Doom5003
Senior Member
- Joined
- Sep 24, 2013
- Messages
- 515
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So, let me first say upfront, i know very little about electricity and inverters etc. and the more i read the less i feel i know.
What i am hoping to get done sometime later this hear and accomplish is have enough power to stay loadshedding.
I probably wont be going off-grid anytime, soon if at all. Just looking for something small to power my 48" Sammy LED TV, 1 router, 2 small fans, and 2 LED light for about 3 hours.
Currently the household uses about 16 units power a day, not sure if that's below or above average.
I would like something that i can expand upon in the future and add solar to the mix to save some money and if all goes well, in a few years time, be able to run most from solar during day and batteries during night.
The inverter should be able to handle firstly loading batteries, while house is on grid, then when batteries are fully loaded, help supplied power, thus reducing power costs. Not sure if this is possible. Some of what i read, this can be done and is automated.
The budget, hoping to keep this as "cheap" as possible, but at the same time dont want to have to buy another inverter down the road due to bad planning/ cheaping out on parts.
Load shedding , when it hits, is between 1 or 2 times a day, for about 2.5 hrs at a time.
Any advice regarding units, brands and capacity would be much appreciated.
What i am hoping to get done sometime later this hear and accomplish is have enough power to stay loadshedding.
I probably wont be going off-grid anytime, soon if at all. Just looking for something small to power my 48" Sammy LED TV, 1 router, 2 small fans, and 2 LED light for about 3 hours.
Currently the household uses about 16 units power a day, not sure if that's below or above average.
I would like something that i can expand upon in the future and add solar to the mix to save some money and if all goes well, in a few years time, be able to run most from solar during day and batteries during night.
The inverter should be able to handle firstly loading batteries, while house is on grid, then when batteries are fully loaded, help supplied power, thus reducing power costs. Not sure if this is possible. Some of what i read, this can be done and is automated.
The budget, hoping to keep this as "cheap" as possible, but at the same time dont want to have to buy another inverter down the road due to bad planning/ cheaping out on parts.
Load shedding , when it hits, is between 1 or 2 times a day, for about 2.5 hrs at a time.
Any advice regarding units, brands and capacity would be much appreciated.