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Behavior of Capstone and Honeywell Microturbine Generators During Load Changes 4. Stand-Alone Testing 4.1 Test Setup The second set of tests of the Capstone and Honeywell microturbines was designed to record the behavior of each MTG operated in stand-alone mode connected to load banks. These tests used four Avtron load banks; two had a capacity of 55.5 kW each and the other two had a capacity of 40.5 kVAR reactive load each. Approximately 60 feet of cable joined the turbines and load banks (30 feet of #6 and 30 feet of 2/0). For these tests, data from the MTGs’ internal monitoring were collected with a laptop computer running the required software. In addition, electrical data were collected at the load banks with the Amprobe data logger. The test setup is shown in Figure 2 below. 2 x 55 kW Resistive Load Banks 2 x 40 kVAR Inductive Load Banks Figure 2. Stand-Alone Test Setup 4.2 Data Collection Amprobe DM II Data logger As in the earlier grid-connect tests, data were collected directly from the MTG (data at one- second intervals for the Honeywell MTG and at two-second intervals for the Capstone MTG) during the test. The MTG software occasionally output two data records with the same time stamp, as had happened in earlier tests. In addition, a second set of measurements (one-second intervals) was recorded at the load banks with an Amprobe DM-II data logger and recorder (which uses clamp-on current transformers and direct input of the 480-volt signal). 17 MTG Under Test (Data from internal data logging) RS-232 Cable LaptopPDF Image | Behavior of Capstone and Honeywell Microturbine Generators During Load Changes Consultant Report
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