Five core service lines built around Africa's most critical power engineering challenges — each grounded in simulation, data, and real-world experience.
We perform detailed power flow, fault analysis, transient stability, and small-signal analysis for utility-scale and distribution-level systems. Our work helps operators understand how their grids will behave under stress — before that stress arrives.
From inverter-based resource integration to frequency response characterisation, we use industry-standard simulation tools to deliver technically rigorous, decision-ready outputs.
We support utilities and developers in integrating solar PV, wind, and hybrid systems into existing grids — addressing the technical challenges of variability, curtailment, and protection coordination that often go underestimated.
Our hybrid system design service covers optimal sizing, control architecture, grid code compliance, and techno-economic feasibility — from conceptual design to simulation validation.
Storage is the key that unlocks renewable potential — but only when sized, sited, and controlled correctly. We advise on battery storage, pumped hydro, and hybrid storage systems, providing technical due diligence, dispatch strategy, and integration analysis.
Our PHES simulation work in particular has produced publishable insights on frequency regulation improvement in weak grids across sub-Saharan Africa.
We deliver targeted technical training for utility engineers, graduate students, and energy professionals — covering power systems fundamentals, simulation tools, renewable integration, AI in energy, and grid modernisation.
Training is available as in-person workshops, online cohorts, or bespoke institutional programmes tailored to your team's specific knowledge gaps.
We support policymakers, regulators, and development organisations in crafting technically sound energy policy — translating complex engineering realities into clear strategic recommendations.
Our advisory work spans grid code development, renewable energy procurement frameworks, rural electrification strategy, and technology roadmapping for national energy transitions.