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Behavior of Capstone and Honeywell Microturbine Generators During Load Changes The C-phase voltage was five to seven VAC higher than that of the other two phases throughout the test. This behavior is similar to what was observed in the stand-alone testing. If we ignore the voltage imbalance, we see that voltage levels remained fairly constant throughout the test with some voltage sag caused by increasing the reactive load 6.4 Suggested Future Work To simulate the potential use of MTGs in a microgrid, additional parallel testing is recommended. The tests should be set up with impedance between the MTGs to simulate the operation of a MTG and load in one building with another MTG and load in a second, nearby building. It would also be valuable to use the load-following mode of operation to control the output of the grid-connect MTG rather than having it run at fixed set points as was done in the parallel tests described here. The harmonic content of both voltage and current should be measured to see how it varies with load and connection arrangement (grid-connect, stand-alone, or parallel). MTGs could interact with each other or other power electronic devices through voltage harmonics. Testing done so far shows that there can be significant differences between MTGs. Testing of additional MTGs would be useful to determine the extent of the variations among units. 31PDF Image | Behavior of Capstone and Honeywell Microturbine Generators During Load Changes Consultant Report
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