Hey, guys I'm back with a new project. My previous project didn't work out well, so now I have more practically possible concept, or I can say I have already build it!.
Now I have made a DC emergency lighting system, when the power goes out it should provide a backup of 4hours.
Specifications:
Battery: 12v 5AH SLA VRLA type
Load: Two modified led bulbs requiring 32- 36v each, connected in parallel. Gives good brightness at 500ma each, so total 1amp.
Regulator:XL6009 DC TO DC booster https://www.amazon.in/gp/aw/d/B00HV59922/ref=ya_aw_od_pi?ie=UTF8&psc=1
How much backup time will I get?
Any suggestions on my current setup?
Now I have made a DC emergency lighting system, when the power goes out it should provide a backup of 4hours.
Specifications:
Battery: 12v 5AH SLA VRLA type
Load: Two modified led bulbs requiring 32- 36v each, connected in parallel. Gives good brightness at 500ma each, so total 1amp.
Regulator:XL6009 DC TO DC booster https://www.amazon.in/gp/aw/d/B00HV59922/ref=ya_aw_od_pi?ie=UTF8&psc=1
- Low ultra wide input voltage 3 v ~ 32 v, the best is 5 ~ 32 v working voltage range;
- Low ultra wide output voltage 5 v ~ 35 v;
- Built-in 4 a efficient MOSFET switch tube, make efficiency up to 94%; (LM2577 current only 3 a)
- High switching frequency, 400 KHZ, can use the small capacity of the filter capacitor can achieve very good effect, ripple smaller and smaller
- Can handle load upto 4 amps.
How much backup time will I get?
Any suggestions on my current setup?