On the 26^th of February 2021 a CIGRE C0 kick-off meeting was organised in the Netherlands. Due to covid-19 circumstances this meeting was held online. CIGRE C0 stands for the combination of the Dutch Study Committees C1, C2, C5 and C6 activities, as these are the committees that take the system perspective.Read More

Green hydrogen is presented at many occasions and in many ways as a 'silver bullet' solution for the integration of large scale intermitting renewable energy from wind and solar power into the energy system. It is in the end not to be expected that there will be technological blocking aspects for green hydrogen to play this ' silver bullet' role. From a technological perspective, however, there are still several and crucial aspect regarding production and transportation of green hydrogen that need to be further developed for a cost competitive application at market scale.Read More

Power electronics are the enabling technology of the modern power industry and have revolutionized the industry with developments in excitation systems, High Voltage Direct Current (HVDC), Static var compensator (SVC), Static Synchronous Compensator (STATCOM) and converter systems for coupling distributed generation to the grid.  Power electronic converter systems are also at the forefront in the development and deployment of battery energy storage systems which are a significant factor in the long-term development of power system with declining use of fossil fuelled synchronous generators.Read More

In New Zealand there has been a broad strategy to set up CIGRE panels. In January 2020 I moved from Queensland to New Zealand to take up my new role as the innovation project engineer at ETEL transformers. Seeking to continue my involvement with CIGRE, I approached the CIGRE NZ chair, Doug Ray, on how I could be involved. His response was, “We can have you act as convener for our NZ Panel A2 Transformers”. Since then I have been working to establish and grow this panel by engaging with volunteers and supporting organisations.Read More