Shore Power Static Frequency Converter
A static frequency converter sized for quayside shore connection, from 1000 kVA to 4000 kVA. It takes the local port supply and delivers a clean IT...
View SpecificationsPain Points
- The port grid runs at one frequency and calling vessels expect another
- Emission and noise limits at the berth tighten faster than the electrical infrastructure is upgraded
- Harmonic limits imposed by the utility restrict what rectifier front end may be installed
- There is no substation space left on the quay apron
What The Specification Has To Deliver
- Conversion capacity sized per berth
- Outdoor rated housing
- Tight voltage regulation under stepped load
- Local harmonic compliance
Recommended Products
Equipment For This Sector
Typical Scenarios
Where It Gets Installed
- Container berth shore connection
- Cruise terminal shore supply
- High voltage 6.6 kV shore connection
How A Project Runs
From Survey To Delivery
Berth load survey
Capacity and rectifier selection
Container or indoor build
Factory test
Delivery and commissioning support
Delivery Capability
- Container type units ship as a complete IP65 enclosure
- Indoor type units ship for installation in an existing substation room
FAQ
Questions Buyers Ask
How do we size a converter for a berth?
Size on the peak simultaneous hotel load of the vessels that call, then choose a standard rating from 1000 kVA to 4000 kVA above it.
Can you meet the port harmonic limit?
The rectifier front end is selected per site. A 12 pulse rectifier holds input current THD at 6 percent or less and a PWM rectifier at 5 percent or less.
Discuss A Ports And Container Terminals Requirement
Send the electrical data and the site constraints and we will size the equipment against them.