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- Presentation:
Neary et al.
Statistics on extreme wave heights are needed to evaluate and classify risks at wave energy project sites with respect to opportunities for wave energy extraction. They are also used to evaluate and classify the extreme environmental wave loads, e.g., those based on significant wave heights occurring at 50-year return periods, Hs(50), as required by standards to design wave energy converters.…
- Presentation:
Debruyne et al.
The following presentation was given at the International Conference on Ocean Energy (ICOE 2018) in Cherbourg, France in June 2018.
- Presentation:
Neary et al.
The following presentation was given at the USTAG Annual Meeting in Portland, ME in November 2019.
- Presentation:
Marine Energy Corp
High velocity marine currents are found in tidal areas and between land masses like the Cuba and Florida and between Cuba and the Yucatan Peninsula. Up to 3 knot currents have been recorded in the Florida Straits. The highest current velocities are usually recorded near the water's surface. There are many concepts that have been patented and some developed to turn marine currents into power,…
- Presentation:
Gehring
Wave Catchers Barges© use high vertical drag coefficient large flat bottom barge hulls to ride the water's surface. The pressure on these very large flat surface areas lifts the barges almost the height of the swell waves, which typically pass every 5 to 10 seconds. The barge's mooring lines power generators located inside water tight barge enclosures. The top sections of the mooring lines are…
- Presentation:
Han and de Rijk
Agenda
▪ Electricity Demand, Yushan Island
▪ Wave Energy Resources @ Site
▪ Drakoo WEC Working Principle
▪ WEC Array Solution Proposal
- Presentation:
Han and de Rijk
Agenda
▪ Why need a full-scale wave flume?
▪ Unique design of U-bend Twin Wave Flume
▪ CFD simulation for the Twin Wave Flume
▪ Design and testing of a 120kW Flap-type Wave Maker
▪ Introduction of Drakoo-B WEC 10kW full-scale prototype
- Presentation:
Lei
1. Why Wave Energy?
2. Drakoo Working Principle
3. Developing Milestones
4. Key Features and Advantages
5. Technical Specifications
6. Performance and Benefits
7. Applications
8. Case Study
9. Live Demo. via the Internet
- Presentation:
Fao and Olson
The Marine and Hydrokinetic Toolkit (MHKiT) is an open-source, standardized suite of marine energy (ME) data processing functions that provides the ability to ingest, condition, reduce, quality control, process, visualize and store ME data. MHKiT is developed in both Python and Matlab. This presentation provides an introduction and demonstration of MHKiT-MATLAB.
- Presentation:
Fao and Olson
The Marine and Hydrokinetic Toolkit (MHKiT) is an open-source, standardized suite of marine energy (ME) data processing functions that provides the ability to ingest, condition, reduce, quality control, process, visualize and store ME data. MHKiT is developed in both Python and Matlab. This presentation provides an introduction and demonstration of MHKiT-Python.
- Presentation:
Edwards and Mekhiche
- Describe deployment of an Autonomous PowerBuoy® (APB) off the coast of New Jersey
- Summarize APB ocean performance
- Overall ocean operation
- Electric power output
- Presentation:
Mekhiche et al.
Objective: Window into design approach at a WEC company
- Describe the product (PowerBuoy)
- Aspects that design must consider
- Design approach
- Structure
- Power Takeoff (PTO)
- Examples drawn from past projects
- Describe the product (PowerBuoy)
- Presentation:
Fao et al.
Field and laboratory validation and testing data provide critical information needed to increase the technology readiness level of marine energy converters. While data collection systems and standards have steadily advanced, there is still a need for Marine Renewable Energy (MRE) specific open-source data processing (data ingestion, reduction, conditioning, calculation, and visualization),…
- Presentation:
de Peralta
This presentation on cybersecurity for marine renewable energy systems was presented to the Marine Energy Council on February 18, 2020. It provides an overview of a Pacific Northwest National Laboratory-led project aimed at developing a guidance document that will assist developers and end users with integrating security controls into the operational and enterprise networks of the MRE systems…
- Presentation:
Barajas-Ritchie et al.
With the rapid increase of research and development of marine energy, including WECs (wave energy converters) and RCECs (river current energy converters), capturing the available local energy in areas is becoming more promising and viable. Adding renewable marine energy as a secondary or main source of energy to our growing grid generation portfolio---and importantly, to derived microgrid-…
- Presentation:
Robertson et al.
Presentation from the 2022 ICOE Conference. The Lab Upgrade Point Absorber (LUPA) is a state of the art open-sourced laboratory-scaled wave energy converter (WEC). The objective of the LUPA project is to develop a completely open source, fully validated, numerical and physical WEC model. The LUPA design is loosely based on the WaveBot developed by Sandia National Laboratories Advanced WEC…
- Presentation:
Lafoz et al.
Although ocean energy is a minor part of the energy matrix in most of the countries, their participation on the full scenario to provide flexibility and energy diversity is very promising, especially in some particular scenarios. Offshore wind, tidal and wave energies will be the ones mainly considered, with some room also for the analysis of energies based on thermal and saline gradients.…
- Presentation:
Kirby et al.
REMIROCaNaims to investigate energy resiliency and reduce diesel consumption in Arctic homes and shelters through the use of renewable energy resources around the Nunavut area.
- Presentation:
Freeman et al.
Pacific Northwest National Laboratory is exploring the potential for co-location of marine energy and aquaculture. These efforts are part of the Powering the Blue Economy (PBE) initiative which seeks to understand the power needs of existing and emerging maritime markets and advance technologies that could integrate marine energy to relieve power constraints and enable sustainable growth.…
- Presentation:
Suarez et al.
Chile is aiming to produce the lower levelized cost for green hydrogen generation [1] throughout its privilege wind resource in Magallanes Region, for 2030. Despite this, there are 3 main challenges in the energy supply aspect: 1. Natural wind intermittency 2. Electrical system isolation from the national transmission network. 3. Insufficient solar and biomass energy sources Furthermore, the…
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