Grant: Alliance Grants

This proposal is centered on the conceptualization and execution of a modular, next-generation residential energy system incorporating Level 2 EV charging and a local energy storage unit. The technology will employ advanced communication networks to manage various energy storage options, optimizing an energy storage stack with balancing circuits and an Energy Management System. The scalable, modular architecture facilitates affordable access for communities with limited resources, both in developing countries and remote areas. The distributed nanogrid controllers will leverage the virtual inertia concept, optimized for Islanded, Grid-Connected, and Grid-Forming Modes. This will enhance power quality and grid reliability, even under weak grid conditions. It will yield benefits such as demand reduction, peak shaving, and ancillary services, supporting the grid with EV technology while minimizing transformer overload risks. Advanced data management and AI analytics will be used to identify and manage overload conditions, effectively regulating the transformer load using the energy stored in the microgrid. Designed specifically to meet Canada's net-zero by 2050 goal, our technology increases grid efficiency and reduces carbon emissions. It provides rapid, reliable EV charging, mitigates the need for public charging infrastructure, and manages EV charging demand to prevent transformer overloads. This innovative approach presents a sustainable solution for residential renewable energy systems with fast EV chargers, aligning with the Canadian government's aim for 100% electric vehicles by 2035.