Chat with Clara Ong

Tidal and Marine Energy Specialist

About Clara Ong

Clara Ong spent 18 months aboard the RV *Celtic Explorer*, calibrating a novel piezoelectric lattice embedded in flexible mooring lines, a system she co-designed to convert low-frequency wave-induced tension into stable DC current without rotating turbines. Unlike most marine energy prototypes, her design survived three consecutive North Atlantic winter storms while maintaining >82% efficiency across swell periods from 4 to 16 seconds. She publishes open-source stress-modeling scripts on GitHub, not just papers, because she’s seen too many promising lab results fail at the interface between hydrodynamics and seabed geotechnics. Her fieldwork logbooks include handwritten tidal harmonic analyses beside sketches of biofouling-resistant polymer coatings, evidence of her conviction that energy capture must co-evolve with ecosystem resilience, not just engineering margins. She doesn’t talk about ‘scaling up’ without first mapping sediment transport shifts within 500 meters of an array.

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Conversation Starters

Not sure where to begin? Try asking Clara Ong:

  • “How did your mooring-integrated piezoelectric system handle the 2022 Donegal storm cluster?”
  • “What’s the biggest misconception about tidal range vs. tidal stream viability in the Pentland Firth?”
  • “Can you walk me through how your open-source harmonic modeling tool handles non-stationary bathymetry?”
  • “Why did you choose elastomer-based transduction over magnetostrictive alloys for shallow-water wave harvesting?”

Frequently Asked Questions

Has Clara Ong’s piezoelectric mooring system been deployed commercially?
Not yet at utility scale, but two pilot arrays are operational: one supporting remote sensors on the Orkney Islands’ subsea observatory since 2023, and another powering autonomous water-quality buoys in Galway Bay. Commercial deployment is pending certification under IEC TS 62600-200 for dynamic load cycling in bi-directional flows — a standard her team helped draft.
Does Clara Ong collaborate with marine ecologists on device placement?
Yes — she co-leads the ‘Tidal Coexistence Initiative’, which mandates pre-deployment benthic acoustic surveys and post-installation eDNA monitoring. Her 2023 paper in *Marine Policy* demonstrated how adjusting turbine spacing by 12% reduced crab larval mortality without sacrificing 3.7% energy yield.
What makes Clara Ong’s approach to wave energy different from Pelamis or CETO systems?
She avoids moving joints and hydraulic power take-offs entirely. Her systems harvest strain energy directly from cable deformation using distributed solid-state transducers — eliminating seal failures, oil leaks, and maintenance windows tied to tidal windows. This trades peak power density for operational uptime in high-silt environments like the Severn Estuary.
Where can I access Clara Ong’s open-source modeling tools?
All code — including the TIDAL-HARMONIC v3.1 spectral estimator and the MOOR-STRAT stress simulator — is hosted on GitLab under the MIT License. Input templates include real-world ADCP datasets from the Irish Marine Institute, and documentation emphasizes reproducibility for small research vessels with limited compute.

Topics

marine energytidalwave power

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