Publications

Roberts, Jesse D.; Weber, Jochem W.; Laird, Daniel L.; Costello, Ronan P.; Bull, Diana L.; Babarit, Aurelien B.; Nielsen, Kim N.; Bittencourt, Claudio B.; Kennedy, Ben K.

Abstract not provided.

Roberts, Jesse D.; Costello, Ronan P.; Bull, Diana L.; Malins, Robert J.; Weber, Jochem W.; Dykes, Katherine D.; Babarit, Aurelien B.; Kennedy, Ben K.; Nielsen, Kim N.; Bittencourt, Claudio B.

Abstract not provided.

Roberts, Jesse D.; Bull, Diana L.; Malins, Robert J.; Weber, Jochem W.; Dykes, Kathryn D.; Babarit, Aurelien B.; Costello, Ronan P.; Kennedy, Ben K.; Nielsen, Kim N.; Bittencourt, Claudio B.

Abstract not provided.

Bull, Diana L.; Bull, Diana L.; Costello, Ronan P.; Babarit, Aurelien B.; Kim, Nielsen K.; Kennedy, Ben K.; Bittencourt, Claudio B.; Roberts, Jesse D.; Weber, Jochem W.

Abstract not provided.

Roberts, Jesse D.; Bull, Diana L.; Malins, Robert J.; Costello, Ronan P.; Babarit, Aurelien B.; Nielsen, Kim N.; Ferreira, Claudio B.; Kennedy, Ben K.; Dykes, Kathryn D.; Weber, Jochem W.

The technology performance level (TPL) assessments can be applied at all technology development stages and associated technology readiness levels (TRLs). Even, and particularly, at low TRLs the TPL assessment is very effective as it, holistically, considers a wide range of WEC attributes that determine the techno-economic performance potential of the WEC farm when fully developed for commercial operation. The TPL assessment also highlights potential showstoppers at the earliest possible stage of the WEC technology development. Hence, the TPL assessment identifies the technology independent “performance requirements.” In order to achieve a successful solution, the entirety of the performance requirements within the TPL must be considered because, in the end, all the stakeholder needs must be achieved. The basis for performing a TPL assessment comes from the information provided in a dedicated format, the Technical Submission Form (TSF). The TSF requests information from the WEC developer that is required to answer the questions posed in the TPL assessment document.

Roberts, Jesse D.; Nielsen, Kim N.; Kennedy, Ben K.; Bull, Diana L.; Costello, Ronan P.; Weber, Jochem W.

The Wave - SPARC project developed the Technology Performance Level (TPL) assessment procedure based on a rigorous Systems Engineering exercise. The TPL assessment allows a whole system evaluation of Wave Energy Conversion Technology by measuring it against the requirements determined through the Systems Engineering exercise. The TPL assessment is intended to be useful in technology evaluation; in technology innovation; in allocation of public or priva te investment, and; in making equipment purchasing decisions. This Technical Submission Form (TSF) serves the purpose of collecting relevant and complete information, in a technology agnostic way, to allow TPL assessment s to be made by third party assessor s. The intended usage of this document is that the organization or people that are performing the role of developers or promoters of a particular technology will use this form to provide the information necessary for the organization or people who are perf orming the assessor role to use the TPL assessment.

Roberts, Jesse D.; Bull, Diana L.; Costello, Ronan P.; Babarit, Aurelien B.; Nielsen, Kim N.; Ferreira, Claudio B.; Kennedy, Ben K.; Malins, Robert J.; Dykes, Kathryn D.; Weber, Jochem W.

A motivation for undertaking this stakeholder requirements analysis and Systems Engineering exercise is to document the requirements for successful wave energy farms to facilitate better design and better design assessments. A difficulty in wave energy technology development is the absence to date of a verifiable minimum viable product against which the merits of new products might be measured. A consequence of this absence is that technology development progress, technology value, and technology funding have largely been measured, associated with, and driven by technology readiness, measured in technology readiness levels (TRLs). Originating primarily from the space and defense industries, TRLs focus on procedural implementation of technology developments of large and complex engineering projects, where cost is neither mission critical nor a key design driver. The key deficiency with the TRL approach in the context of wave energy conversion is that WEC technology development has been too focused on commercial readiness and not enough on the stakeholder requirements and particularly economic viability required for market entry.