 |
|  |
- Principle: above a distance of approx 5,000 miles, the most cost-effective way to transport natural gas is liquefaction. When liquified, it takes up 600 times less space
- Cooling process: natural gas liquefaction occurs by cooling the gas to - 160°C (-260°F). Several liquefaction processes are patented
- Our solution is adapted to the compressor manufacturer’s requirements
- Starter: to start the drive shaft lines of each liquefaction train
- Starter/Helper: to start the drive shaft lines of each liquefaction train and provide additional power to the gas turbine if required
- Starter/Helper/Generator: to start the drive shaft lines of each liquefaction train and provide additional power to the gas turbine if required and regenerate the excess power (automatic energy management)
- Electrical Drive: all-electric drives replace mechanical drives
- Our technology
| Motors | Variable Speed Drive System |
| Induction motors | PWM (MV7000) |
| Synchronous motors | LCI (SD7000) and PWM (MV7000) |
- Customer benefits
- network - good drive integration in power plant:
- static mode
- transitory mode
- power management - the power used exactly matches the power generated:
- normal mode
- de-rated mode
- control of all sizing from the grid to the end of the drive shaft allows an optimised solution to be achieved while meeting customer requirements.
- network - good drive integration in power plant:
More