Grid Edge Technologies

As the energy sector moves toward sustainability and electrification, this project aims to develop a next-generation, climate-resilient framework that integrates EV infrastructure, renewable energy, energy storage, digital intelligence, and modular energy hubs. It will deploy grid-forming inverter systems combined with photovoltaics, green hydrogen, and advanced battery storage to create hybrid microgrids optimized for arid environments. Smart EV integration will feature V2G-capable, thermally managed chargers with AI-driven schedules that consider grid constraints and user behavior. A multi-layer digital twin platform will enable predictive maintenance, real-time control, and resilience testing against environmental, technical, and cyber threats. The project also prioritizes cybersecurity, interoperability, and sustainable design, including life cycle assessments and second-life battery use. Expected outcomes include pilot-tested systems, AI-integrated software, policy recommendations, and training modules to support commercialization. Ultimately, the project aims to position Qatar and the MENA region as leaders in secure, sustainable, and adaptive grid-edge solutions.