lithium ion tech to power isroâx80x99s upcoming rockets | india news - times of india

THIRUVANANTHAPURAM: in addition to using the rocket as a power source, including the upcoming launch of a space-class lithium-ion battery launch, Isro\'s Vikram Sarabhai Space Center (VSSC)
The \"qualification requirements\" are issued here \"(RFQ)
Technology transfer from the industry in-
In the name of Rs 1, lithium ion technology will be provided for the Indian industry in charge, which will be submitted to the central government.
Many Isro rockets have been launched using lithium ion (Li-ion)
Battery as a power supply.
Upcoming releases including GSLV
The Mark III and next PSLV planned for August will use the space class Li-ion technology.
We have signed a contract with BHEL to produce Li-
Isro chairman K Sivan told TOI that ion batteries were used as power supplies for satellite and launch vehicle applications.
 x80 x9c Now Isro â x80 x99 s in-house Li-
Ion technology transfer to Indian industry for commercial production to establish Li-
Ion battery production facilities for the development of local electric vehicles.
The nominal cost of transferring technology to industry is Rs 1.
He said it would not be difficult to reduce the technology from space to automotive because the chemical reaction would be the same, although it would bring initial costs to the industry.
S. Somnath, director of VSSC, told TOI that li-
Ion technology is widely used in satellite and launch vehicle applications due to its high energy density, high reliability and long life cycle.
Made of light lithium and carbon, Li-
Ion battery weighing 1-
It\'s a tenth of the battery of other cars.
This initiative is expected to achieve India\'s zero emission policy and accelerate the development of India\'s electric vehicle industry.
NITI Aayog is behind us in starting technology transfer.
In the production of LI-
Ion batteries, Singapore, Malaysia, China and Australia are already ahead, while India is not.
We want Indian companies to use space-class Li-
Ion technology for commercial applications. We will hand-
Companies with financial stability and technical capabilities leverage space-level Li-
Ion technology in commercial vehicle industry.
He added that the nominal transfer cost of Rs 1 crore would be paid to the government of India, and the industry would pay approximately Rs 40 crore investment for machinery and commercial production.
Kiran Kumar, former Isro chairman, said that Isro has used Li-
The battery technology of its launch vehicle now transfers space-class technology for commercial activities.
He said that for industrial applications in India, the process must be simplified by reducing the scale of technology. Currently, Li-
Ion batteries can meet various social needs including mobile phones, laptops, PDA, cameras and other portable consumer electronics.
Latest progress of Li
Ion battery technology has also made it the preferred power source for electric and hybrid vehicles. Li-
Ion batteries are widely used in electronic equipment, telecom and industrial applications, as well as aerospace.
Now, in the RFQ released on Wednesday, Isro proposes to transfer the technology to competent Indian industries or start-upsups on non-
Establish the exclusive Foundation of Li-
The country\'s ion battery production facilities can produce batteries of different sizes, capacity, energy density and power density to meet the entire power storage needs, said Vijayamohanakumar SR, head of the VSSC technology transfer department.
Pre-last date of registration
The application meeting is June 28, and the last date submitted by RFQ is August 13.
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