I’m quite new into this area. I’m doing a pro bona project in Gambia building an ISP- and Wifi-network to support a local school and health clinic.
Hope you can help me out with some few questions.
Electrical grid is unstable and very expensive (one old generator ship from Turkey in the harbor).
The system runs on 24 VDC and 48 VDC.
Solar panels and batteries must be bought locally due to custom rules and freight. But I can have smaller items such as solar charger delivered with group of tourists. Today they have solar panel and a battery for 12 VDC.
So, my thoughts on power design:
- 12 VDC Batteries and Solar panel (easiest type to get hand on)
- Orion-TR DC/DC Converter 12v-24v 10A (24,2v output)
- Orion-TR DC/DC Converter 24v-48v 2,5A (48,2v output)
- SmartSolar charge controller MPPT
- Blue Smart IP22 Charger 12/20 (1), 12VDC/20A
Purpose of Blue Smart IP22 Charger is to charge batteries after prolonged days with rain (rain season) and to provide power if battery power is too low.
Question 1:
- As I understand Blue Smart IP22 Charger must be connected in parallel with Smart Solar Charge Controller to battery. Is that correct?
- Will load still be through Load Connectors on Smart Solar Charge Controller? Or should load be taken directly from battery?
Question 2:
- How can Smart Solar Charge Controller measure state of battery, if Blue Smart IP22 Charger is on?
Question 3:
- Is it possible to have Smart Solar Charge Controller switch off Blue Smart IP22 Charger if Solar panels are active or battery fully charged?
- Using VE.Smart Networking?