G99 / Grid Code – Fault Ride Through / Fast Fault Injection Fault Ride Through studies are a basic requirement of Type B and C / D generators, to demonstrate ride through for a fault
For Type C / D Generation sites in the UK, one of the most important studies to carry out in the early stages of a project is a reactive power capability assessment. This study is
Grid Code studies for larger sites directly connected to the National Grid Electricity Transmission Network, or sites above 50MW (or 30MW and 10MW in North and South Scotland) are required to be fully compliant with
G99 has been with us for a while now, and most people are fairly familiar with the compliance process for getting DNO approval for energisation with EON / ION and FON. We still find people
I have a bit of an open question for those of you that do complex harmonic studies. Do you think that harmonic impedance loci provided by DNOs and TSOs are actually useful and beneficial, or
One of the more interesting studies to carry out during power system analysis are those associated with power system dynamics and studies. These are some of the more complicated studies that we carry out and
Arc flash studies get a lot of engineers and managers very excited and opinionated; but once you get pass the initial discussions, they are often poorly understood. There is very much a tendency to over-simplify
The answer is yes! Protection studies, like fault studies, are a legal requirement in the UK, and are necessary to show that a fault will be cleared in an acceptable time that does not pose
G5.5 Harmonic studies are applicable to any plant that contains sources of harmonics, typically associated with Solar PV, Wind, Battery Storage and large industrial sites. The studies are primarily carried out to determine the level
Aurora Power Consulting are a leading independent power systems consultancy. We provide specialist power systems analysis services using software such as DIgSILENT, ETAP, PSCAD, EMTP-ATP, CDEGS and XGSLab.
