Table 8 - uploaded by Masoud Masih-Tehrani
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Source publication
![Table 1 : E-bike specifications [5]](profile/Masoud-Masih-Tehrani/publication/281835045/figure/tbl1/AS:613869684789269@1523369346958/E-bike-specifications-5_Q320.jpg)
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![Fig10. BMOD0083 P048 B01 ultra-capacitor [10]](profile/Masoud-Masih-Tehrani/publication/281835045/figure/fig3/AS:668581419294722@1536413640198/Fig10-BMOD0083-P048-B01-ultra-capacitor-10_Q320.jpg)
The Energy Storage System (ESS) is an expensive component of an E-bike. The idea of Hybrid Energy Storage System (HESS), a combination between battery and Ultra-Capacitor (UC), can moderate the cost of E-bike ESS. In this paper, a cost function is developed to use for optimal sizing of a HESS. This cost function is consisted of the HESS (battery, U...
Contexts in source publication
Context 1
... final result of HESS cost optimal sizing is listed in Table 8 and is compared with battery optimal sizing. As seen in this table, the cost and weight of HESS is clearly better than battery ESS. ...
Citations
... BESS is the most matured and transformative technology in today's ESS industry market [2]. In microgrids, the BESS can be used for energy arbitrage, peak shaving, frequency regulation, voltage deviation, energy balance and reliability concerns in the presence of renewable energies [3]. However, the cost of BESS in the market is still a barrier for broad application [4]. ...
... As can be seen, the FC has the highest per unit size (kW) capital cost and the lowest lifetime. The efficiencies of FC and EL are considered as 50% and 90%, respectively [24], [15]. Battery's minimum and maximum state-of-charge (SOC) as well as round-trip efficiency are considered as 20%, 90%, and 95% respectively. ...
