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Onsite Practical at Head Office Solar Power plant
solar, are ideal for meeting Africa’s electrical power needs
The current energy mix in Africa is based mostly on burning coal, oil, and traditional biomass (wood, charcoal, dry dung fuel). This reflects the energy resources of the continent, but also the use of technologies of the past. While this energy mix is comparatively cheap, it is insufficient to meet current needs, and negative effects on the environment are left unaddressed.
The right energy mix will allow Africa to develop rapidly while respecting the emission levels required under the 2015 Paris Agreement. Prices for renewable energy have fallen substantially in the past few years, especially for solar power, whose cost decreased 77 percent between 2010 and 2018. African governments can generate significant revenue by reducing the inefficiency caused by fossil fuel subsidies, African governments can potentially mobilize more of their domestic resources to cover the initial capital costs of renewable energy.
Southern Tunisia is the ideal location for solar energy generation and has an average solar radiation potential of 1800-2600 m2 per year. The country has a target of generating 30% of its electricity from renewable energy sources by 2030 and solar energy plays an important role in this plan.
Algeria has excellent solar resources of over 2,000 kWh/m2/yr direct sunlight. Ministry is targeting the installation of 22 GW of renewable energy by 2030, of which 4.5 GW would be connected by 2020.
Egypt lies within the Sun Belt area, where DNI ranges between 2,000 kWh/m2/yr in the north and 3,200 kWh/m2/yr in the south.
India needs to explore more avenues to advance its engagement with the African region. Amid the global turn towards sustainable and green solutions to combat and mitigate climate change impacts, India and Africa can consider partnering on emerging related issues, particularly energy security.
Government's Strategic Move to Enhance Bharat's Battery Energy Storage
In a significant development aimed at bolstering India's renewable energy sector, the Union
Cabinet has given its nod to a ₹3,760 crore Viability Gap Funding (VGF) initiative dedicated to
battery energy storage systems (BESS). The move holds tremendous promise for the renewable
energy industry, as it seeks to address the intermittent power generation issues associated with
green energy sources.
India is planning to invite bids for an 80 billion rupees ($960 million) incentive program for production of electric vehicle batteries, according to people familiar with the matter.
The demand for batteries is expected to rise to 260 gigawatt hour by 2030, catering to a growing market of electric vehicles, grid-scale energy storage and consumer electronics, according to a report published by research center RMI India and the government’s think tank Niti Aayog.
India's Parliament passed a law allowing the government to auction and mine its newly-discovered reserves of lithium, among other minerals, increasing the mining of the critical raw material for electric vehicle batteries.
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 course
Practical training - 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.
Admission going on Jan - 2023