So I bought a thing (or a few things)
1. Eltek 48V/2000W rectifier for a steal of $50 from ebay
PCB interface board for $12 from ebay
vk4ghz Eltek Monitor to control it for $90+21 AUD (so around $78 USD)
My generator is only rated at 3500W continuous. I think a 48V/3000W would have been a better match, but it was going to cost about 3-4x as much. Though, if I stack 2000W units, I need another interface board and controller to run it.... hm. Maybe I should have done that after all, may have been cheaper. Oh well.
Either way, this will give me the ability to push around 35A into my battery packs from the generator.
Really, this is only for backup of a backup use case, if grid goes down and stays down for any length of time, and the solar sucks, and I need a boost.
.... Or maybe just an excuse to tinker.
The vk4ghz monitor just makes my life a little easier because I'm no programmer and having to buy an arduino and program it myself and all is just not for me right now.
1. Eltek 48V/2000W rectifier for a steal of $50 from ebay
PCB interface board for $12 from ebay
vk4ghz Eltek Monitor to control it for $90+21 AUD (so around $78 USD)
My generator is only rated at 3500W continuous. I think a 48V/3000W would have been a better match, but it was going to cost about 3-4x as much. Though, if I stack 2000W units, I need another interface board and controller to run it.... hm. Maybe I should have done that after all, may have been cheaper. Oh well.
Either way, this will give me the ability to push around 35A into my battery packs from the generator.
Really, this is only for backup of a backup use case, if grid goes down and stays down for any length of time, and the solar sucks, and I need a boost.
.... Or maybe just an excuse to tinker.
The vk4ghz monitor just makes my life a little easier because I'm no programmer and having to buy an arduino and program it myself and all is just not for me right now.