Our Services are very well known in this field for excellent quality and strict adherence to commitments. Our experienced team strives every day to make the material handling industry better with innovative products and problem solving solutions.
Our company is well equipped with a team of 45+ Nos. Qualified service engineers who are supervised by experienced and efficient Managers. The promoters of the company have more than 80+ years of Collective experience in the relevant field.

1970

— Stanley Whittingham, a chemist at Exxon, explores the idea of a new battery, one which can recharge independently, in a short amount of time.

1980

— John B. Goodenough replaces titanium disulfide with lithium cobalt oxide as the cathode, doubling the battery’s energy potential.

1985

— Akira Yoshino swaps the anode of reactive lithium metal for petroleum coke. The first prototype of the Li-ion battery was born.

1991

— Sony commercializes the Li-Ion battery

1996

— John Goodenough optimizes the battery with a thermally stable lithium-ion cathode based on lithium iron and phosphate.

Li-Ion Batteries have the potential to change the world. Ever since Sony commercialized them in 1991, these batteries have become an integral part of electronic devices.
Li-Ion batteries permeate every sphere of daily life, powering the laptops, smartphones, and vehicles we own. In 2018, global Electronic Vehicle sales reached 2 million and are expected to reach 28 Million by 2030, driving the demand for high-density Lithium-ion batteries.
Companies like Tesla, Panasonic, and CATL are coming up with better, faster versions of the Li-Ion battery, which can charge it up to 80% in just 10 mins, without damaging it. They are the tools that can help combat climate change, by replacing polluting fossil fuels with clean, renewable energy.
The demand for Lithium is expected to soar to 1.3 million metric tons of LCE (lithium carbonate equivalent) by the year 2025 — that’s over three times of current levels. However, Lithium is an exhaustible resource and hence needs to be mined with great care, to avoid lasting environmental impact.
Lithium Ion batteries have the potential to pave the way for a 100% renewable future, being a cost-effective solution for storing and using renewable energy at competitive prices. It is now our responsibility to utilize this mainstream technology to its maximum potential.

ELECTROLYTE LOSS

Over charging, high temperatures, and high charging rate reduces battery performance

SULPHATION

Hardening of lead sulphate crystals due to lack of use causes poor functioning of the battery.

HIGH MAINTENANCE COST

Long charging time and 5% / month self-discharge ratemakes them difficult for long-term use.

NOT ENVIRONMENTFRIENDLY

Lead batteries pose severe environmental and disposal issues due to its electrode and electrolyte materials.

SPILLAGE OF SULPHURIC ACID

The sulphuric acid leaking from the battery is a serious safety hazard.

LARGE SIZE AND WEIGHT

Lead Acid Batteries are large in size due to their electrodes and electrolyte. Hence they are difficult to function with.

HIGH MAINTENANCE COST

The sulphuric acid electrolyte needs excessive maintenance. Over the time, this maintenance adds up to unwanted high costs.

FAST CHARGING

Li-ion batteries can recharge within 1-2 hrs, making them extremely easy to use. Innovations in technology are leading further, faster charging techniques.

LONG LIFE

Li-ion batteries have a long life of 8-10 years, which offers high return on investment.

SAFE AND ENVIRONMENT FRIENDLY

Li-ion batteries are not hazardous and can conserve energy with almost null leaks. They are lightweight, easy to handle, and perfectly safe at higher temperatures.