Skip to main content

Posts

Showing posts with the label Electric Vehicle

How can biohydrogen boost agricultural income and create rural jobs

Biohydrogen has the potential to significantly boost agricultural income and create millions of rural jobs by transforming the way energy is produced and consumed in India. According to the sources, the following mechanisms drive this impact: 1. Monetizing Biomass through "New Farming" The core of KPIT’s biohydrogen strategy is producing hydrogen from biomass rather than through expensive electrolysis. Targeted Biomass Production: Research has been conducted into specific types of trees and crops that can be grown to produce the lowest-cost biomass. Income Diversification: By growing these specialized crops, farmers can create a new, steady stream of revenue, effectively turning agricultural waste or dedicated energy crops into a valuable industrial feedstock. 2. Creation of "Clean Industry" Rural Jobs As AI and mechanization displace traditional roles, Ravi Pandit identifies the hydrogen ecosystem as a source of "tremendous energy jobs" . ...

How does KPIT plan to lead in hydrogen and sodium batteries

KPIT’s strategy to lead in hydrogen and sodium batteries is driven by a commitment to sustainability , a desire for national energy independence , and a "mile deep" focus on specialized research and development. 1. Leading in Sodium Batteries KPIT began working on sodium battery technology approximately six years ago, anticipating that the world would eventually seek alternatives to lithium-ion batteries to avoid over-dependence on specific countries, notably China. Their plan includes: Technological Achievement: KPIT successfully built India's first sodium battery and developed the underlying technology in-house. Commercialisation through Licensing: Rather than manufacturing the batteries themselves, they have licensed the technology to a large Indian private company to bring these batteries to the market. Performance and Cost Targets: KPIT is targeting a performance level of 190 Wh/kg and a cost of less than $50 per kilowatt hour , which would make it a high...

Why did KPIT pivot to become 'a mile deep' in automotive software

  KPIT pivoted to become "a mile deep and inch wide" in automotive software because its leadership was committed to being a global leader rather than an "also-ran" in the general IT services market . The decision was driven by the following strategic factors: 1. Lack of Leadership in General IT When KPIT reached approximately $700 million in revenue with 14,000 employees, it was operating across multiple verticals, including banking, financial services, manufacturing, and logistics. Leadership realised that in most of these sectors, there were competitors whose single-sector revenues exceeded KPIT’s entire company revenue. They concluded they were not the leaders in those fields and were dissatisfied with being a generalist firm. 2. The Opportunity in Automotive Software At the time of the pivot, KPIT’s automotive work accounted for about $200 million of its revenue. Leadership recognised that the automotive industry was undergoing a fundamental transformat...