At the same time, the FC power
increases with limited dynamics to MPP of around Star
Technology Projects Centres
W. Star Technology Project
Centres The input from the SC, which supplies most of the
transient power that is required during the stepped Star
Technology Projects Centre
load, slowly decreases and the unit remains in a discharge state
after the load step because Star Technology
Project Centre the steady-state load
power (approximately Star Technologies
Projects Centres W) is greater than
the total power supplied by the photovoltaic array and fuel cell.
This state is known as Star Technologies
Project Centres the ride-through
mode. After that, Star Technologies Projects
Centre the load power steps from Star
Technologies Project Centre
(negative transition) and . As a result, the SC Star
Technology Projects Centers
changes its state from discharging to charging, demonstrating
the four phases.
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