• Room 0G.026 - David Keir Building David Keir

    United Kingdom

Accepting PhD Students

Willing to speak to media

20152019
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Personal profile

Research Statement

The Tidal Turbine Testing (TTT) project series at Queen’s University Belfast is an InvestNI funded research through the Centre for Sustainable Renewable Energy (CASE). The project series began in 2013, investigating the performance of two 1.5m diameter rotors with generic blade profiles. In the latest phase of the project TTT 3 the turbines feature the Schottel Hydro SIT50 blade profile machined from aluminium and scaled to form the 1.5m diameter rotors.

The key findings of the TTT 3 work highlighted the significance of the control strategy when stepping from the regulated flow environment of the towing tank to the unregulated, dynamic flow environment of the tidal test site. The work has delivered results to the sector, independently validating power and thrust performance results of a single turbine in both the controlled laboratory and uncontrolled flows of a tidal environment. The adaptation and advancement of processing techniques in line with international specifications for power assessment and uncertainty of tidal turbines has been disseminated to the sector.

With the development of new processing techniques and testing methodologies the project has been extended to investigate the close interaction of two tidal turbines in the marine environment, TTT3.5. To maximise the power density of tidal platforms, the near-filed interaction of devices must be understood. In-line and in-plane interactions and their significance will facilitate multi-turbine platform developers to optimise their designs.

This on-going research is using two 1.5m diameter tidal turbines and a range of acoustic Doppler instruments (ADP and ADVs). The research platform was designed and commissioned by QUB with the support of Cuan Marine Services (CMS) Ltd. The platform enables the turbines to be located within a working area enabling up to 2.5D in-plane spacing and 4D in-line spacing. The onset flow is captured upstream of the platform and for each turbine. This versatile setup will aid the research team in determining the special and temporal relationship between near-proximity turbines in the marine environment.

The research is being undertaken by QUB’s Marine Energy Research Group with industry partners Applied Renewable Research (ARR) Ltd, CNR-INSEAN, OceanEnergy, Sustainable Marine Energy (SME) and Schottel Hydro.

Particulars

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  • 6 Similar Profiles
Turbines Engineering & Materials Science
turbine Earth & Environmental Sciences
Computational fluid dynamics Engineering & Materials Science
Rotors Engineering & Materials Science
tidal modeling Earth & Environmental Sciences
tidal channel Earth & Environmental Sciences
Gravity waves Engineering & Materials Science
Axial flow Engineering & Materials Science

Network Recent external collaboration on country level. Dive into details by clicking on the dots.

Projects 2019 2019

Research Output 2015 2018

Mitigating Uncertainty in Tidal Turbine Performance Characteristics from Experimental Testing

Frost, C., Benson, I., Elsäßer, B., Starzmann, R. & Whittaker, T., 01 Jan 2018, 12th European Wave & Tidal Energy Conference: Proceedings.

Research output: Chapter in Book/Report/Conference proceedingConference contribution

turbine
inflow
towing
Acoustic Doppler Current Profiler
instrumentation
4 Citations (Scopus)

The Effect of Control Strategy on Tidal Stream Turbine Performance in Laboratory and Field Experiments

Frost, C., Benson, I., Jeffcoate, P., Elsaesser, B. & Whittaker, T., 12 Jun 2018, In : Energies. 11, 6, 16 p., 1533.

Research output: Contribution to journalArticle

Open Access
File
Field Experiment
Turbine
Control Strategy
Turbines
Unsteady Flow

The specification of and testing of a Horizontal Axis Tidal Turbine Rotor Monitoring approach. | PHM Society

Allmark, M., Prickett, P., Grosvenor, R. & Frost, C., 31 Aug 2018, In : international journal of prognostics and health management. 9, 025, p. 9

Research output: Contribution to journalArticle

Open Access
File
Condition monitoring
Turbines
Rotors
Specifications
Monitoring

Assessment of Flow Characteristics at Two Locations in an Energetic Tidal Channel

Torrens-Spence, H., Schmitt, P., Frost, C., Benson, I., MacKinnon, P. & Whittaker, T., 01 Aug 2017, Proceedings of the Twelfth European Wave and Tidal Energy Conference.

Research output: Chapter in Book/Report/Conference proceedingConference contribution

Open Access
File
tidal channel
energetics
Acoustic Doppler Current Profiler
turbine
turbulence

Numerical Modelling Techniques to Predict Rotor Imbalance Problems in Tidal Stream Turbines

Ordonez-Sanchez, S., Porter, K., Johnstone, C., Allmark, M., O`Doherty, T., Ellis, R., Frost, C. & Nevalainen, T., 01 Sep 2017.

Research output: Contribution to conferencePaper

Momentum
Computational fluid dynamics
Turbines
Rotors
Safety engineering

Prizes

Ocean Energy Systems Blue Energy Collaboration Scholarship

Carwyn Frost (Recipient) & Udara Rathnayake (Recipient), 27 Mar 2018

Prize: Prize (including medals and awards)

Communication

Press / Media

Tidal Energy and Northern Ireland

Carwyn Frost

15/02/2019

1 media contribution

Press/Media: Public Engagement Activities

Tidal Turbine Testing - Strangford 2018

Carwyn Frost, Ian Benson & Trevor Whittaker

04/07/201825/07/2018

2 items of media coverage

Press/Media: Public Engagement Activities