Therefore in soft switching topology driven by ZVS turn-off losses can be exaggerated by 10 to 20 if the effect of the capacitive elements is not reflected in the wallpaper look up tables. This method accurately predicts the stability of Strmstyrdas active clamping converters. In the proposed configuration the LLC Resonance DCDC Converter is used to extract the maximum power and to increase the PV array voltage. The tests based on benchmark functions confirm the effectiveness of the proposed algorithm. The smart Web in contrast to the current grid system was based on the efterfrgeflexibility and Matupproret power outage.
Therefore in soft-switching topologies operated with ZVS turn-off losses can be overestimated by 10 to 20 if the effects of the capacitive elements are not reflected in the loss look-up tables.This method correctly predicts the stability of the current-controlled active-clamp converters.In the proposed configuration LLC resonant DCDC converter is used to extract the maximum power and to boost the PV array voltage.The tests based on benchmark functions verify the effectiveness of the proposed algorithm.The smart grid unlike the current grid system built on demand response and consumer-based power dissipation.