- Joined
- Dec 5, 2019
- Messages
- 281
- Reaction score
- 533
Hey guys!
I thought a lot of people here would like to see the events of the next couple of weeks. I thought I'd just use this thread to keep a log of how everything goes.
I just setup my first real reef tank and the day before I had the power go out for an hour for "line work" with no warning and it freaked me out.
So, being a designer/fabricator and a massive tinkerer, I decided to build what I think is the best option for power outages.
The entire thing will be a custom built box mounted on my wall by the tank, hidden behind a painting.
I'll be using x160 18650 cells to create a massive battery array, with a custom set of circuitry to manage charging, UPS switching function, and monitoring.
Considering almost everything in the tank is DC powered, it makes absolutely no sense to switch DC/AC/DC just to power pumps as shown by BRStv's recent videos. So I'll be using direct DC power from the battery bank with more circuitry to control pumps when they have to switch to "power saving" mode.
I'll also have some circuity for an emergency heater.
Currently, the theoretical potential is 13 days of battery power, and basically unlimited once I add a small solar unit to the system.
I look forward to posting updates as parts come in and I finish building parts of the system and install it!
I thought a lot of people here would like to see the events of the next couple of weeks. I thought I'd just use this thread to keep a log of how everything goes.
I just setup my first real reef tank and the day before I had the power go out for an hour for "line work" with no warning and it freaked me out.
So, being a designer/fabricator and a massive tinkerer, I decided to build what I think is the best option for power outages.
The entire thing will be a custom built box mounted on my wall by the tank, hidden behind a painting.
I'll be using x160 18650 cells to create a massive battery array, with a custom set of circuitry to manage charging, UPS switching function, and monitoring.
Considering almost everything in the tank is DC powered, it makes absolutely no sense to switch DC/AC/DC just to power pumps as shown by BRStv's recent videos. So I'll be using direct DC power from the battery bank with more circuitry to control pumps when they have to switch to "power saving" mode.
I'll also have some circuity for an emergency heater.
Currently, the theoretical potential is 13 days of battery power, and basically unlimited once I add a small solar unit to the system.
I look forward to posting updates as parts come in and I finish building parts of the system and install it!






