These include the effects on the EENS index of the installed capacity ratio of the TPGS and WPGS, variations of installed capacity of the TPGS or WPGS and maximum charge or discharge capacity of the BESS.
Identifying the critical point values is important for selecting the installed capacity ratio of TPGS and WPGS, their installed capacities, maximum charge or discharge capacity of BESS and other parameters in the design of a power system with hybrid tidal and wind generation sources and battery storage.
The installed capacity ratio of the TPGS and WPGS has a significant impact on the reliability indices of the studied hybrid generation system.
In this section, the total generation capacity (2.5 MW), the parameters of the BESS (the capacity and other parameters) and the load profile (the annual peak and load curve shape) remain same as those in the basic case in Section 6.2 but the installed capacity ratio of the TPGS and WPGS varies.
Open image in new window Fig. 3 EENS index for different installed capacity ratios of the TPGS and WPGS.
The EENS indices for different installed capacity ratios of the TPGS and WPGS are plotted in Fig. 3.
In case of aircraft technology & design, aerodynamic features such as blended wing body (BWB), flying wing, higher aspect ratios, and engines with higher bypass ratios are installed on modern jets to improve the fuel efficiency [1].
It is shown that it is sufficient to consider only three sleepers in determining their radiation ratio when installed in track.
The automaker cranked up the compression ratio and installed a supercharger that spins at up to 20,000 rpm (5,000 rpm more than the supercharger on the Corvette ZR1's engine), generating a bigger power-enhancing boost as the engine spools up.
So, a flux ratio was installed to direct the conversion of pyruvate to either lactate, through the lactate dehydrogenase (LDH), or to acetyl-CoA through the pyruvate ferredoxin oxidoreductase (PFO) (see Table 1).
