Our van had 3 x exide eguipent gel es1600 140 Ah batteries, two of which have now died.
The 2 solar panels have managed to keep the remaining one and the starting battery fully charged through the winter on a storage site. (3rd winter since we got it, 1st time all batteries went flat, had to replace starting battery. 2nd winter it was on EHU throughout).
Despite proving it can support a 7A discharge for 10 hours to 50% charged last summer, I strongly suspect the remaining battery will die soon.
Van has a Mastervolt mass combi inverter/charger suitable for various battery types, plus separate solar charger
Two questions:
1. What do people think is the best price/performance compromise for various battery technologies?
2. How do most people assess how much capacity they need?
The 2 solar panels have managed to keep the remaining one and the starting battery fully charged through the winter on a storage site. (3rd winter since we got it, 1st time all batteries went flat, had to replace starting battery. 2nd winter it was on EHU throughout).
Despite proving it can support a 7A discharge for 10 hours to 50% charged last summer, I strongly suspect the remaining battery will die soon.
Van has a Mastervolt mass combi inverter/charger suitable for various battery types, plus separate solar charger
Two questions:
1. What do people think is the best price/performance compromise for various battery technologies?
2. How do most people assess how much capacity they need?