Powering Seamless Coastal Operations with Optimal Charger Placement
The Maritime Electrification of Harbour Craft in Singapore (MESH) project aims to optimise the placement of e-HC charging points by simulating and analysing vessel profiles and operating scenarios. This collaborative effort studies operational patterns of various harbour craft sectors using spatio-temporal data to simulate mobility and charging patterns, helping plan for maritime electrification and understand associated trade-offs.
Maritime Infrastructure Planning Tools
MESH contributes to the development of a national e-HC charging infrastructure plan in collaboration with the maritime industry and research community. This initiative seeks to promote adoption and facilitate the transition of the harbour craft sector in Singapore's port waters towards electrification, supporting the country's broader maritime sustainability goals.
Exhibits
- Optimised Routes For Maximum Fuel Efficiency
- Tools for Smarter and Safer Maritime Fuel Operations
- Harnessing Wind Power for a Cleaner Maritime
- Promoting Safer Maritime Operation with the Near-misses Detection Platform and GPS Calibration Services
- Leveraging Artificial Intelligence for Proactive Maintenance
- Augmenting Maritime Network Coverage with VDES
- Subsea Vigilance with Underwater Sensing
- Advancing Offshore Wind Solutions for a Sustainable Future
- Seamless Connectivity for Advanced Yard and Port Operations
- Powering Seamless Coastal Operations with Optimal Charger Placement
- Advanced and Sustainable Manufacturing Technologies for Shipbuilding and Repair
- Promoting Safe Maritime Operations with Robotic Supervision and Sensor Calibration
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