A city line can operate continuously throughout the day.

The boat approaches the pier several times, drops off passengers, picks up new passengers, accelerates again and soon reaches another pier.

This intense stop-start structure poses a special engineering problem in terms of energy system and body design.

Solarvess 8.75 is positioned as a platform that focuses on these types of usage scenarios.

Why is task profile important?

Knowing only the maximum speed or maximum range of a boat is not sufficient for urban operation.

What matters is how many trips it can make throughout the day.

For example, if the line is 5 nautical miles long and the boat will make 20 trips per day, the total daily energy need should be evaluated based on this operation.

Time spent on docks and available charging infrastructure also influence the energy strategy.

Therefore, in the Solarvess approach, the boat, route and infrastructure are considered together.

Stop-start operations

On lines with high voyage frequency, the boat constantly accelerates and decelerates.

This creates a different energy profile than long cruises at constant speed.

Therefore, engine power and battery system should not be selected only based on maximum performance.

Power demand should be analyzed based on the real usage scenario.

Passenger comfort

In urban public transportation, the time passengers spend on the boat may be relatively short.

However, when thousands of passengers are transported per day, comfort becomes an important indicator of service quality.

The low noise and vibration characteristics of electric propulsion systems provide a significant advantage at this point.

While passengers experience a travel experience where engine noise is less dominant, a quieter working environment can be created for the crew.

Solar-electric architecture

One of the important features of the Solarvess series is the use of solar energy with electric propulsion architecture.

Energy obtained from solar panels can contribute to a certain part of the total consumption.

The magnitude of this contribution varies depending on geographical location, time of use and environmental conditions.

But in commercial fleets, even small percentage energy gains can be meaningful on an annual operating scale.

For municipalities and fleet operators

Solarvess 8.75 is not a product developed only for individual users who want to buy a boat.

Its target audience is municipalities, public transportation operators and commercial fleet operators.

Therefore, project evaluation is not only about design and speed;

energy consumption,

need for care,

annual usage hours,

fleet availability,

port infrastructure

Parameters such as and total cost of ownership become important.

This approach transforms Solarvess from a simple product catalog into an operations-focused engineering platform.