Models of AC and DC cable systems for technical and economic evaluation of offshore wind farm connection

2018-09-03T10:30:20+00:00September 3rd, 2018|High Voltage Substation Equipment, HVDC Cable Systems, Publications|

Accurate cable modeling is a recurrent issue for electric architecture evaluation and design, especially in specific contexts, like offshore wind farms. This paper proposes optimal analytical cable models for the technical and economic assessment of offshore wind generation systems.

An injection molding press for our Chemistry & Materials test platform

2018-08-09T17:44:00+00:00July 13th, 2018|High Voltage Substation Equipment, HVDC Cable Systems|

With a new semi-automatic injection mixer and an injection molding press, the material characterization and the processing of our samples will take less time – close to industrial production thanks to the Automatic Pressure Gelation (APG) method.

Testing phase after installation of SuperGrid Institute’s hyperbaric vessel

2018-08-09T17:44:02+00:00June 28th, 2018|High Voltage Substation Equipment, HVDC Cable Systems|

Our 10 tones, six meters long, hyperbaric vessel has been installed at our premises and is now going through final tests before commercial use.

Design of a 4-Phase Intercell Transformer Converter for a Space Charge Measuring System

2018-09-03T10:00:15+00:00February 22nd, 2018|HVDC Cable Systems, Publications|

This paper presents the design of a power electronics converter to produce strong current pulses (about 400A) in the core of a HVDC cable in order to use the thermal step method to evaluate the ageing state of the dielectric component. The described converter uses a magnetic coupler with intercells transformers and is current controlled. Index Terms—magnetic coupler; intercell transformer; high current pulses; thermal step method; dielectrics.

A novel hyperbaric vessel for SuperGrid Institute

2018-08-09T17:44:05+00:00January 29th, 2018|High Voltage Substation Equipment, HVDC Cable Systems|

Since 2016, SuperGrid Institute’s program 4 has intensely worked on the specification of a test platform with the capability to go up to 40bars of internal pressure and validate subsea node, a SuperGrid Institute concept for offshore meshed networks. Beside its imposing size, the particularity of this platform is that it allows combined testing functions on subsea high-voltage cable systems including water pressure, di