Using high-power Electric-Motor

Leading future trends with tech innovations

ELECTRIC HIGH POWER

Electricity
Jet Pump System

The Jet Pump system has unbeatable advantages like efficiency and durability. Combine it with high-power motors to achieve low CO2.

  • Significantly reduces vibration and noise.

  • Significantly reduces maintenance costs.

  • Data is controllable at any time during operation.

95%

Energy Efficiency

92%

CO2 Reduction

ELECTRIC HIGH POWER

Electricity
Jet Pump System

The Jet Pump system has unbeatable advantages like efficiency and durability. Combine it with high-power motors to achieve low CO2.

  • Significantly reduces vibration and noise.

  • Significantly reduces maintenance costs.

  • Data is controllable at any time during operation.

Immer innovativ
Low resistance
High controllability
Ship-bottom no collision
More durable
Immer innovativ
Low resistance
More durable

Smooth power delivery

Traditional engines have shortcomings in the transmission of kinetic energy.

Significantly reduce vibration

The electric system is the only way to solve vibration and noise.

We’ve developed multiple models of new energy Jet Pump, with a max input power of 405kW.

Our products are applied to yachts, workboats, unmanned vessels, and other types of surface equipment.

Our products are applied to yachts, workboats, unmanned vessels, and other types of surface equipment.

Product design and manufacturing process

Design and Manufacturing

The impeller and shell structural components are precision cast, combined with CNC machining and surface treatment, to maximize the design performance, reduce the structural weight and ensure the strength. Other components are processed by numerical control machine tools to ensure dimensional accuracy and interchangeability.

Design and Manufacturing

Product design and manufacturing process

The impeller and shell structural components are precision cast, combined with CNC machining and surface treatment, to maximize the design performance, reduce the structural weight and ensure the strength. Other components are processed by numerical control machine tools to ensure dimensional accuracy and interchangeability.

Product quality control and testing

Validation Mechanism

We will carry out strict quality control on every component of the pump to ensure that their size, shape, and material meet the design requirements. Then, we will assemble these components accurately to ensure the overall performance of the pump reaches the best state. Each propulsion pump will go through a strict testing process after leaving the production line.

Validation Mechanism

Product quality control and testing

We will carry out strict quality control on every component of the pump to ensure that their size, shape, and material meet the design requirements. Then, we will assemble these components accurately to ensure the overall performance of the pump reaches the best state. Each propulsion pump will go through a strict testing process after leaving the production line.

Our Advantages
Match high-power electric motor
Durability

• The bottom of the ship has no protruding objects, allowing it to navigate in shallow water and rocky areas.
• The impeller, inside the pump body, keeps the propulsion device hidden.
• It greatly reduces equipment maintenance downtime, decreasing the need for spare vessels in the fleet.

Handling

• The thrust is not affected by the speed of the ship, which means that the thrust can persist even at zero ship speed.
• The ship can turn in place without needing to move forward or backward.
• The use of multiple jet pumps can generate lateral thrust without the need for additional equipment.

High efficiency

• Without any protrusions below the ship’s bottom to increase resistance, energy consumption will be lower at high speeds.
• The internal rectifying blades of the product can always recover the energy of the rotating water flow.

Safety

• The ship’s bottom without exposed protrusions protects humans, marine life, and equipment.
• AWT jet pumps serve as auxiliary propulsion for other jet pumps or propeller equipment.

Continue

Our Advantages
Match high-power electric motor
Durability

• The bottom of the ship has no protruding objects, allowing it to navigate in shallow water and rocky areas.
• The impeller, inside the pump body, keeps the propulsion device hidden.
• It greatly reduces equipment maintenance downtime, decreasing the need for spare vessels in the fleet.

HANDLING

• The thrust is not affected by the speed of the ship, which means that the thrust can persist even at zero ship speed.
• The ship can turn in place without needing to move forward or backward.
• The use of multiple jet pumps can generate lateral thrust without the need for additional equipment.

HIGH EFFICIENCY

• Without any protrusions below the ship’s bottom to increase resistance, energy consumption will be lower at high speeds.
• The internal rectifying blades of the product can always recover the energy of the rotating water flow.

SAFETY

• The ship’s bottom without exposed protrusions protects humans, marine life, and equipment.
• AWT jet pumps serve as auxiliary propulsion for other jet pumps or propeller equipment.

Continue

Excellent design

The flow channel and impeller, designed with advanced computer fluid analysis, ensure matching power and speed with the motor and gearbox output.

High corrosion resistance

The shell and flow channel components, cast from marine-grade aluminum alloy, are coated with three layers of marine paint and equipped with anti-corrosion zinc blocks.

Using high-power Electric-Motor

Leading future trends with tech innovations

Leading future trends with tech innovations