Electric Yacht article on Boats.com

 

Motor Assemblies

The motor (rear), timing belt reduction (in the middle), custom designed motor controller (front) and mounting hardware are all assembled into one compact unit that mounts directly to your existing engine beds. The output shaft is electrically isolated from the drive unit and connects to your existing propeller shaft with a shaft coupling we supply.

The mounting hardware is fully adjustable to accommodate nearly any existing mounting arrangement.

There are three sizes are available to work with boats up to 40’.

 

Motor Controllers

At Electric Yacht we design our own motor controllers. This gives us complete control over function and features. It provides a fully integrated solution that makes for easy installation and commissioning. The controllers provide over current and thermal protection to provide for reliable “bullet proof” operation.

In 2009 we have three offerings. Units are available for operation with 24Vdc to 72Vdc battery banks and battery current up to 260A.

Plug and Play Wiring

An important feature of our system is the "plug and play" wiring format. Pre-fabricated interconnect cables link the motor/drive unit with the throttle quadrant and digital display. These are terminated in waterproof plugs for a quick and easy wiring installation. We can also provide the master power switch, battery fuse and battery cables made to your specification. All of this makes for a clean and trouble free electrical installation.

 Throttle Quadrants

We provide ruggedly build throttle quadrants. Surface mount and pedestal/panel mount versions are available for 2009. This is the only control needed to operate the motor. It locks in the neutral position, preventing accidental operation. Simply leave the throttle in neutral with the master power switch “on” while sailing, and get free power through regeneration.

 

 

Battery Monitor

Electric Yacht has designed an electronic battery monitor to provide you with all the information you need to use the system. It communicates with other components to obtain the information needed to accurately display battery state of charge, voltage, charging or discharging current and time to discharge.