We worked with Polarium to develop their Energy Optimization System, an end-to-end platform that identifies the optimal time to store and release energy in batteries. The system lowers energy costs, creates new revenue streams, and integrates seamlessly with solar and wind power to accelerate the transition to renewables.

Our responsibilities included strategy, concept, planning, AI model development, execution, UX/UI, architecture, back-end development, front-end development, operation, and support.

Developing the Energy Optimization System introduced several exciting challenges. These included optimizing energy storage and usage algorithms, designing a seamless user interface, and ensuring interoperability with renewable energy sources, and steering batteries distributed around the world. Additionally, we worked on integrating the system with grid infrastructure to enable load shifting and revenue generation through grid services.

Working with Polarium, we combined deep expertise in energy systems, software development, and user experience to create a robust and scalable platform. The collaboration brought together technical excellence and strategic vision, ensuring a solution that delivers tangible value and revenue streams to energy users.

As the energy landscape continues to evolve, we are proud to contribute to solutions that enhance efficiency, lower costs, and support the transition to a more sustainable future.