Li-Ion to Stay The Dominant Storage Standard For India Upto 2030-Report Updated On Thu, Aug 5th, 2021 by Saurenergy According to a report by Gurugram-based research and consulting firm Praxis Global Alliance, Lithium-ion technology will drive growth of stationary storage within Battery Energy Storage Systems (BESS) of India over the next 10 years. The assertion comes even as progress on other battery chemistry’s, be it Sodium ion or even Iron, continues apace. The report […] Read more
India to Come out With Advanced Battery Technologies for EVs: Nitin Gadkari Updated On Fri, Feb 12th, 2021 by Saurenergy Union minister Nitin Gadkari has said that the government will adopt an integrated approach and come out with a policy to make India self-reliant in the area of advanced battery technologies to power electric vehicles (EVs) and other applications. Diving in an integrated approach for developing indigenous fuel cells in the field of EVs, the […] Read more
IIT Hyderabad Professor has a Lithium-CO2 Battery That Can Power The Mars Mission Updated On Mon, Jan 4th, 2021 by Saurenergy An IIT Hyderabad associate professor of the department of chemical engineering and creative & advanced research, Chandra Sekhar Sharma, has developed a Lithium-CO2 battery, which many believe could power India’s space projects and the grand Mars Mission in 2024. Researcher, Chandra Shekhar has already retrieved Rs 25 lakh Swarnajayanti fellowship 2019-2020 from the department of […] Read more
Lithium Ion To Stay Numero Uno Option for Storage, Say Researchers Updated On Wed, May 13th, 2020 by Saurenergy A recent three day meeting between researchers from Germany and Israel has concluded that lithium-ion batteries will continue to rule in the storage space in the near future. Redox flow storage, which has made strides recently, did find a mention for its potential, especially in stationary applications. However, price for Redox flow storage remains a […] Read more
IIT-H Partners With Japanese Firm for Development of Li-ion Batteries Updated On Mon, Dec 2nd, 2019 by Saurenergy IIT-H has formed a collaboration with Japan-based ItsEV Inc, to develop Li-ion batteries for various applications including electric vehicles The Indian Institute of Technology, Hyderabad (IIT-H) has formed a collaboration with Japan-based ItsEV Inc, to develop lithium-ion batteries (Li-ion) for various applications including electric vehicles (EVs). A research group led by Surendra K. Martha, Associate […] Read more
Can India Beat China in Li-ion Battery Manufacturing and its Pricing? Updated On Thu, Jun 27th, 2019 by Saurenergy The arrival of Li-ion batteries has been nothing short of a blessing in the world of technology and gadgets. These batteries are more energy dense compared to both Lead acid and Nickel Metal Hydride. That’s why Li-ion cells are widely used in Automotive, Laptops & Cameras, and other Electronics equipment nowadays. India recently started venturing […] Read more
Battery Management System Market Is Projected To Reach $11.17 Billion By 2025: Report Updated On Tue, Apr 2nd, 2019 by Saurenergy According to a report published by Grand View Research, The growing penetration of UPS solution in businesses to counter data loss is expected to spur the demand for Battery Management System Market. Lithium-ion batteries are used in applications requiring high-energy density solutions. According to a report, “Battery Management System Market Analysis By Battery Type […] Read more
Abu Dhabi Commissions World’s Largest Storage Battery Updated On Wed, Feb 6th, 2019 by Saurenergy The battery could potentially power the city of Abu Dhabi for six hours in case of a failure in the main grid. Otherwise, it will serve a function as a load balancer for the network. Abu Dhabi has commissioned a grid-scale deployment of a sodium-sulphur storage battery with a capacity of 108 MW/646 MWH battery […] Read more
Na, K Mixture Doubles Max Volt of Flow Battery Updated On Mon, Oct 1st, 2018 by Saurenergy The two metals when mixed form a liquid metal at room temperature which has at least 10 times the available energy per gram as other elements for the negative-side fluid of a flow battery. The use of flow batteries to store intermittent renewable energy is still a far cry due to the limited amount of […] Read more
