Green Future, Intelligent Navigation of New Waterways
In this era of pursuing green and sustainable development, electric boats, as a green revolution in the field of water transportation, are gradually rewriting the history of traditional shipping. Electric boats, this emerging waterborne vehicle, with its significant characteristics of zero emissions, low noise, and environmental friendliness and energy conservation, directly converts the electrical energy stored in batteries into power, achieving the ultimate optimization of energy utilization, and has become an indispensable and important development direction for future water transportation.
Whether it's sightseeing boats navigating urban waterways or exploration vessels venturing into the open ocean, electric boats, with their unique green charm, add a refreshing touch of green to waterways around the world.

01 The Green Start of Electric Boats
Faced with the development trend of electric boats, customers have put forward higher requirements for the propulsion system:
Ensure stable power supply by providing power transfer and tiered protection for daily loads during power outages;
Utilize battery energy efficiently to extend the range;
Reduce interference from power electronic devices on the load to ensure stable equipment operation, etc.
02 INVT Solution: Innovation-Driven, Intelligent Future
Addressing customer needs and equipment characteristics, INVT leverages its deep industry experience and technological innovation to offer tailored solutions. By designing a perfect match between the motor's rated voltage and the battery voltage, full-power output is achieved across the entire voltage range. A unique drive algorithm effectively reduces VFD losses, improves battery energy utilization, and maintains efficient motor operation. Furthermore, INVT incorporates grid-connection algorithms and redundancy schemes to ensure the long-term parallel operation and stability of the daily-use inverter system, guaranteeing continuous and stable operation of electrical equipment even in the event of a single battery or system failure.
More importantly, INVT significantly reduces output-side harmonics through harmonic suppression algorithms, effectively minimizing interference from power electronic devices to daily loads and providing a stable and reliable power environment for shipboard equipment, ensuring worry-free navigation.

System Solution Diagram
03 Green, efficient, and win-win
High Efficiency and High Battery Utilization: The GD350-CCS series VFD employs a special algorithm, improving overall battery energy utilization efficiency by approximately 0.5%, contributing to longer range for electric boats.
Comprehensive Equipment Protection: Advanced current suppression algorithms effectively handle sudden situations such as short circuits, ensuring stable emergency power supply to the AC network.
Stable Operation: A combination of grid-connected algorithms and redundancy schemes ensures stable operation of the daily power distribution system under all conditions, safeguarding navigation safety.
Reduced Pollution and Eco-Friendly: Electric boats use batteries as a power source, significantly reducing pollution emissions from diesel combustion, thus protecting the ecology of scenic areas and waterways.
Enhanced Customer Experience: Pure electric drive eliminates the vibration and noise of diesel engines, improving passenger comfort and protecting aquatic life.
Reduced Operating Costs: Charging at shore-based charging stations completely eliminates diesel fuel, significantly reducing daily operating costs and accelerating the return on investment.

The application of electric boats is not only a green revolution in the shipping industry, but also INVT's active response to the national development concept that "lucid waters and lush mountains are invaluable assets." Through technological innovation and intelligent driving, INVT is working hand in hand with its customers to jointly usher in a new green chapter in water transportation, making every electric boat a green ambassador in the waterways and contributing to our planet.

Our site uses cookies to provide you with a better onsite experience. By continuing to browse the site you are agreeing to our use of cookies in accordance with our Cookie Policy.