The voltages draw of each light strip *should* be that same, but is this realistic or would the different batches be enough to throw the voltages off and cause issues.
One question about the LT-Q562A and HLG-240H-24B driver: Considering the driver giving a constant voltage of 24V and these Q-Strips have an average voltage of 21.9V and a maximum of 23.1V, wouldn't that overpower the strips with too much voltage?
If the 24B driver is the correct one for this setup, would it make sense to increase the number of strips to enhance the efficiency? Like 22x instead of 18x LT-Q562A strips
The trick is that the driver is too small to overpower the strips like that. It does not produce enough current to give the strips what they want at 24V so it is forced to drop its voltage and put out all the current it can.
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One question about the LT-Q562A and HLG-240H-24B driver: Considering the driver giving a constant voltage of 24V and these Q-Strips have an average voltage of 21.9V and a maximum of 23.1V, wouldn't that overpower the strips with too much voltage?
Unlike every other electrical device you are familiar with, LEDs only take the voltage they want and ignore the rest. On the other hand they will consume every amp you provide it to the point of failure. Hence the voltage provided by the driver can be higher but the current must be limited.
