Sentence examples for voltage benchmark from inspiring English sources
The framework is presented in this Part I, whilst in Part II we illustrate its application to a CIGRÉ low voltage benchmark microgrid.
Once you've increased your voltage, run your benchmarking program to see if your overclock is stable now.
The analysis is validated via simulation on a microgrid based on the CIGRE Conseil International des Grands Réseaux Electriquess) benchmark medium voltage distribution network.
Some simulation results on a benchmark example of voltage overshoot suppression in AC drives are shown.
The test on the WECC benchmark system under voltage steps and wind ramps demonstrates that the response of this model is coincided with the standard model, which can reflect the real dynamic characteristics better than the traditional model.
The proposed technique is tested by using a benchmark scenario for typical European low voltage networks, considering the variation of both residential loads and EV charging profiles.
Table 3 summarises the main result of our experiments, indicating the total wall clock time, the average power level, and the total energy consumption of each benchmark under three different energy policies: dynamic voltage and frequency scaling (DVFS) as described in Section 5, dynamic frequency scaling at maximal voltage (DFS), and maximal voltage and frequency settings (MVF).
As expected, the exclusive use of frequency scaling without voltage scaling (DFS) saves significantly less energy in all benchmarks.
The importance of the omission of the low-voltage network has been demonstrated through a test under a GIC benchmark network that has been recently developed by Horton et al. (2012).
These programs will give you performance benchmarks, allow you to adjust your card timing and voltage, and monitor temperature performance.
