@solarcabin ok i looked it up 8 gauge wire is 45amp capacity the wire i have is 200amp capacity and i also have 600amp capacity wire can the wires be to big? i am using car jump leads as its much cheaper and i have a lot of conector blocks
No sorry thats not a Trojan t-105 its a Trojan 12 volt Marine battery,the t-105 is a 6 volt golf cart true deep cycle battery i buy them in pairs to make 12 volts..I'm sure you know this and i'm not busting on you but lets try not to confuse people as this solar stuff is confusing enought, and buy the way your vids rock!!!
A good rule of thumb for every 1 amp of AC current it takes about 10 amps of DC current. This iS for a 12 volt system, 5 amps for a 24 volt system. This is an approximate. Calculation for an inverter with 90% efficiency, which is what most inverters run these days. A good addition to any solar wind system is a Trimetric 2025 battery monitor system. Just think of it as a gas gauge for battery bank. I hope this helps everyone. Good work .
@solarcabin -- I know the larger inverters cost more money, but it seems you could use maybe a 1,500-watt inverter so that you could run anything in your house. You mentioned that you can run all your power tools off the 600-watt inverter, so that's good.
@solarcabin -- You mentioned that it is good to keep the inverter cool so that the fan doesn't run all the time. How has the inverter been working? Do you know about how often, if ever, the inverter's fan comes on?
@solarcabin are those speaker wires you are using to make the connections? I recall you saying 8 gauge wires. I did buy some 8 ga standed @ local home store but it is rather stiff. It looks like yours are just speaker wire of which is more flexable. Where are you getting your wire? Thanks.
The heavier gauge the wire the better but from each panel you can use smaller gauge wire and then run them together into an 8 gauge wire or heavier. The wires in this video are just to demonstrate the panel.
I have two controllers one for the solar and one for wind. You should match your power amp output to the amps the controller can handle plus give yourself room to expand.
I received some equipment but most equipment I purchased. I make suggestions for many brands people can consider and I always recommend people do their own research and shop around.
It would depend on the size of your solar array and battery bank but a 100 watt panel can usually recharge on average deep cycle batt in about 3-4 hours of good sun.
Generally speaking a 48 volt system would be two 24 volt panels wired in series and you would need a power controller and inverter designed for 48 volts.
Consider the Optima marine batteries too. They're a 'dry' battery and can be drained all the way down without damage. I have the automotive version in my truck and burned the battery down twice due to a bad relay. It charged right back up again and holds its charge.
LaMar you said early in the video the panel provides 12VDC but the panel looks like it has 36 cells. This would provide 18VDC which is optimum to charge a 12v battery bank. Maybe I am splitting hairs but just thought that was pertinent information. You also spoke of computers. I know you don't proclaim to be a technical guy but I say you are brilliant. Desktop computers can be easily converted to run directly on DC. You have a laptop so you don't have to worry. Great video! Thanks
Good, I have noticed that alot of folks have the miss conception of Solar Living meaning that you eat in the dark. Lot's of the older systems were grossly undersized.
Showing folks what you can do to live in a "normal" setting. We run three fridges, one freezer and the regular household items.
I was told that loading the batteries was like filling a glass of beer. letting it settle and continue filling it up until the glass is full.
Your system is interesting, I would suggest that to run a few lights, and computer, your single panel might do. But if your trying to live and run appliances, I would go for more panels, and batteries, using a commercial inverter, and charge controller, OUTBACK POWER has great products. My off-Grid house, farm, and office use 48V panels and battery storage with generator backup. Find some good forklift batteries 12v, 24, 36, 48v. depending on your setup.
Very nice video. I've said it before and I'll say it again, thank you so much for these videos. It really helps to understand when you can actually see the process.
Thats not a t105.
DisabilityFraudKJW 6 days ago
Where do you live? Can you come connect my panels?
Volcano2014 1 month ago
@solarcabin ok i looked it up 8 gauge wire is 45amp capacity the wire i have is 200amp capacity and i also have 600amp capacity wire can the wires be to big? i am using car jump leads as its much cheaper and i have a lot of conector blocks
MrMagicseeds 1 month ago
@MrMagicseeds
The heavier the better. DC electricity is like water so you want a big hose to deliver it fast and smooth.
solarcabin 1 month ago
@solarcabin thankks alot m8 i sunscribed
MrMagicseeds 1 month ago
You've done your homework. Good to see. I have been an EE for many years and am impressed with your level of knowledge. Good job!
tomperanteau 1 month ago
No sorry thats not a Trojan t-105 its a Trojan 12 volt Marine battery,the t-105 is a 6 volt golf cart true deep cycle battery i buy them in pairs to make 12 volts..I'm sure you know this and i'm not busting on you but lets try not to confuse people as this solar stuff is confusing enought, and buy the way your vids rock!!!
SouthernPioneer1965 1 month ago
@SouthernPioneer1965
Trojan made T-105 12 volt up until a few years ago and I have 4 of them. The new T-105 is only available as a 6 volt.
solarcabin 1 month ago
Should I wait for another year to see the rate of panels go down.
I am planing for 250W * 2 panels, about 6 12V * 135Ah deep cycle batteries, with 1kw sine wave inverter.
I appreciate your suggetion.
kmgnath@yahoo.com
GK007001 2 months ago
@GK007001
Pretty good prices at $1 a watt right now. You get a better price if you buy in bulk.
solarcabin 2 months ago
I actually know the guy who did the firmware for your inverter.
cypherf0x 2 months ago
@cypherf0x
Cool- tell him I said he did a good job!
solarcabin 2 months ago
Hey Lamar,
A good rule of thumb for every 1 amp of AC current it takes about 10 amps of DC current. This iS for a 12 volt system, 5 amps for a 24 volt system. This is an approximate. Calculation for an inverter with 90% efficiency, which is what most inverters run these days. A good addition to any solar wind system is a Trimetric 2025 battery monitor system. Just think of it as a gas gauge for battery bank. I hope this helps everyone. Good work .
GRDuhon 3 months ago
@GRDuhon
Thanks, that is a good explanation.
solarcabin 3 months ago
Can you run your microwave oven off that 600 watt inverter?
BullittMcQueen1 3 months ago
@BullittMcQueen1
Probably not because of the start up watts. They make RV microwaves that use less watts.
solarcabin 3 months ago
@solarcabin -- I know the larger inverters cost more money, but it seems you could use maybe a 1,500-watt inverter so that you could run anything in your house. You mentioned that you can run all your power tools off the 600-watt inverter, so that's good.
BullittMcQueen1 3 months ago
@BullittMcQueen1
You can get a larger inverter if you will be running more appliances at the same time or heavier loads. Nothing I run uses 600 watts.
solarcabin 3 months ago
@solarcabin -- You mentioned that it is good to keep the inverter cool so that the fan doesn't run all the time. How has the inverter been working? Do you know about how often, if ever, the inverter's fan comes on?
BullittMcQueen1 2 months ago in playlist More videos from solarcabin
@BullittMcQueen1
The fan only runs when the inverter gets hot and I keep it cool in a shed. So far it doesn't run very often.
solarcabin 2 months ago
@solarcabin are those speaker wires you are using to make the connections? I recall you saying 8 gauge wires. I did buy some 8 ga standed @ local home store but it is rather stiff. It looks like yours are just speaker wire of which is more flexable. Where are you getting your wire? Thanks.
sabud74 3 months ago
@sabud74
The heavier gauge the wire the better but from each panel you can use smaller gauge wire and then run them together into an 8 gauge wire or heavier. The wires in this video are just to demonstrate the panel.
solarcabin 3 months ago
With your power controller, how many watts of solar and wind power can it handle?
BullittMcQueen1 3 months ago
@BullittMcQueen1
I have two controllers one for the solar and one for wind. You should match your power amp output to the amps the controller can handle plus give yourself room to expand.
solarcabin 3 months ago
Did you pay for all this equipment or did the companies you used hook you up? Just wondering if it effects objectivity of certain companies.
BradinOkinawa 7 months ago
@BradinOkinawa
I received some equipment but most equipment I purchased. I make suggestions for many brands people can consider and I always recommend people do their own research and shop around.
solarcabin 7 months ago
Super awesome!!! Its free, meant to teach to evolve. Thanks from a fan from Sweden
henryzimmer 9 months ago
Great video!!! I new to learning about off grid living. I was wonder how long does it typically take for a battery bank to fully charge??
TheNitababe101 9 months ago
@TheNitababe101
It would depend on the size of your solar array and battery bank but a 100 watt panel can usually recharge on average deep cycle batt in about 3-4 hours of good sun.
solarcabin 9 months ago
You can get more life out of your batteries with a good desulfator. Great info, thanks for sharing.
marthale7 10 months ago
@solarcabin
What do you think about 48V systems with a 48V inverter and four 12V batteries?
Are they the same but just larger?
Shar4ie 10 months ago
@Shar4ie
Generally speaking a 48 volt system would be two 24 volt panels wired in series and you would need a power controller and inverter designed for 48 volts.
solarcabin 10 months ago
Consider the Optima marine batteries too. They're a 'dry' battery and can be drained all the way down without damage. I have the automotive version in my truck and burned the battery down twice due to a bad relay. It charged right back up again and holds its charge.
428ghost 10 months ago
Great Video!! I love seeing that tough lookin bicycle hangin on your place! There's no doubt, You make the best off-grid videos Ive ever seen.
stephen3398 10 months ago
@stephen3398
Thanks!
solarcabin 10 months ago
Very good explanation of a basic system setup. Just make sure ABSOLUTELY NO MOISTURE gets in or on the controller or inverter.
pgm98387 10 months ago
LaMar you said early in the video the panel provides 12VDC but the panel looks like it has 36 cells. This would provide 18VDC which is optimum to charge a 12v battery bank. Maybe I am splitting hairs but just thought that was pertinent information. You also spoke of computers. I know you don't proclaim to be a technical guy but I say you are brilliant. Desktop computers can be easily converted to run directly on DC. You have a laptop so you don't have to worry. Great video! Thanks
gmsllc 10 months ago
@gmsllc
Yes the panel actually produces mvt 17.4 volts but trying to explain what all that means in a video is too difficult.
Thanks
solarcabin 10 months ago
Comment removed
pgm98387 10 months ago
Good, I have noticed that alot of folks have the miss conception of Solar Living meaning that you eat in the dark. Lot's of the older systems were grossly undersized.
Showing folks what you can do to live in a "normal" setting. We run three fridges, one freezer and the regular household items.
I was told that loading the batteries was like filling a glass of beer. letting it settle and continue filling it up until the glass is full.
dirtddoctor 10 months ago
@dirtddoctor
That is a good analogy for a battery!
solarcabin 10 months ago
Your system is interesting, I would suggest that to run a few lights, and computer, your single panel might do. But if your trying to live and run appliances, I would go for more panels, and batteries, using a commercial inverter, and charge controller, OUTBACK POWER has great products. My off-Grid house, farm, and office use 48V panels and battery storage with generator backup. Find some good forklift batteries 12v, 24, 36, 48v. depending on your setup.
dirtddoctor 10 months ago
@dirtddoctor
My system is 570 watts solar and 400 wind. You are just looking at the new equipment I am adding.
Outback is good products and Northern Arizona Wind & Sun carries Outback products.
solarcabin 10 months ago
nice video
jmmurdy 10 months ago
Very nice video. I've said it before and I'll say it again, thank you so much for these videos. It really helps to understand when you can actually see the process.
backwoods223 10 months ago
Doesn't DC current only travel for aprox. two Miles? and AC travels over longer distances?
w1ldyovvnz 10 months ago
@w1ldyovvnz
It would take huge wires to transfer DC current any long distance which is why the grid uses AC not DC current.
solarcabin 10 months ago
Nevermind Lamar, you ended up answering my question at end of video.
keith19692 10 months ago
Thumbs up!! Great video buddy.
WORRO01 10 months ago
What did this setup cost If you dont mind me asking?
keith19692 10 months ago
Lamar for president!
PigNorton 10 months ago
More great info! It makes my day to see a new video from you. Thank you so much! I look forward to the next part!
GreenEggsAndHamster 10 months ago
Awesome videos, LaMar. I'm enjoying the book too.
Frosttty 10 months ago