First attempts at sailing with an electric motor

Installing the propulsion system:

• Installing the electric motor and integrating it into the boat.
• Installing the battery: Proper placement is important to maintain the balance of the boat.
• Energy management system: Necessary to monitor and optimize energy consumption.

Launching the boat:

• First start on the water: Starting slowly and checking maneuverability and response to controls.
• Gradual increase in speed: Monitoring the behavior of the boat and engine, assessing stability and energy efficiency.
• Monitoring parameters:
• Power consumption: Checking how long the battery lasts at different speeds.
• Engine and battery temperature: It is important to avoid overheating.
• Noise and vibration: Measurement of noise and vibration levels, which are significantly lower compared to traditional combustion engines.
• Test conclusions

Advantages:

• Ecology: No exhaust emissions, which is beneficial to the aquatic environment.
• Quiet operation: Electric propulsion is much quieter, which improves the comfort of sailing.
• Low operating costs: Fewer moving parts means less risk of failure and lower maintenance costs.

Challenges:

• Range: Limited battery life compared to traditional combustion engines.
• Charging time: Battery needs to be charged after each longer trip.

Summary

The first attempts at sailing with an electric engine in an aluminum mini boat of the ejetBoat type have shown the huge potential of this technology. Despite some challenges, such as range and charging time, the ecological and operational benefits make it a promising alternative to traditional units powered by combustion engines. With further research and development, the electric ejetBoat has the potential to become a popular choice among water sports enthusiasts.