Month: February 2019

In the latest technical reference under point 22.h.iii you describe the drive cycle. There has been a question about this point before, but was not fully answered to our understanding. The drive cycle is created …

At present, we expect that the 2500 rpm limit to be enabled during the field test.

In order for the device to provide continuous output power of 500W the motor would need to run at around 3750rpm. (Power of the electronic load = Xrpm/3000rpm *40V*10A). What is the purpose of the …

Will there be a more detailed description of the required contents of the progress report as there was for the Design proposal or will there not be anymore updates on the document which contains guidelines …

It would be reasonable to assume that the hot spot and case temperature test would be performed with the device running at maximum continuous output power of 500W, but it has been stated that the …

It has not been specified what’s supposed to happen in the fault mode. Should we turn the device off when the speed reaches 2500rpm or just prevent the device from working at speeds above 2500rpm? …

When the fault conditions are reached, the system will have to provide an indication should be made as required in the technical reference document item 14.E. How the system responds to the fault event to …

With a selected output power as specified under 22.b.iii and the specified speed limit of 2500rpm there is a maximum output power (of the electronic load) which can be calculated as 2500rpm/3000rpm*40V*Iout. The throttle signal …

March 7th 2019

In the provided IFEC Workshop agenda it is stated that the workshop takes place on the 17th of March. In the post about announcement of the second round competition teams it is stated that the …