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Lithium-ion battery sector

The major guidelines proposed by this department - The minimum requirement for installation of a public charging station must include exclusive transformer, 33/11 kV lines, proper civil works, and appropriate liquid cooled cables. Moreover, the public charging stations must be tested by respective authorities before operation.

The availability of suitable charging sites is great concerned. The estimate of EV supply hardware essential at assorted kinds of areas is proposed dependent on a charging technique. Both convenience and physical concerns should be considered for effective charging stations.

Keeping the above mentioned opportunities in the EV market, AEVT has designed Entrepreneurship Development Programme on Electric Vehicle Charging Station so as to provide overview of the EV ecosystem and the systematic approach on planning, and execution of EV charging infrastructure.

Solar Power EV Charging Station

Solar Power Electric Vehicle Charging Station

Solar charging stations for electric vehicles have emerged as one of the best ways to reduce India’s dependence on fossil fuels. Nearly everyone who owns an Electric vehicle will install a solar charging station in their home. Solar-powered EV charging stations are the solution to bring that percentage down to zero. Solar Power EV Charging Station (Design and Development) Program is a master program that takes an Engineer, designe engineer, installer from site assessment, all the way through power-up and pinpointing. Installers who take this knowledge will have all the information needed to efficiently and accurately assess, design and install charging stations.

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In 'white gold' rush, India kick-starts talks with lithium-rich nations

Jammu and Kashmir's reserve might be present with a large amount of lithium, but the current amount is insufficient to match with the world's top reserves of Lithium. For India to become self-reliant in the field of solar energy storage and EV manufacturing without being dependent on China for EV battery supplies, it is important to own more such Lithium reserves and enhance its presence in overseas lithium mines. Solar lighting system operates on electricity from batteries, charged through the use of solar photovoltaic panels. It is composed of a battery, solar panel, LED lamp, and charge controller. The stored energy is collected in a rechargeable Lithium-ion battery used later to produce lighting at night. The rapid infrastructure development in all sectors of India is pushing local solar light manufacturers to compete and deliver innovative solar lighting products at low prices to increase their presence in the market.

Lithium-ion Battery pack assembly

Search Lithium-ion Battery Design Jobs

Techno Commercial knowledge to setup Lithium-ion battery assembly line for solar application, energy storage and EV 2W, 3W etc.
Practical skills - cell sellection, cell IR testing, cell balancing, charge discharge testing, module & pack assembling, enclosure selection, all machinery selection, assembly line planning and layout drawing, costing of assembly line, working capital, investment, ROI, business projection making, different product design.
Get the knowledge of Lithium-ion cell parameters, Cell Chemistry, Cell Architecture, Thermal Management, BMS and battery pack assembly technical and commercial detail before setup assembly line.

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EV Lithium-ion Battery Repair and Maintenance

Electric cars are becoming increasingly popular, and with that comes the need for high-quality battery repair centers. By repairing batteries, they are able to extend the lifespan of batteries considerably.
The average electric vehicle lithium-ion battery can retain up to 70% of its charging capacity after being removed. The business proposition for second-life batteries is therefore intuitive
The second life market looks set to boom in the coming years as EV uptake grows.

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Outstanding Student Research Intern Award

Energy Materials Research Centre (EMRC), research unit of Global Advanced Training and Educational Trust, Institute of Solar Technology and Academy of EV Technology, offers a Student Research Internship Program for highly motivated high school, undergraduate, graduate and working professionals. Interns will work with and learn from a multi-disciplinary team of scientists, who include internationally-renowned investigators in the areas of renewable energy, PV Solar power, Energy storage battery, Lithium-ion battery, and community engagement.
The primary aim of the internship program is to train and prepare students interested in environmental science, green energy, and energy storage science to become future leaders in the green energy research.

Internship Objectives
⊕ Gain knowledge of and exposure to current topics in energy science, including the renewable energy and energy storage.
⊕ Learn study design and analysis procedures relevant for translational research
⊕ Observe the various steps of proposing, designing, undertaking and analyzing challenges and mitigation
⊕ Become proficient in presenting scientific concepts—including study design, research findings, data analysis and results interpretation—to peers and mentors.


Based on the intern’s individual interests, he or she will be assigned a primary mentor. It is the mentor’s responsibility to advise and guide the intern with respect to achieving the aims and requirements of the program. The mentor may also, to the degree appropriate, provide information and insights regarding future academic and career development goals. Although each intern will work primarily with his/her individual mentor, dialogue with other investigators at the Scripps Research Translational Institute is highly encouraged.

Candidate can do with us on
⊕ Market research on latest development.
⊕ Review on recent Research & Development (R&D).
⊕ Research and plan a new project work.
⊕ Find solutions to a current problem for development.
⊕ Write & Publish a Review/Research paper about their internship/ Project work.
⊕ Can present their Research work in International/ National conferences.
⊕ Knowledge enhance field work or lab work.

Who Can Apply?

Highly motivated students in high school, college or professional training may apply. The primary criterion for admission is a strong interest in genomics or mHealth translational research. Please note that high school students must be at least 16 years of age before the start of their internship.

Funding

Please note: our internship is unpaid 10 week program that brings approximately 40 talented and motivated students (high school, undergraduate, graduate and professional).
The Outstanding Student Intern Award will be presented to best students interns who are nominated by an internship supervisor after publishing their research or review paper from international publisher under Energy Materials Research Centre for their:
1. top level research achievements
2. contributions to their internship work