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UNIVERSITY OF KWAZULU-NATAL FOUNDATION 5%u2018At its core is the recognition that the future of electricity lies in disruption networks and decentralised energy systems, microgrids underpinned by solar energy, storage and advanced operating systems. These are emerging as key pillars in building a resilient, flexible and inclusive energy landscape.%u2019PROFESSOR LEIGH JARVISThis system helps prevent electricity theft and ensures that users are only charged for what they use. With about 10 000 solar panels being installed across UKZN campuses, the initiative will generate clean energy, reduce reliance on fossil fuels, cut emissions and lower operational costs. It also positions UKZN as a model for equitable, sustainable energy access and serves as a living lab for green innovation.This JVA marks a key milestone in UKZN%u2019s vision to becoming South Africa%u2019s first predominantly renewable green university, while also marking a significant step forward in developing a blueprint for future national energy distribution. Eskom Distribution, recognising the potential of this innovation, will participate in an observational and advisory capacity, positioning UKZN as a national test bed for this next-generation energy technology.Acting Deputy Vice-Chancellor for Research and Innovation at UKZN Professor Anil Chuturgoon welcomed the initiative at the launch event and signing ceremony held at UKZN%u2019s Westville campus, calling it a %u2018defining moment%u2019 in addressing South Africa%u2019s longstanding energy challenges: %u2018This concept of green energy is going to transform the energy landscape in South Africa,%u2019 he said.Acting Director of the UKZN Eskom Power Engineering Programme Professor Leigh Jarvis echoed this sentiment, saying that the partnership embodies visionary leadership, innovative thinking and a shared commitment to meaningful transformation. %u2018At its core is the recognition that the future of electricity lies in disruption networks and decentralised energy systems, microgrids underpinned by solar energy, storage and advanced operating systems. These are emerging as key pillars in building a resilient, flexible and inclusive energy landscape.%u2019Youtility Director Mr Wayne Mostert spoke of the genius of Youtility%u2019s technology in its next-generation Cloud-based, sentient operating system, Wizdom, which is touted to be more than just a software suite: %u2018Wizdom is an evolving, AIdriven utility brain with enhanced capabilities that includes real-time, decentralised decision-making and smart discharge of power into micro and macro grids,%u2019 he explained.Drawing parallels with past tech revolutions, Mostert likened Youtility%u2019s ambitions to the digital disruption of entertainment media: %u2018Where Blockbuster failed to adapt, Netflix scaled using data, agility and customer-centricity. Similarly, Youtility is poised to revolutionise the utility sector through sentient, decentralised and user-empowered infrastructure, creating a new global standard,%u2019 he said. Jarvis further highlighted the far-reaching benefits of the pioneering initiative. %u2018The resolution of the data and real-time nature will open up insight into electricity use and enable unparalleled control to power flow in relation to solar, storage and grid,%u2019 he said. The project will roll out in phases across UKZN%u2019s five campuses (Westville, Howard, Edgewood, Medical School and Pietermaritzburg campuses), beginning at Westville, with potential for a wider roll-out across South Africa. Students will also play a crucial role in establishing this transformation, from assisting with hardware maintenance to contributing to research and optimisation projects. %u2018We envision student-led spin-off companies and a direct link between academic learning and the industries shaping our energy future through this JVA,%u2019 said Jarvis. With Eskom Distribution observing the project, it could serve as a model for powering schools, clinics and entire cities. Jarvis said that it works like a self-sufficient mini power station, emphasising that %u2018the future of electricity lies in disruption networks and decentralised energy systems.%u2019