The redesign of a dinghy deck aims to optimize the housing of batteries and onboard electronics, addressing the increasing demand for more efficient and sustainable solutions for electric boats. The design focuses on two key possible interventions: creating an external box specifically to house the batteries and electronics, suitable for retrofitting existing dinghy models, and, as alternative for custom boats, the functional and structural modification of the deck to accommodate the electric powertrain. The battery box is designed to house the batteries and the electronic components essential for the operation of the on-board system, including pumps and control devices. This solution enhances safety, provides protection against moisture and mechanical damage, and facilitates maintenance thanks to its modularity. At the same time, the project involves specific modifications to the rear part of the hull, near the stern, to integrate the battery box without compromising the boat’s trim and performance. The design of the installation area was adapted to improve accessibility, reduce overall weight, and optimize the boat’s balance while preserving stability and safety during navigation. The result of this redesign offers advantages in terms of both energy efficiency, by improving battery management and electronics, and reliability by facilitating the integration of advanced systems for boat electrification. This innovative approach represents an important step towards the ecological transition in the nautical sector.
Campese, C., Minak, G. (2025). Innovative Deck Redesign for Dinghies: Advancing Electric Boat Efficiency and Sustainability. Amsterdam : IOS Press BV [10.3233/PMST250014].
Innovative Deck Redesign for Dinghies: Advancing Electric Boat Efficiency and Sustainability
Campese C.;Minak G.
2025
Abstract
The redesign of a dinghy deck aims to optimize the housing of batteries and onboard electronics, addressing the increasing demand for more efficient and sustainable solutions for electric boats. The design focuses on two key possible interventions: creating an external box specifically to house the batteries and electronics, suitable for retrofitting existing dinghy models, and, as alternative for custom boats, the functional and structural modification of the deck to accommodate the electric powertrain. The battery box is designed to house the batteries and the electronic components essential for the operation of the on-board system, including pumps and control devices. This solution enhances safety, provides protection against moisture and mechanical damage, and facilitates maintenance thanks to its modularity. At the same time, the project involves specific modifications to the rear part of the hull, near the stern, to integrate the battery box without compromising the boat’s trim and performance. The design of the installation area was adapted to improve accessibility, reduce overall weight, and optimize the boat’s balance while preserving stability and safety during navigation. The result of this redesign offers advantages in terms of both energy efficiency, by improving battery management and electronics, and reliability by facilitating the integration of advanced systems for boat electrification. This innovative approach represents an important step towards the ecological transition in the nautical sector.| File | Dimensione | Formato | |
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PMST-10-PMST250014.pdf
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