About Lifting energy storage container crane
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About Lifting energy storage container crane video introduction
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6 FAQs about [Lifting energy storage container crane]
Are large cargo handling cranes suitable for a flywheel energy recovery system?
Large cargo handling cranes, such as the RTG shown in Figure 1, are ideal candidates for a flywheel energy recovery system. RTG cranes consume a large amount of fuel, are highly utilized on an hourly basis and actually create new energy during normal operation.
What is a container crane?
A container crane is a type of large dockside gantry crane found at container terminals for loading and unloading intermodal containers from container ships. Constituted by the track, electric chain hoist and installation components. This crane can be very simple equipment with 2 straight rails, also can be a very complex suspended monorail system.
How does a regenerated energy storage system work?
However, when a container is lowered, the regenerated energy created by controlling the hoist motor is directed to resistor banks and dissipated as heat. With the addition of a flywheel energy storage system, a RTG crane can capture the regenerated energy and deliver it back during the hoisting of a container.
Can flywheel energy storage technology be used on RTG cranes?
A three phase test was conducted with the cooperation of Yantian International Container Terminal and Hutchison Port Holdings to determine the results obtained when using flywheel energy storage technology on Rubber Tired Gantry (RTG) cranes.
How much power does an RTG crane use?
An RTG crane is capable of moving containers weighing up to 50 metric tons at a rate of 20 moves per hour. Typically, the hoist motor dictates the diesel genset size. The hoist motor experiences the highest power demand because the lifting, or hoist, of a container requires both a large peak power and steady state power.
How does a RTG crane hoist work?
RTG crane hoist motor drive. An RTG crane uses a diesel engine in the range of 350 to 675 kW and is typically paired with a 3-phase alternator. The output of the alternator is connected to an independent motor drive, which powers an isolated 3- phase winding in the hoist motor.