Amid growing geopolitical uncertainty and disruptions in global fossil fuel supply chains, Avaada Group has unveiled the next phase of its ‘Infinite Clean Energy’ campaign—shifting focus sharply from powering the AI era to enabling the rapid rise of electric mobility.
Positioning itself at the center of India’s clean energy transition, the company says the move comes as the country intensifies efforts to cut dependence on imported crude oil, curb air pollution, and meet its greenhouse gas reduction commitments.
With electric vehicles gaining momentum nationwide, the demand for reliable, domestically generated clean power is emerging as a critical challenge.
The new phase of the campaign reflects Avaada’s strategy to build an integrated energy ecosystem combining renewable power, green hydrogen, energy storage, and digital intelligence—designed to support large-scale electrification of transport without straining the grid.
Vineet Mittal, Chairman of Avaada Group, said, “As electric vehicles move from early adoption to mainstream reality, the conversation is no longer limited to mobility- it fundamentally shifts to energy. The scale at which EVs will draw power in the coming years will be unprecedented, placing entirely new demands on generation, storage, and grid infrastructure."
"This is not just an evolution in how we move, but a transformation in how energy is produced, distributed, and consumed. In such a scenario, the real question is: what will the future of energy look like in a world that is always on, always connected, and increasingly electric? At Avaada, we believe the answer lies in ‘Infinite Clean Energy’, a world where clean power is abundant, intelligently managed, and always available.”
The company warns that accelerating EV adoption will significantly increase electricity demand, with India expected to require roughly 200 MTOE of energy annually to power the transport sector—much of which is currently met through imported crude oil.
As the shift to electric mobility gathers pace, Avaada argues that energy systems must be redesigned for scale and flexibility. Solar and wind power, paired with green hydrogen and advanced storage technologies, will be essential to delivering round-the-clock clean electricity, while AI-driven optimisation, smart grids, and predictive analytics will help balance increasingly dynamic demand patterns.
“The convergence of electric mobility and clean energy will require a fundamental shift in how power systems are designed. Solar and wind energy, complemented by green hydrogen and advanced storage solutions, will be essential to delivering round-the-clock clean power at scale.
"Digital innovation, AI-led optimisation, smart grids, and predictive analytics will also play an important role in balancing supply and demand in real time, especially as energy consumption becomes more decentralised and dynamic,” Mittal said.
