Stellenbosch University is advancing wind energy research, focusing on drive train technology, power conversion, and grid integration. Drive train work includes developing and comparing non-permanent magnet (non-PM) and permanent magnet (PM) wind generators, slip synchronous generator systems, and brushless doubly fed induction generators (BDFIGs) to improve efficiency, reliability, and cost. Wind-powered motor-generator drive systems are also being explored. Grid integration research includes geospatial planning of wind and solar resources, gravity-based energy storage for output stabilization, and the use of synchronous condensers to enhance grid stability. These projects aim to boost renewable energy penetration and support a secure, resilient electricity grid for South Africa's transition to sustainable power.