First-of-a-kind nuclear energy projects in countries like Kenya tend to stretch well beyond initial projections and most of the time, the culprit is the lack of institutional depth required to remain on schedule and within budget.
Regulatory readiness for newcomers, after all, is never just about giving out a licence to an owner-operator. It involves everything from setting up brand new arbitration structures that allow International Atomic Energy Agency (IAEA) standards to cascade, to signing treaties and conventions.
A proper and predictable regulatory framework is what transforms a financing structure from a term sheet into a financial close with the credible cost estimates, schedule-based cost distribution models, or risk-adjusted contingency plans that KenGen, for example, can defend to its own boards.
Sans a clear and predictable localised standard, aspirational cost projections based on overnight construction costs from a different country’s programme in a different decade never survive contact with an informed project finance team.
Contracts that, for example, allocate risk to reduce sovereign exposure require negotiating leverage that in turn, requires newcomers like Kenya to have done its regulatory homework so that it knows what it wants technically, and can demonstrate the institutional credibility Exim Banks need before they bankroll projects where they have to wait a decade to cash out of.
As such, regulatory readiness dominated most of the technical sessions at this year’s International Conference on Nuclear Energy (ICoNE) this year.
Technology choice goes well beyond the projected 60 to 80 years of operational performance. Gen III+ nuclear power plants like the Korean APR1400, Russia’s VVER-1200, and EPR from France all have passive safety features whose inclusion post-Fukushima has affected construction track records.
China constructed 2 EPR units in Taishan in barely a couple of years while the same reactor being constructed at Hinkley in the UK, literally just across the English Channel from France, rumbles on more than a decade behind schedule and tens of billions of euros in the red with no end in sight.
Small modular reactors, also widely discussed at ICoNE come with promises of standardisation that might mitigate some risks. However, deployment timelines, supply chain depth, and lifecycle economics that currently exist only on paper require very direct and rigorous assessments done informed by local realities.
Grid readiness is perhaps the most consistently underestimated risk for nuclear newcomer programmes because it sits outside the visible boundary of the nuclear project itself.
The transmission network that must carry its output, stabilise around its baseload characteristics, and maintain synchronisation during load transients gets managed as a secondary concern.
The countries that understood this early built their nuclear programmes as part of an industrialisation policy, not just energy policy.
South Korea is the clearest example where the nuclear fleet was built not to light up Seoul but to make Korean steel, Korean semiconductors, and Korean shipbuilding competitive on the global stage.
One very low-hanging fruit is OpenAI’s Stargate compute sites, currently identified as potential targets of hostilities elsewhere in the world. Their relocation to the Silicon Savannah would inject several tens of billions of dollars into its economy.
However, the Silicon Savanah has to prove it can keep them powered even at night or when the wind is not blowing.
No nuclear newcomer programme has arrived at first power without first passing through a period of institutional state newcomers like Kenya is in today.
The UAE was there in 2008 and Bangladesh in 2012 looking at nuclear technology in the same way France looked at it during the previous oil shock.
The East African Community countries – Uganda and Rwanda, and Ethiopia are at various stages of such contemplation. That creates an opportunity to leverage shared training infrastructure, regional safety knowledge exchange, joint emergency preparedness planning, feasibility studies, and the kind of regulatory coordination that reduces costs for everyone is just one EAC presidential summit away.
A regional nuclear safety framework, developed through the EAC and supported by the IAEA, would give every participating programme more credibility than it could build individually.
Kenya, as the programme with the longest history and the most developed institutional base, should be leading that conversation, not waiting for someone else to convene it.
President William Ruto’s direct identification of the need to optimise the local regulatory environment, such that it remains as independent as ever while ensuring Kenya’s plans to domesticate nuclear power remain on track, generated the momentum a newcomer like the Silicon Savannah needs.
What converts this into a reality is a set of specific, time-bound commitments to maintain or increase that same momentum, all of which require a proper regulatory environment optimized to enable that.