Infosys, a global leader in digital services and consulting, has announced a strategic collaboration with RheinEnergie, a leading German energy provider, to accelerate energy transition and sustainability objectives for enterprises. The partnership aims to drive decarbonization efforts and enhance energy efficiency by leveraging Infosys Cobalt and Topaz platforms.
This collaboration focuses on deploying cutting-edge solutions in cloud technology, artificial intelligence (AI), and Industry 4.0 to reduce costs and improve energy sustainability. Enterprises across sectors such as travel, transportation, commercial real estate, and manufacturing will benefit from actionable insights, enabling them to make informed decisions about renewable energy investments and resource optimization.
Through this partnership, Infosys will assist RheinEnergie in decentralizing energy systems by connecting renewable energy sources with storage and grids. The initiative aims to empower businesses to adopt low-carbon energy solutions, enhance operational efficiency, and maximize profits from on-site renewable energy generation systems.
Ashiss Kumar Dash, Executive Vice President at Infosys, emphasized the urgency of adopting sustainable energy practices. “This collaboration is a testament to our commitment to helping businesses navigate their energy transition journey. By leveraging AI and cloud-based solutions, we aim to enable enterprises to meet their decarbonization goals efficiently,” he said.
Stephan Segbers, Chief Sales Officer at RheinEnergie, highlighted the significance of innovative technology in achieving energy goals. “Our partnership with Infosys will allow us to offer comprehensive solutions to help businesses manage energy costs while transitioning to a sustainable energy future,” he stated.
This initiative is poised to boost energy efficiency for enterprises by 30-40%, marking a significant step toward a cleaner and greener future. The partnership underscores both companies’ dedication to advancing sustainability and fostering innovation in energy management.
