Mooring Load Monitoring of a Wave Energy Converter using A Self Synchronizing Underwater Acoustic Network

Beaujean, P.; Kojimoto, N.; Gunawan, B.; Driscoll, F. (2022). Mooring Load Monitoring of a Wave Energy Converter using A Self Synchronizing Underwater Acoustic Network. Paper presented at OCEANS 2022 Hampton Roads, Hampton Roads, Virginia (US). https://doi.org/10.1109/OCEANS47191.2022.9977035

@conference{Beaujean-2022-22784,
author = {Beaujean, P and Kojimoto, N and Gunawan, B and Driscoll, F},
title = {Mooring Load Monitoring of a Wave Energy Converter using A Self Synchronizing Underwater Acoustic Network},
year = {2022},
month = {dec},
series = {OCEANS 2022 Hampton Roads},
address = {Hampton Roads, Virginia (US)},
publisher = {IEEE},
doi = {10.1109/OCEANS47191.2022.9977035},
url = {https://ieeexplore.ieee.org/abstract/document/9977035},
keywords = {Wave, Field Data, Full Scale, Mooring},
}

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TY - CONF
TI - Mooring Load Monitoring of a Wave Energy Converter using A Self Synchronizing Underwater Acoustic Network
AU - Beaujean, P
AU - Kojimoto, N
AU - Gunawan, B
AU - Driscoll, F
T2 - OCEANS 2022 Hampton Roads
C1 - Hampton Roads, Virginia (US)
AB - A self-synchronizing underwater acoustic network, designed for remote monitoring of mooring loads in Wave Energy Converters (WEC), has been developed and tested. This network uses Time Division Multiple Access and operates self-contained with the ability for users to remotely transmit commands to the network as needed. Each node is a self-contained unit, consisting of a protocol adaptor board, an underwater acoustic modem and a battery pack. A node can be connected to a load cell, to a topside user or to the WEC. Every node is swapable. The protocol adaptor board, named Protocol Adaptor for Digital LOad Cell (PADLOC) supports a variety of digital load cell message formats (CAN, MODBUS, custom ASCII) and underwater acoustic modem serial formats. PADLOC enables topside users to connect to separate load cells through a user-specific command.
DA - 2022/12//
PY - 2022
PB - IEEE
UR - https://ieeexplore.ieee.org/abstract/document/9977035
DO - 10.1109/OCEANS47191.2022.9977035
LA - English
KW - Wave
KW - Field Data
KW - Full Scale
KW - Mooring
ER -

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Abstract

A self-synchronizing underwater acoustic network, designed for remote monitoring of mooring loads in Wave Energy Converters (WEC), has been developed and tested. This network uses Time Division Multiple Access and operates self-contained with the ability for users to remotely transmit commands to the network as needed. Each node is a self-contained unit, consisting of a protocol adaptor board, an underwater acoustic modem and a battery pack. A node can be connected to a load cell, to a topside user or to the WEC. Every node is swapable. The protocol adaptor board, named Protocol Adaptor for Digital LOad Cell (PADLOC) supports a variety of digital load cell message formats (CAN, MODBUS, custom ASCII) and underwater acoustic modem serial formats. PADLOC enables topside users to connect to separate load cells through a user-specific command.

Mooring Load Monitoring of a Wave Energy Converter using A Self Synchronizing Underwater Acoustic Network is located in California, United States of America.