I put together a little feeder light using an LED hheadlight. I opened up the headlight and cut the wire's feeding the bright Cree LED. I sent the negative to the negative on the 6 vdc battery and routed the positive through the timer contact. The timer takes a 12vdc power source so I used a 12vdc battery for it. The timer uses a very small amount of current so the 12vdc battery wont need a solar panel. Just charge it every few months. The timer was around $12 on eBay and can be programmed for multiple different time's. The light only draws half an amp so a feeder solar panel should be plenty to keep the 6vdc battery fully charged if placed in full sunlight. This thing is plenty bright and should work great. I will update some pic's after its in place. I used a cantex PVC enclosure from Lowe's and it will mount to a perforated sign post similar to a pipeline right of way sign. The solar panel will be mounted to the top of the enclosure as well.
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it looks good but you might want to consider how much you will be running the light. It is smart that you are using a timer but if the light draws 1/2 an amp per hour, a normal 6 volt battery has either 4.5 to 5 amps. It will also kill the battery if eventually if you run it down more than half way each night, so your looking at around 4-5 hours a night. But also keep in mind a solar panel does not charge the battery all the way up even in full direct sun light, it is only made to maintain. You might want to consider switching to a deep cycle battery, just my two cents. Keep up the good work!
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As mentioned above, if the light is drawing .5 amps a hour you will only get about 8-10 hours of run time a night with the 6volt battery. A feeder solar panel will only put a max of about 1 amp back into the battery with a full day of sun. To run that light all night every night your going to need at least a 17 amp battery and a 20 watt solar panel. Now you could set the timer to only run the light for 4 hours a night and then you could go with a 12 watt solar panel but you should still use a 17amp battery. You also should have a solar charger controller on it so it doesn't run the battery all the way down or over charge the battery. Running the battery all the way down will ruin it quick. The reason you need a bigger battery is so when you get several days of cloudy weather you will have enough battery to run the light for several days without the battery needing to be charged.
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