The case against Thyspunt
The evidence is already in writing. Most of it comes from Eskom’s own specialists.
The Thyspunt Alliance does not ask you to take our word for anything. Every claim is sourced from official documents — EIA scoping reports, specialist appendices, government gazettes, and independent scientific studies. This page is where we show our working.
Six reasons. All evidenced. All on the record
01 — The visual impact is rated HIGH. Eskom’s own specialist said so.
Eskom’s visual specialist assessed the proposed facility and rated its impact HIGH — with no effective mitigation possible. Reactor buildings, cooling towers and transmission infrastructure of this scale cannot be screened or concealed. The finding is in the official DSR. St Francis Bay’s economy, property values and tourism market all depend on this coastline’s character. That character would change permanently.
VISUAL IMPACT — APPENDIX G15
“The visual impact of the proposed development is rated HIGH. No effective mitigations exist for a nuclear power facility of this scale in a coastal landscape.”
Eskom’s own visual specialist, DSR 2026
02 — The surf breaks could be permanently damaged.
SURF BREAKS — APPENDIX G13
“Disposal of large quantities of material may have an irreversible impact on surf breaks in the long-term.”
Eskom’s marine specialist, DSR 2026
03 — The marine ecology impact is Very High. The science is incomplete.
MARINE ECOLOGY — APPENDIX G12
“Impacts of particular concern are identified. The marine assessment does not reflect the full 5,200 MW operational scale.”
Eskom’s marine ecology specialist, DSR 2026
04 — This is a Grade I Cultural Landscape. The highest protection in South African law.
HERITAGE — SAHRA GAZETTE NO. 52013
“The provisional Grade I Cultural Landscape declaration covers the Thyspunt development footprint. Lapses 1 February 2027.”
SAHRA, January 2025
05 — You cannot build permanent infrastructure in a moving dunefield.
DUNE GEOMORPHOLOGY — APPENDIX G01
“The headland-bypass dunefields at Cape St Francis are unique on a local, regional and probably global scale. Dunes move at 10 to 30 metres per year.”
Eskom’s dune geomorphology specialist, DSR 2026
06 — The legal foundation of this EIA may not be valid.
Legal reference: Section 34(1) Electricity Regulation Act · Earthlife Africa v Minister of Energy (2017) · Kromme Enviro-Trust primary submission, 30 April 2026
The numbers that don’t appear in Eskom’s public meetings.
South Africa doesn’t have an unlimited electricity budget. What we spend at Thyspunt is money we cannot spend on solar, wind and storage. These are the figures.
Nuclear at Thyspunt — 5,200 MW
- Capital cost: R550 billion – R1,100 billion+ (overnight, excluding financing)
- LCOE: $141–$220 per MWh (Lazard 2025) · ≈R2.50–R4.00/kWh
- First power: ≈ 2038–2041 at best
- Construction: 12–15 years
- Decommissioning liability: R100–R200 billion+
- Risk: Entirely borne by South African taxpayers
Renewables + storage — 5,200 MW firm supply
- Capital cost: R180–R250 billion (phased, includes storage)
- LCOE: $45–$95 per MWh (Lazard 2025) · ≈R0.80–R1.70/kWh
- First power: 18–24 months, built in phases
- Construction: 2–3 years per phase
- Decommissioning: No radioactive waste. Land rehabilitable.
- Risk: Significantly lower. Private IPP finance.
Sources: Lazard Levelised Cost of Energy+ v18.0 (2025) · IRENA 2025 · BloombergNEF 2024 · NTCSA Transmission Development Plan 2024 · CSIR 2024.
