Looking at the future, sectors such as power and transportation will be fundamentally very different from what they are today, igniting opportunities for investment in new technologies that can bolster resilience and provide lower carbon emission. One of those key technologies is batteries, which are creating compelling solutions for storing and distributing renewable energy. A battery is an important component in an electric vehicle having an ability to store renewable energy and release it at a later stage proving it to be a decarbonisation tool. As more and more sophisticated battery technologies are produced, the cost of production is coming down. No wonder the cost of lithium ion battery packs have come down by nearly 13% in the last few years. As a result, currently 21% of the total cost of an electric vehicle is attributable to a battery! Apart from the automotive sector, the falling cost of the battery can be very useful for sectors like power generation assets. For example, power companies could buy and store the power when it is less expensive and release during peak demand time when prices are high alleviating transmission constraints. Research reports point out that energy storage technologies have an impressive market growth outlook for the next two decades. They forecast energy storage installations to grow more than 27 times and attract close to $400 billion worth of investment. In India, a new buzzword is taking shape—gigafactory. Investment is shifting to mega clusters for integrated battery manufacturers for a major transformation. A gigafactory is a gigantic battery production facility that brings multiple companies and components makers together to scale up for cheaper manufacturing. With our country at the cusp of a technology transformation, the government
Rajiv Kapoor is a share broker, certified mutual fund expert and MDRT insurance agent.
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