MARINE HYBRID POWER UNIT

From 150 to 30 kW Hybrid Power Unit

Four versions of Hybrid Power unit are available:

1. 150 kW continuous power and 500 Nm continuous motor torque

2. 100 kW continuous power and 250 Nm continuous motor torque

3. 50 kW continuous power and 125 Nm continuous motor torque

4. 30 kW continuous power and 80 Nm continuous motor torque

The Hybrid Power Unit can be installed between the ICE and the sail drive as the figure below or between the ICE and the axis line.
The Efesto Hybrid Power Unit can be installed on any gasoline and diesel engines with a power up to 400 kW.
The double shaft architecture allows to use the electric motor always at its optimal speed, independently from the internal combustion engine maximum rpm.
The system features two clutches one for connect/disconnect the main shaft and one for connect/disconnect the electric motor: this enable to mechanically disconnect the electric motor when ever it is not required to operate.

The Efesto Hybrid Power enables to operate the boat in different functioning modes:

Standard mode

Pure Electric mode

Boost mode

Generation mode

Sailing generation mode

Stationary mode

While cruising in ports at reduced speed, in lakes or natural reserves, full electric propulsion means respect of the environment.
At anchor the usage of the energy stored in batteries during navigation allows to avoid the usage of the auxiliary generator highly contributing the marine environ- ment preservation.
In case of failure of the ICE the electric motor is a back up propulsion system.
Significant saving in fuel consumption by navigating in pure electric mode.
Possibility to reduce the size of the ICE because the extra boost is provided by the
electric motor.

INVERTER AND BATTERY TECHNICAL DATA

EFESTO GCU-MCU100/800

  • Electrical output power
  • Continuous R.M.S. AC current
  • Efficiency
  • Max. switching frequency
  • Maximum operating voltage
  • Diagnostic
  • Integrated liquid cooler

Li-Ion Battery Pack

  • Nominal voltage
  • Min/Max voltage
  • Capacity per module
  • Battery operation conditions
  • Battery module dimensions

__________

  • 100 kW
  • 200 A
  • 97.0%
  • 25 kHz
  • 800 V
  • CAN BUS interface
  • IP 65 waterproof design

__________

  • 666 V
  • 500/750 V
  • 11 kWh
  • up to 60 °C
  • 942 x 462 x 220 mm

ELECTRIC MOTORS TECHNICAL DATA

  • _____
  • Weight [kg]
  • Diameter ø / width [mm]
  • Battery voltage range [Vdc]
  • Peak motor power [kW]
  • Continuous motor power [kW]
  • Maximal rotation speed [RPM]
  • Maximal motor torque [Nm]
  • Continuous motor torque [Nm]
  • Motor efficiency [%]
  • Maximal motor current***
  • Continuous motor current [Arms]
  • Torque / motor current [Nm/1Aph rms]

* HV=High Voltage, MV=Medium Voltage, LV=Low Voltage
** For a few seconds
*** For 2 min if cooled as described in Manual for EMRAX motors

  • EMRAX 228
  • 12.3
  • 228/86
  • 50-600 HV/50-450 MV/24-150 LV*
  • 100
  • 35-55
  • 5500 (**6500 peak)
  • 240
  • 125
  • 93-98%
  • 240 HV/340 MV/900 LV*
  • 115 HV/160 MV/450 LV*
  • 1.1 HV/0.75 MV/0.27 LV*
  • EMRAX 268
  • 20.3
  • 268/91
  • 50-600 HV/50-400 MV/24-130 LV*
  • 200
  • 50-100
  • 4000 (**5000 peak)
  • 500
  • 250
  • 93-98%
  • 240 HV/360 MV/1000 LV*
  • 125 HV/180 MV/500 LV*
  • 2.0 HV/1.4 MV/0.5 LV*
  • EMRAX 348
  • 40
  • 348/107
  • 50-800 HV/50-800 MV/24-130 LV*
  • 290
  • 150
  • 3400 (**4000 peak)
  • 1000
  • 500
  • 93-98%
  • 280 HV/450 MV/1100 LV*
  • 140 HV/210 MV/550 LV*
  • 3.8 HV/2.5 MV/0.9 LV*
TORNA SU