Had a brain child today and wanted to share. Im thinking of making a Battery powered RGB Uplight/Par light. Similar to this:
http://www.fullcompass.com/prod/253005- ... aQod3NkPZQ
I think this would be a lot more convenient and just more practical when doing outdoor events where wall outlets are minimal. Ofcourse I'm not gonna spend 250 on a single light for this convenience so i will try to make my own.
Im planning on using this 5 meter LED strip:
http://www.supernight.cc/supernight-tm- ... oller.html
I will be cutting the Led strip into 5 separate meters to get 5 separate lights and organize into wide rectangle or small square enclosures.
battery:
http://www.ebay.com/itm/162023098224?_t ... EBIDX%3AIT
Will be using these controllers since i only need single color at a time and no FX or DMX (well as of right now):
http://www.ebay.com/itm/201243376458?_t ... EBIDX%3AIT
dont know yet what else i would need since im just planning as of right now:
My Math:
So im wondering how long that battery can power 1 meter of the LED strip.
LED strip specs states that 1.2 amps working current per meter. Battery has a capacity of 9800mah=9.8 A/h
9.8/1.2 = 8.16 hours .... Is that a correct way of calculating how long it can theoretically last before the light dies out?
i found this video where a guy used 8 AA batteries to get 12v and able to power 2x2m strip lights for 3 hours (from his description). I found that a AA battery is 1.5v and ~2600mah. So 8 batteries in series is 12v but still ~2600mah? dont know if hes telling the truth
https://youtu.be/NdoFUBd7aI8
How would the battery life differ if i link the battery in parallel with multiple meters instead of series?
i will be ordering the parts listed above soon so ill be doing some actual tests on the battery life duration with 1m, 2.5m, and 5m of the LED. Would love to get some feedback from all the geniuses here that are always helpful
