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FEATURED PAPERS
BEST PAPER AWARDEE
@ 2024 IIEE Transportation Electrification Conference and Expo, Asia-Pacific
Optimizing Hull Design for a Battery-Electric Inland Waterway Catamaran
by Sheryl E. Diokno, Rovinna Janel C. Tayo, Lew Andrew Tria, and Paul Rodgers.
BEST PAPER AWARDEE
@ 2024 IIEE Transportation Electrification Conference and Expo, Asia-Pacific
Standardization Framework and Policy Recommendation for Electric Propulsion Systems in Electric Passenger Ferries for Inland Waterways in the Philippines
by Meljean-Kate L. Tagao, Rovinna Janel C. Tayo, and Lew Andrew Tria
ALL PUBLICATIONS
Design and Implementation of a Solar PV System for Auxiliary and Navigational Loads of an Electric Passenger Ferry
ICEMS 2025
International Conference on Electrical Machines and Systems
Rovinna Janel Tayo, Meljean-Kate Tagao. Lew Andrew Tria
The paper outlines a methodology for integrating a solar photovoltaic (PV) system into a fully battery-electric passenger ferry, focusing on its use for auxiliary and navigational loads. It considers ferry operations, local maritime regulations, and a load schedule based on navigational requirements. System components were sized to meet load demands, and computations and simulations were conducted using the System Advisor Model. The results indicate that the design can meet an average of 78% of the energy demand for the passenger ferry’s auxiliary and navigational loads throughout the year.
PROJECT TAGS:
Design and Implementation of a Solar PV System for Auxiliary and Navigational Loads of an Electric Passenger Ferry
ICEMS 2025
International Conference on Electrical Machines and Systems
Rovinna Janel Tayo, Meljean-Kate Tagao. Lew Andrew Tria
The paper outlines a methodology for integrating a solar photovoltaic (PV) system into a fully battery-electric passenger ferry, focusing on its use for auxiliary and navigational loads. It considers ferry operations, local maritime regulations, and a load schedule based on navigational requirements. System components were sized to meet load demands, and computations and simulations were conducted using the System Advisor Model. The results indicate that the design can meet an average of 78% of the energy demand for the passenger ferry’s auxiliary and navigational loads throughout the year.
PROJECT TAGS:
Design and Implementation of a Solar PV System for Auxiliary and Navigational Loads of an Electric Passenger Ferry
ICEMS 2025
International Conference on Electrical Machines and Systems
Rovinna Janel Tayo, Meljean-Kate Tagao. Lew Andrew Tria
The paper outlines a methodology for integrating a solar photovoltaic (PV) system into a fully battery-electric passenger ferry, focusing on its use for auxiliary and navigational loads. It considers ferry operations, local maritime regulations, and a load schedule based on navigational requirements. System components were sized to meet load demands, and computations and simulations were conducted using the System Advisor Model. The results indicate that the design can meet an average of 78% of the energy demand for the passenger ferry’s auxiliary and navigational loads throughout the year.
PROJECT TAGS:
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