m6yru
Member
- Joined
- Sep 6, 2017
- Messages
- 54
here in "sunny" uk its never full sun except for about 3 weeks during summer lol... soooo
my ideas was to go big in tie-grid inverter but that since has been explained and is a bad idea!
My question now, as i have worked out the mean valueim using about 350w/h at 240v i was thinking of going small to just "offset" my bills...
now the reality of solar is that i wouldnt have the full power out of the pannel, if i needed to charge a bank of cells suitable to run a 350w tie inverter with a 24v battery pack, how many 100w at 12v solar pannels would i need...
i was thinking of only 6 hours of winter daylight and maybe running the tie inverter during peak power use,
how many amps would theinverter take off the cells when running at max (24v pack)
my ideas was to go big in tie-grid inverter but that since has been explained and is a bad idea!
My question now, as i have worked out the mean valueim using about 350w/h at 240v i was thinking of going small to just "offset" my bills...
now the reality of solar is that i wouldnt have the full power out of the pannel, if i needed to charge a bank of cells suitable to run a 350w tie inverter with a 24v battery pack, how many 100w at 12v solar pannels would i need...
i was thinking of only 6 hours of winter daylight and maybe running the tie inverter during peak power use,
how many amps would theinverter take off the cells when running at max (24v pack)