Micro Utility Operating System (MUOS)
The mU-OS (pronounced as ‘Moose’) project envisions communities becoming energy self-sufficient, relying less on centralized power plants and long-distance transmission lines. The project is in collaboration with Jazz Solar and Lac des Mille Lacs First Nation. It will offer financial incentives and technical support to remote communities, transforming them from passive consumers into proactive energy stakeholders. The mU-OS will enhance energy security and minimize losses during transmission, resulting in a more resilient and sustainable energy infrastructure. The mU-OS project aims to redefine the energy landscape by promoting micro-utilities and DERMS technologies.
EV-Deck: EVSE Decentralized Energy and Charge Control Kit
Collaborating with SWTCH Energy and Mitacs, this project aims to develop an affordable energy management system (EMS) hardware/software package. It integrates real-time energy monitoring, dynamic charging, and local transactions, utilizing the Wi-SUN protocol and mesh network architecture to enhance accessibility and reliability. Additionally, an offline transaction algorithm ensures technical and financial functionalities in areas with limited internet access.
Dual Stator Switched Reluctance Machine
This project aims to develop a drive control system for a dual stator switch reluctance motor using matrix converter technology, capable of operating in four quadrants (forward/backward/motor/generator). The design features a simple rotor without magnets or windings, which contributes to its efficiency and reduces complexity. This matrix converter control enhances overall system efficiency over a wide speed range with fewer electronic components, making it suitable for various applications. Additionally, the machine offers excellent power-to-weight and torque-to-weight ratios, along with low inertia, making it ideal for utility vehicles and small electric cars..