A proof-of-concept experiment showed that the battery with modified electrodes survived significant mechanical deformation without any change in the open-circuit voltage of the battery.
The change in the open-circuit voltage in the region of 0 ≤ x ≤ 1 is 0.52 V and the drastic change in the open-circuit voltage at x = 1 is 0.84 V.
As well known, the trend of built-in potential can be reflected in the change of the open-circuit voltage (Voc) of devices.
However, there is no appreciable change in the open circuit voltage (Voc) between these samples.
Changes in impedance and open-circuit voltage are explained by the expansion of degraded patches.
The effect of amines on the open-circuit potential changes in the line: dien ∼ en > pn-1,2 ∼ chn > pn-1,3 ≫ bn, and on the anodic current in the sequence: dien ∼ en > pn-1,2 > chn > pn-1,3 ≫ bn.
This improves the interface recombination in the DSSC and reduces the open-circuit voltage.
The pack-level specific energy shows significant dependence on the open-circuit voltage and electrochemical impedance due to changes in the quantity of inactive materials required.
Tissues were maintained in the short-circuited state, except for short intervals to record the open-circuit PD.
The open-circuit voltage (Voc) values are not notably changed among the cells except for the NP/NS = 3 7.
