Kenya Marine and Fisheries Research Institute · Kenya
In the programme
Abstract
The increasing cost of fuel, marine pollution, and greenhouse gas emissions from petrol-powered fishing boats present major challenges to small-scale fisheries in Kenya. This project proposes the design of a solar-assisted electric fishing boat system as a sustainable alternative for artisanal fishing communities. The proposed boat is designed to carry more than ten fishermen together with fishing gear and fish catch while operating using electric propulsion powered by rechargeable batteries.
The system incorporates a dual-battery or battery-swapping mechanism, where one battery powers the boat while another serves as a backup or remains at the docking station for charging. Batteries can be charged using solar energy and shore-based electricity, reducing dependence on fossil fuels and lowering operational costs. The project also proposes the establishment of a coastal battery charging, maintenance, and repair workshop to support continuous operation, battery management, and technical servicing.
The innovation aims to promote environmentally friendly fishing practices by reducing carbon emissions, fuel leakage, and noise pollution in marine ecosystems. In addition, the system seeks to improve fishermen’s economic sustainability through reduced fuel expenses and lower engine maintenance costs. The project aligns with Kenya’s blue economy initiatives, renewable energy goals, and sustainable fisheries management strategies. Overall, the proposed electric fishing boat system offers a practical and climate-smart solution for modernizing small-scale fisheries along the Kenyan coast
Abstract 153 of 288 · All abstracts