Navigating Seas: Solar and Wind Power on Boats Explained
Explore the future of boating with our in-depth look at solar and wind power on boats. Discover how renewable energy is effortlessly transforming marine travel.
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Utilizing wind and solar energy sources onboard fishing vessels during operation is one of the solutions to reduce operational costs. This article presents a study on applying solar photovoltaic (PV) and wind turbines for a 14-meter BSC (Blue Swimming Crab) fishing vessel in Rembang Regency, Indonesia.
This article presents a study on applying solar photovoltaic (PV) and wind turbines for a 14-meter BSC (Blue Swimming Crab) fishing vessel in Rembang Regency, Indonesia. This study discusses the use of renewable energy sources that can be applied to meet onboard electricity needs and their economic impact.
The design combined two 100W solar panels and a 300W wind turbine. The testing showed that the solar panels can harvest 815 – 817 Wh of energy, while the wind turbine can harvest 43 – 62 Wh of energy daily. Therefore, the system can fulfil the energy requirement in fishing boat, although the solar panels were more dominant.
For example, the utilization of solar energy by installing PV panels, with an output of 100 WP, onboard fishing vessels could supply 50.52% of the electrical energy needs and provide an IRR of 9%, with a payback period of 8.87 years (Nugraha et al., 2022).
Explore the future of boating with our in-depth look at solar and wind power on boats. Discover how renewable energy is effortlessly transforming marine travel.
View Details
The design combined two 100W solar panels and a 300W wind turbine. The testing showed that the solar panels can harvest 815 – 817 Wh of energy, while the wind turbine can harvest 43 – 62 Wh of
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Utilizing wind and solar energy sources onboard fishing vessels during operation is one of the solutions to reduce operational costs. This article presents a study on applying solar photovoltaic (PV) and
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It is also challenging to achieve the sustainable decarbonization of fishing vessels operating in an isolated energy system (IES) in remote areas. The novelty of this study is to
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The integration of innovative turbine technologies into electric boats significantly enhances sustainability and energy efficiency. This study presents a dual-turbine approach employing a vertical
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This paper presents a methodology to design a solar power boat with the aim to determine the size of photovoltaic (PV) system with minimum cost. Two stages optimization
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The PIKASOLA hybrid controller pairs wind and solar power, ideal for boats and off-grid homes. It supports up to an 800W wind turbine and 600W solar panels, allowing seamless
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Utilizing wind and solar energy sources onboard fishing vessels during operation is one of the solutions to reduce operational costs. This article presents a study on
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For low-power applications, battery packs (48-144V, <500 kWh) integrate seamlessly with solar, wind, and hydrogen fuel cells in a unified DC system. AC generators, shore charging, and low-voltage AC
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The innovation in the solar energy system for a fishing boat involves the use of a 200 Wp solar panel, an integrated energy management system for a 3 HP DC motor, and comprehensive
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Utilizing wind and solar energy sources onboard fishing vessels during operation is one of the solutions to reduce operational costs. This article presents a study on applying solar photovoltaic (PV) and
View Details
This paper presents a methodology to design a solar power boat with the aim to determine the size of photovoltaic (PV) system with minimum
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