New collaboration secures reliable power for teaching, research and healthcare while paving the way for clean energy integration. (Image source: Solarise Africa)
The University of Cape Town (UCT), in partnership with Solarise Africa, ACES Africa, and WEG, has inaugurated the UCT Faculty of Health Sciences Backup Power Project at its Health Sciences Campus in Observatory
The initiative aims to ensure continuous power for critical healthcare, research, and academic operations while laying the groundwork for future renewable energy integration.
In its first phase, the project introduces a 2.4 MVA Battery Energy Storage System (BESS) providing 4 MWh of storage capacity, complemented by 1.5 MVA of WEG generators. A centralised PPC/SCADA-based control system manages coordination between battery, generator, and upcoming solar components. Phase 2, now under design, will include a 171.6 kWp solar PV system projected to offset around 230 tonnes of CO₂ emissions annually once functional.
Sakkie van Wijk, co-founder and chief operating officer of Solarise Africa, stated that the project embodies the firm’s mission: “Reliable energy is not a luxury, it’s critical infrastructure. With this partnership, we are safeguarding healthcare, research, and education today, while building towards a sustainable energy future.”
“Ensuring uninterrupted operations and energy resilience across our medical campus is a strategic priority,” said Avi Dhevdath, acting director: programme management at UCT.
“This initiative strengthens the campus’s ability to sustain critical research and teaching activities, guaranteeing operational continuity and supporting UCT’s pursuit of resilience, excellence, and world-class infrastructure.”
UCT is also aligning its resilience goals with climate responsibility. “This project delivers both reliability and carbon reduction,” remarked Manfred Braune, director of environmental sustainability at UCT.
“By coupling backup with solar readiness, we reduce emissions while strengthening our resilience, precisely the kind of forward-looking investment UCT must make.”
For EPC partner ACES Africa, the project is a demonstration of practical engineering expertise.
Charl Gous, CEO of ACES Africa, commented, “At ACES, we engineer solutions you can trust. This project is a landmark in delivering resilient energy systems for critical African institutions.”
WEG South Africa, responsible for designing, manufacturing, and integrating the medium-voltage systems, substations, generators, and Energy Management System (EMS), highlighted the synergy between durability and sustainability. “Our role was to build a robust electrical backbone that meets today’s energy security needs while enabling tomorrow’s renewable integration,” concluded Eduardo Werninghaus, CEO of WEG Africa.
The partnership exemplifies a resilience-led approach with flexibility for renewable upgrades, reflecting a collective vision for energy reliability, institutional sustainability, and climate-conscious infrastructure.