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WE DriveSolution Five for Hybrid DC Machinery

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Ship wide DC-bus power distribution with variable speed shaft and auxiliary generators.

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Technologies used
  • DC-link Switchboards with dedicated Inverter Units
  • Grid converter for AC power distribution where needed
  • Shaft Generators / Motors
  • Rectifier Units for Auxiliary Generators
  • Dedicated Power Management System
Options
  • Energy Storage Solutions
  • Shore Power Solution
Customer Benefits
  • Highest energy efficiency via hybridisation → substantial savings and enhanced competitiveness
  • Lower weight and less space consumed by the electrical system
  • Increased safety and flexibility
  • Preventing blackouts or ship wide power failures

Solution Five uses all the energy efficient features of a Hybrid Propulsion Machinery plus a ship-wide DC-link power distribution system. With the DC-link distributing electrical power to all consumers, energy efficiency is increased by up to 35%. The Hybrid DC Machinery concept includes variable speed Auxiliary Generators and Permanent Magnet technologies for the rotating machines. With the ship-wide DC-link power distribution fault currents are kept to a minimum thanks to the precise controls of the dedicated inverter units per consumer. The need for large switchboards and bulky transformers are therefore minimised, which means greater savings in space and weight as well as far better total efficiency.

DC Electric Propulsion Solution uses all the energy efficient features of a Hybrid Propulsion Machinery plus a ship-wide DC-link power distribution system. With the DC-link distributing electrical power to all consumers, energy efficiency is increased by up to 35%. The Hybrid DC Machinery concept includes variable speed Auxiliary Generators and Permanent Magnet technologies for the rotating machines. With the ship-wide DC-link power distribution fault currents are kept to a minimum thanks to the precise controls of the dedicated inverter units per consumer. The need for large switchboards and bulky transformers are therefore minimised, which means greater savings in space and weight as well as far better total efficiency.