⬇️LOW WIND 600watt turbine s.click.aliexpress.com/e/_99l1XF wind power for almost everyone. Enjoybot 36 volt LiFePO4 amzn.to/46E1be7 SwiPower Xijia 36 volt inverters amzn.to/46qMjAo Cenerius 36 volt 100A amzn.to/3Q9odEx SEE Full GE turbine store options s.click.aliexpress.com/e/_AFDRgV ⬇️ get SUN FUN KITS use code *OPC* for $$ off bit.ly/mysunfunkit & bit.ly/SUNFUN300KIT2DIY *SEE the Video on Controllers and Slave Battery use.* ruclips.net/video/WmsPePuIBVM/видео.html
Its funny i was just re watching your original video about using a 24v turbine to charge a 12 volt battery and then here you come out with another video! Im in Michigan not on the water, i have pretty good wind but i still think this is the only way for a turbine to work here and you showed me how!
Hello from Scotland. Raining heavy last few days. Gloomy and grey. Solar production near zero. But...thanks to your advice on using higher volt turbines my batteries are totally full. My istabreeze i1500 24v has been lazily whirring away almost non stop for 3 days in a steady 7 to 10 mph. Seems that turbine manufactures feel obliged to quote max power and efficiency for high wind areas. Either that or they think users are happy to spend a small fortune on MPPT controllers. Great video. Covers points you've raised in previous video but it seems you're the only guy out there hammering home how important voltage & cut in is.
I got lots of brand new Border Collies. They are 50/50 border collie and McNab Collie. They will have incredible health, live up to 16 years, and be smarter than most people you know. NOW you have a reason to travel here to visit and pick yours up! Bring a husband for Kiera!
Hi John, First off, have to say I think you do an absolutely sterling job with these video's. I live in the UK and we don't have anywhere near your kind of wind average's over here (well not unless you want to go and sit in the middle of the north sea or Scottish highlands), So I'm probably going to have to go with a different type of turbine, but if I'm understanding you correctly the same principles should cross over. The idea of using Lead/Acid batteries as a "pre-soak" environment for the incoming charge from the turbine is not something I have seen put into use before but it makes perfect sense to my thinking. My only question really is a theoretical one. With our low but variable wind speeds over on this side of the big pond, I am considering using an auto-switching multi pre-soak environment at different voltages 6 / 12 / 24 / 36, automatically stepping up as the wind increases. each of the pre-soak batteries will forward its charge onto a LiFePo4 main battery bank, using BMS cutoff to maintain minimum charge state of 70% on the lead acid pre-soak environment to increase longevity of the lead-acid batteries, and maximum charge state of 95% after which the incoming watts will be diverted to a custom built sand-based thermal energy store connected to my central heating and hot water supply. of course this would only occur once the main LiFePo4 battery bank has reached maximum charge state. I understand that this requires more batteries in the presoak environment, but that is not really a concern at this stage, my only concern is to reduce absorption resistance to enable me to make use of our slower average wind speeds, but also, to coin a phrase "make hey whilst the sun shines" or in this case, a system that automatically "ramps" itself up as the wind picks up, to "make watt's when the wind blows". Anyway, I would appreciate any thoughts you have on this kind of setup. Gary
Just love the deep dive you do for all of us, you hash through to find the best results with these related technologies. Freakin awesome to watch. Using Power Queen for 2 different applications. The 12v 100 AH mini for fishing trolling motor, the 12v 200 AH for the gas dryer to dry clothes, run freezer when we lose power. QUESTION ABOUT YOUR INVERTER. is the "AIMS" brand the same one you use, which says "cnswipower"?
Aims inverters are from numerous manufacturers, usually who ever gave them the best prices. A Swipower is made by their own company Xijia Tech that has been around since 2001 and is not rebranded by anyone. You can get Aims that is same as Royal Power, Wagen Tech, GHV, and others. But only cnswipower makes and sells cnswipower.
Lock the ladders up! Lock 'em down!! Hope you heal up soon. Just ordered a swipower 600 watt inverter from Amazon to check it out for a small system. Hope you got the referral. PS. Link to litime mppt controller?
You do some great diy videos, So i have a 24v system with hybrid inverter, i have a 48v turbine and funnily enough aquired around 20kwh of 36v valence lifepo4 batteries recently, ive been trying to work out the best way of using the 36v batteries in parallel (15 packs) as a slave battery bank to the 24v system as a kind of backup / wind turbine buffer, what would be the most efficient way to get the power from the 36v to the 24v system, ive seen youve used voltage up converters from 12v to 36v but not sure on the options for 36v to 24v as it seems to be a more obscure setup, any advice you could give would be greatly appreciated. Thank you
48 volt low wind model, the 600 watt sent to 3 lead acid 84 AH Walmart 24 series deep cycle arranged for 36 volts then buck it down to 24 (29.2v) 18 to 50v DC to DC charger of 40 amps with a diversion controller set off one 12 volt to act on 14.5 volts and doing the load top diverting. Fairy simple. Need a drawing and parts list, I do those on request for all members of the KoFi.
You install a 36 volt Lead Acid slave battery, use a 48 volt turbine as described in the links below, and from it you charge your 24 volt system with a DC to DC charger off the 36 volt made for that use. If you need exact method, parts and a drawing I can help with that.
things are getting stupid in this world, now is a pretty good time for people to build at the least a small off grid system while its still affordable.
⬇️LOW WIND 600watt turbine s.click.aliexpress.com/e/_99l1XF wind power for almost everyone. Enjoybot 36 volt LiFePO4 amzn.to/46E1be7 SwiPower Xijia 36 volt inverters amzn.to/46qMjAo Cenerius 36 volt 100A amzn.to/3Q9odEx SEE Full GE turbine store options s.click.aliexpress.com/e/_AFDRgV ⬇️ get SUN FUN KITS use code *OPC* for $$ off bit.ly/mysunfunkit & bit.ly/SUNFUN300KIT2DIY *SEE the Video on Controllers and Slave Battery use.* ruclips.net/video/WmsPePuIBVM/видео.html
👍👍👍 Glad to see the Wind Turbine Video's again.
More to come!
John, I just wanted to say thank you so much for putting in the effort to create these professional video reviews. :D
Its funny i was just re watching your original video about using a 24v turbine to charge a 12 volt battery and then here you come out with another video! Im in Michigan not on the water, i have pretty good wind but i still think this is the only way for a turbine to work here and you showed me how!
Good job miss Kiera
Very very cool!!! Thank you all again for the great information!!! John stay off the roof!!! Get better sir!, anyway love ya all blessings!!!
This video, and the links below the video, are absolutely loaded with amazing info. Thank you John and daughter!!!!
Hello from Scotland. Raining heavy last few days. Gloomy and grey. Solar production near zero. But...thanks to your advice on using higher volt turbines my batteries are totally full. My istabreeze i1500 24v has been lazily whirring away almost non stop for 3 days in a steady 7 to 10 mph. Seems that turbine manufactures feel obliged to quote max power and efficiency for high wind areas. Either that or they think users are happy to spend a small fortune on MPPT controllers. Great video. Covers points you've raised in previous video but it seems you're the only guy out there hammering home how important voltage & cut in is.
Just got the 3200 24 volt Inverter. Its size and weight is about the same as a 8 inch Cinder Block. Not hooked up yet. Have a great day.
Remember to use a resistor or 24 volt bulb to charge the capacitors inside slow and safe when hooking it up.
@@JOHNDANIEL1 I got a big flat Carpenter Pencil, count to 20. Lol
👍👌❤🇨🇦, thanks John for sharing your experience
Quality content as usual, thank you both
JD Its Ron in TN I hope alls well brother . Tell the family hello
Yessir!
Dont forget if youre in my area to swing by
I got lots of brand new Border Collies. They are 50/50 border collie and McNab Collie. They will have incredible health, live up to 16 years, and be smarter than most people you know. NOW you have a reason to travel here to visit and pick yours up! Bring a husband for Kiera!
I'll email ya @@JOHNDANIEL1
Hi John, First off, have to say I think you do an absolutely sterling job with these video's. I live in the UK and we don't have anywhere near your kind of wind average's over here (well not unless you want to go and sit in the middle of the north sea or Scottish highlands), So I'm probably going to have to go with a different type of turbine, but if I'm understanding you correctly the same principles should cross over. The idea of using Lead/Acid batteries as a "pre-soak" environment for the incoming charge from the turbine is not something I have seen put into use before but it makes perfect sense to my thinking.
My only question really is a theoretical one. With our low but variable wind speeds over on this side of the big pond, I am considering using an auto-switching multi pre-soak environment at different voltages 6 / 12 / 24 / 36, automatically stepping up as the wind increases. each of the pre-soak batteries will forward its charge onto a LiFePo4 main battery bank, using BMS cutoff to maintain minimum charge state of 70% on the lead acid pre-soak environment to increase longevity of the lead-acid batteries, and maximum charge state of 95% after which the incoming watts will be diverted to a custom built sand-based thermal energy store connected to my central heating and hot water supply. of course this would only occur once the main LiFePo4 battery bank has reached maximum charge state. I understand that this requires more batteries in the presoak environment, but that is not really a concern at this stage, my only concern is to reduce absorption resistance to enable me to make use of our slower average wind speeds, but also, to coin a phrase "make hey whilst the sun shines" or in this case, a system that automatically "ramps" itself up as the wind picks up, to "make watt's when the wind blows".
Anyway, I would appreciate any thoughts you have on this kind of setup.
Gary
ahh john its goooood to here your doing better
To see ya hop we all is will God bless
Just love the deep dive you do for all of us, you hash through to find the best results with these related technologies. Freakin awesome to watch. Using Power Queen for 2 different applications. The 12v 100 AH mini for fishing trolling motor, the 12v 200 AH for the gas dryer to dry clothes, run freezer when we lose power.
QUESTION ABOUT YOUR INVERTER. is the "AIMS" brand the same one you use, which says "cnswipower"?
Aims inverters are from numerous manufacturers, usually who ever gave them the best prices. A Swipower is made by their own company Xijia Tech that has been around since 2001 and is not rebranded by anyone. You can get Aims that is same as Royal Power, Wagen Tech, GHV, and others. But only cnswipower makes and sells cnswipower.
@@JOHNDANIEL1 thank you, and what do you like about the "CNSWIPOWER" inverter? (Quality?)
@@tylersathern1076 quality, price and options
@@JOHNDANIEL1 Thank you, appreciate you all. Keep up the good work. We live in a time with phenominal technology available.
JD I wish you'd compile all your videos on a dvd set .. Im in
Let’s brand a line of solar and wind with batteries. Wait for it. JONNEY 2 CH INS. I know you love it babby
Lock the ladders up! Lock 'em down!! Hope you heal up soon. Just ordered a swipower 600 watt inverter from Amazon to check it out for a small system. Hope you got the referral. PS. Link to litime mppt controller?
Direct to LiTime controller shrsl.com/498x7
You do some great diy videos, So i have a 24v system with hybrid inverter, i have a 48v turbine and funnily enough aquired around 20kwh of 36v valence lifepo4 batteries recently, ive been trying to work out the best way of using the 36v batteries in parallel (15 packs) as a slave battery bank to the 24v system as a kind of backup / wind turbine buffer, what would be the most efficient way to get the power from the 36v to the 24v system, ive seen youve used voltage up converters from 12v to 36v but not sure on the options for 36v to 24v as it seems to be a more obscure setup, any advice you could give would be greatly appreciated. Thank you
There is a reason I do only 12 volt and 36 volt. 36 down to 12 is easy, 12 up to 36 is easy. They cross perform each other with plenty of options.
@@JOHNDANIEL1 Yeah that is the easier option, but is there an option for going from 36v to 24v regardless? Thanks
What turbine do you recommend for 2 12v 400ah each running in series for 24v witch is 400ah LiTime batteries
48 volt low wind model, the 600 watt sent to 3 lead acid 84 AH Walmart 24 series deep cycle arranged for 36 volts then buck it down to 24 (29.2v) 18 to 50v DC to DC charger of 40 amps with a diversion controller set off one 12 volt to act on 14.5 volts and doing the load top diverting. Fairy simple.
Need a drawing and parts list, I do those on request for all members of the KoFi.
@@JOHNDANIEL1 that sounds like to much is there a 24v one that I can use that will work just as good with low wind the wind here now is 12wind outside
If you get good clean wind, free of lots of trees and obstructions, just grab you a 600 low wind model with the 3 curved blades.
what about 24V systems
You install a 36 volt Lead Acid slave battery, use a 48 volt turbine as described in the links below, and from it you charge your 24 volt system with a DC to DC charger off the 36 volt made for that use. If you need exact method, parts and a drawing I can help with that.
things are getting stupid in this world, now is a pretty good time for people to build at the least a small off grid system while its still affordable.