Just completed the break-in period and so far the unit is operating perfectly ua-cam.com/users/postUgkxOTeIs0vv4_9B5hsmnLsk9r930uDQLu_Y . I was amazed by just how quiet this little guy is. I kept having to walk down the driveway to the generator to make sure it was still running. In fact, the most annoying noise coming from the set-up is a high-pitched chirping coming from the pressure regulator on the propane line. I suppose it's possible my other propane-powered generator's pressure regulator is making the same noise, but the generator itself is so loud I've never noticed it. Build quality so far is excellent. My only nit is the service panel is a little tricky to remove. I feel like I might break off one of the plastic tabs when bending it back. I probably just need to work out the technique, so will not hold it against Champion.Next week I intend to fully load the unit to charge a large battery pack and will update this review if there's any problem (3000W continuous load vs a rated 3100W capacity while using propane). Absent any trouble there, I'm 100% pleased with this purchase.
One key ingredient is the battery. That way you store enough excess energy at your property for the rare occasion the wind isn’t blowing and the sun isn’t shining and just top it up when needed before sending the power back in to the grid. Love this set up by the way. I’ll take two if them. Regards from Australia.
I couldn't figure out what he was talking about, Ive never heard of a Nasal on a wind turbine, thought it was some sort of name gimmick for that turbine company or something lol.
Yea, dont forget to also use the solar panels, and inverter that is also there somewhere and the batteries that were missed in this step by step, diy how to useful video
@@asmmahfuz8569 Many Wind Turbines spin at only 400 RPM. Some up to 800 RPM. For a given Rotor Diameter, we should always use an alternator that creates the proper power (watts) that matches the RPM of the Blades at the "Rated Wind Speed" ...
Sure, but what are the feed in tariffs? Is that a good investment? Or is this rancher better off spending his money on other equipment. Part of the problem is that often the grids are privatised monopolies, who get to tell you how much they'll pay you for electricity, and how much you have to pay to take from the grid. 20kW would only be helpful either with high feed in tariffs, energy intensive on sight machinery, or a microgrid to share with neighbours. But the last part results in duplication, because of a broken structure in the market.
@@qkrotor For most people, it is much more likely to be sunny, but not very windy. Wind Turbines cost 3 TIMES to 4 TIMES more than Solar per kWhr generated. Wind Turbines can be financially justified, if you do not already have Grid Power available ( ie the grid connection is expensive ) - but they already have a Grid connection. You need strong steady winds, like 15 MPH - 25 MPH, for several hours, every day. Who has that? Wind Turbines are a very expensive toy. The homeowner will learn this lesson when he needs to them call for out-of-warranty service = a financial LOSS. The second time that it fails, the homeowner will have it removed ...
@@mortarriding3913 The home owner is using a "Grid-Tie" inverter because he has a reasonable Net Meter agreement. This video was about final installation and raising of the Wind Turbine, not feed-in tariffs - that is another show.
I would like to have seen some cost / savings details with simple payback information. Also, was there some government grant or utility company incentive for this rig?
At 1.5 kw I dont think this will pay for itself within the owners lifetime. Plus, I dont see the power company offering incentives. This means they are going to sell less electricity which hurts their bottom lines. Not that renewable energy isn't something to work towards, but It is not even close to being cost effective yet.
@@zacharyadams6277 The electric company actually takes the excess energy that you produce and they sell it to others. They have to pay you for that in the form of a lower bill. If you produce $50 of excess energy, they'll take that off of your bill.
@@CameronCourts That's absolutely correct. No more electricity this system will produce, he wont have enough to run his own stuff, much less produce extra. I could have missed something though. Thanks for pointing that out.
Nothing was mentioned about expected maintenance or the cost of replacement. Those turbines don't last but a few years and a good Texas storm will make scrap out of that unit.
@@Mantooth2851 There are off-grid families who have built and installed a larger wind turbine than this. It is all about SKILLS. So no, your so-called sarcasm was not obvious.
Be nice to have included the name of the company plus products in a hyperlink too ? Since you didnt who sells it ,or where can it be found including the specifications ? Thanks !
Oh my god that connection at 2:40 looks totally unprofessional. Here you would be required to use a cable shoe, that's much better than what you're doing here.
I thought the same thing. For the amount of money this probably cost one would think the company could have at least included a block connector to secure that wire. It would really suck to put that pole up and realize you didn't tighten that screw enough.
I know that I am a year late. But not only does that connection look unprofessional. So does the conduit at the inverter station. First, I see 2 un-needed pull boxes why they were installed for a 3 foot run is beyond me. Second, those two conduits are crossing too. Should've had the far left come straight down then shoot over to the box on the far right, looks like a DC disco. Then the right shoot into the inverter. And third, the two underground conduits are crossing each other above the ground. If they couldn't make it cross under ground, fine. Shoot them straight up into the box and make the wires cross inside the box. (Unless the can't cross inside, then I understand the crossing outside.)
every house ive lived in would have a big draft if the front an back door was open doors would violently slam im betting u could power a tv just from my hallway 💨📺
@@melainewhite6409 If they have strong steady winds, and I think they do, then it will be much less than a 105 year payback. For the average residential home, you are correct. But this is not your average residential home.
@wnc817 That requires skills, tools and knowledge the average person does not have. It is better to buy a 2,500 Watt Turbine online for $1,500 and *install* it yourself on a Guy-Wire Pole = Big Savings! Then the payback will be less than 10 years. If you are off-grid and in a windy area, then you need to do this.
2:40 Never do this for you diy home turbine, look at the numbers of electronic componets inside. He will have to take it down soo again and replace circuit board. Here how you do it correctly. Drag 3 phases from turbine into your house, then connect it to speed controlller/charger at your home.
Yes the way they did it was not the best to say the least. Transforming from ac to dc current makes you lose a lot of effect in those long and thin cables. And you need all those vulnerable electronics components in a very bad place susceptible to rain and maybe lightning. Better deal is sending ac current and rectify it once it's on the ground and is a sheltered place.
It is easy if you buy the generator and the blades from market. Anyone can do this. But if you want to make generator by yourself then it's awhole different story.
I poured a 6 X 6 foot by 4 feet deep base for a 75 foot radio tower. As well as digged a 120 foot trench for the communications lines. So yes it can be done yourself but it's a lot of work an time. Also added steel rebar throughout the concrete base. As far as 20 foot deep bars for support you could rent most of that from Home Depot I bet.
Thank You for a great video. I plan to put up a micro wind turbine. What I would like to do is tie to the grid and power my house as well. If the grid shuts down I would like to continue to supply power to the house without any power going back into the grid AUTOMATICALLY. And when the grid comes back uo, Supply the grid with power again automatically. Is there a way to do that? If so please point me in the correct direction to learn. Again Thank You.
The first syllable is not emphasized: nacelle (/nəˈsɛl/ nə-SELL). Kevin asked to hear the word again with reason. "You're calling this a nasal? -A nasal"
I'm amazed that nobody proofs the videos and the viewers don't scream about all the mistakes...even by "experts". Even a dope like me knows it's wrong.
thisa is just beautoful,. too beautiful because in Latvia You cant do your own elecricity, you need to pay to the goverment if you use something else , not elecricity they made, isnt that sick?
It's started to be the same way in America now. In some places you can't collect your own rainwater and in other places you cannot go "off grid". They tell us how much they want us to use less energy and help save the earth by creating clean energy BUT only if they continue to make billions of dollars. Lol, if we all were able to generate our own electricity and truly be off grid, the government would make it illegal.... somehow. They're all full of BULLCRAP !!!!!!!!!!
It's not the same as solarpanels. The 3kw solar panels he has produces 3kw a year. A 1,5 kw turbine produses 1500 wats continuesly. So if the winds are enough for 1,5 kw 24/7 and 365 days a year that 1,5kw turbine will produce 13140 kw of energy a year. The turbine is going to cost more but depending on place it's gives a hell of a lot more then solar. You need to do a full calculation tho, cause it's moving parts and services that needs to be preformed.
@@Sunblocker101 that's per day not per year... one 250watt panel can produce about 30 kwh per month.. the average house uses anywhere from 750 to 1000 kwh per month. But yes the wind turbine can produce a lot more if the conditions are right
@@Sunblocker101 Sorry but you are totally wrong. 3 kW (kilo Watt) is twice 1,5 kW. If the sun shines for 1 hour the solar panels produce 3 kWh (kilo watt hours). 2 hours gives you 6kWh, 3 hours 9 kWh and so on. If the wind blows at optimal speed for 1 hour then the wind turbine gives you 1,5 kWh, 2 hours give 3 kWh and so on. If you have a windy location that´s often cloudy then the wind turbine might be the better choice. If you have lots of sun then the solar panels are more effective. If you´re going off grid then you should probably get both and a back up generator as well. Plus a lot of batteries to store the energy so you can use it when you really need it.
@@Sunblocker101 That is only 2.75 suns hours per day on average. While I would by that for November through February, you would have to live pretty far north not to get more sun than that. Assuming he is using high voltage strings (and with him using a wind turbine on the same inverter he would be crazy not to) even under cloudy conditions that 3kw system will be pumping out at least 1Kw. More like 5000Kwh+ per year
A 1.5 kilowatt Wind Turbine + Tower + Grid-Tie Inverter can cost between $5,000 - $10,000 ( or more ) installed. On average it can generate $150 worth of electricity per year - more in very windy locations. Therefore, 33 years ( if it lasts that long ) to "break-even" = $5,000 / $150.
Any saving made will be lost when aspecialist is needed to service/repair the complicated kit. The key to making this tech cost effective is DIY serviceability.
it's not solar, it's 1,5 kw continous power in high enough winds. If winds are high enough the whole year it has the potential to give you 13140 kw of electricity a year
@@CrazyLakla that such an old out of date thought. They easily pay for themselves. Basic business would tell you you dont sell something for $2 that cost you $3 to make you would go out of business.
@@Sunblocker101 For that sized wind turbine you need 15mph winds to generate any real power. Just because you are spinning does NOT mean you are making power. Their are relatively few areas that micro wind turbines are of any real use. If you get 8hr+/day of 15Mph+ winds they are great. Anything less than that you are MUCH better off putting your money into more solar. IF you make a larger diameter turbine to take advantage of lower winds, you get into trouble with high winds and snap off your tower. IF you make the tower strong enough, you are back to solar being more cost effective. Probably 80% of the continental US is not suitable for micro wind turbines.
@@Sunblocker101 I looked it up. That turbine is rated at 1.5Kw at 11m/s(24mph). Probably less than 5% of the continental US gets that kind of wind for 8+hrs/day.
i just used a 80 foot tree that was in the yard for a windmill and i drove around and found all the solar trailers on the highway just removed the flashing arrows on them and ducked tape the wires together ..
@@verdatum STEP 4 = *PROFIT* - will never happen for 99% of the people that install Wind Turbines without first doing allot of wind research for their exact location.
@@phiksit It will fail long before it ever pays for itself. The cost of "out-of-warranty" repair just once, makes it a financial nightmare. When the second failure occurs ... it will be turned off and taken down.
This 60' pol top of turbine work with air flow and wire came in side the pol if this turn with air wind to rotate 360 how to connect power wire because if this turn360 many times so wire will twest and be came short and burn can u explain there is some lock or have some other technical point
@@crazyhass84 Will it even last that long? Every expensive repair will increase the cost and push the break-even out another 5 - years. The blades will need to be replaced. Nothing will need to be re-oiled for 30 years?
Okay I'll admit this is a neat idea but is this really what This old House is like now? I used to watch this show years ago and it always seemed to be about how you can fix up your house yourself. This is buying a commercial wind mill, having a professional crew install it and the This Old House guy just standing and watching them with a clueless look on his face.
it may sound crazy, but you dont just buy this thing at Miners and pour concrete around it, i see what your saying, and to that i say that they still have plenty of home repair videos
DIY version is to build it out of wood and use to it power a grain mill. This is not a DIY project. If you are at the point where you have a skid loader/forklift that can lift these components, and then winch it up you are way above and beyond a DIYer already and should be able to do it all from this video anyway.
Imagine the steel cable snapping at 3:50. Those guys would be in hospital. Same story for the idiots at 4:18, they don't add any value to the lifting, and when the cable to the digger snaps they will be whipped lethally in their head. Plus they will be launched into the air since they are holding onto it with their full weight already.
It really does add to the lifting. Remember the application of a lever arm(force times distance). That cable looked much lighter than what I would have been using.
@@MrSummitville North west would be closer to the lake, so I suppose it might. But the joke around here is how often you can drive by a wind turbine and its standing still.
He went 20 feet into the ground with concrete to support a 60 ft mast just to get 1500 Watts of electricity? That is enough only to run a hairdryer. On a good day.
@@dbassett25 Yep, I misheard that. 3 kilowatts of solar and half that coming out of here. It's my brain being stuck in supersize mode, or just figuring it should be much bigger. I must have had a [Tim the Tool Man Taylor] flashback.
I'm all in favour of most things clean and renewable but I must say that seems like an awful lot of money and work to get 1.5kw. I do have a 4kw solar pv system myself. Looking at the size of his barn it would seem more obvious to cover that in solar pv then if he needs hot water and central heating link it up to an air source heat pump.I can see barn isn't facing same way a panels but east west isn't bad configuration as it gives more useable smoother power delivery over a mid day peak from south facing. 10/10 for effort and commitment though and they look like they have made a smart job of it all.
You're absolutely right, the li'l Pika turbine is way too small and too expensive to consider. Solar is a fraction of the cost and produces more energy, I know, I've sold thousands of small wind turbines and own one myself but would never do it again, I'd invest in solar PV.
So your spending at least 15-25K on a wind turbine and then another 5-10k on solar panels plus labor and equipment on hand. In order for this to be viable you would have to at least be able offset $500 in electricity per year in order for it to pay back something sizable within 40 years. I don't see this thing surviving a big mid west thunder storm either. I like the idea of getting off the grid though, if that's actually possible. In terms of cost your only hope of making it financially feasible is to make as much of it as possible from scratch and install it all your self. Anyway, I would be interested to see the cost vs output per year.
WAY- WAY tooooo small on the wire and way-way too much concrete to hold that pole. That's an AC wire not for running DC over some distance. He will be lucky if he gets half of what little he will produce down to the converter. DC at low voltages loses much of its current, unlike AC. All that work mostly wasted!
Mike T: you sound both lazy AND stupid. Minimal investment one time versus pay thru the nose forever? My 12VDC solar system has already paid for itself in 2 years. Wind power is pricey as hell due to the infrastructure and support equipment. Solar panels are a gold mine.
Average Monthly Output 202 kWh at 5 m/s i think all together around 15K(turbine & tower) is enough with together with a 5.2KW solar package will cover your house.. But a 10KW system, cost for a regular resident to much money.. A 10 kW wind turbine costs approximately $48,000 - 65,000 to install. The equipment cost is about $40,000 (see 10 kW GridTek System ) and the rest is shipping and installation. Towers without guy wires are more expensive than guyed towers. That depends on your cost of electricity and average wind speed. That 1.5KW wind Turbine on a 90 feet tower do makes miracles
Gustav Derkits - Nope! Green energy is a scam. If it were even remotely economical the private sector would be exploiting it. The private sector is greedy; they will open very poor investments like apartment complexes that barely survive on a 1% or 2% return. Yet somehow no green energy...
The return is there if the windmill is much bigger and maintained by an organization which does multiple windmills. Economies of scale. Defeats the purpose of going off grid though. A big windmill can power multiple homes. I also think that windmill is in a bad location. It doesn't look very windy.
It does seem like an awful lot of trouble for 1.5 kw. Hugh Jaanus: It's more usual to rate a wind turbine at less than half that wind speed. Since the available energy goes with the cube of the wind speed, your turbine is overrated by at least a factor of 4. At least if it's really capable of 2000 watts even at that speed. If it is, it could probably handle a much longer set of blades at, say, 30 or 35 mph. Unfortunately, the rpm might be much lower and that might be a problem with the generator. If it has some kind of gear drive, you might be able to change the ratio to correct that problem. You'd also have to reduce the speed at which the feathering mechanism kicks in, or whatever mechanism it is that protects the system when the wind gets too strong. If you don't have such a mechanism, then eventually your current system will break or fall down. For a tinkerer, it's probably possible to make a new, longer set of blades. If solid wood wasn't too heavy, I suspect I could carve out some in a few days, but I wouldn't do it for someone else without an awful lot of practice. Currently, I've carved propellers that are only a few inches in diameter, and I've made some oars. There's a lot of info out there on relatively economical homemade wind turbines. Perhaps you could keep the tower, and all the other equipment, and install one of those. You've already lost a bunch of money, but a new turbine be much cheaper than starting from scratch. Maybe it would even be worth it. Just how big is that turbine? The one in this video is 10 feet in diameter for 1.5 kilowatts. If that rating is for 30 mph, then your turbine, if the same efficiency, would only need to be 3.5 feet or so!!! On the other hand, if everything that guy sold you is junk, you might as well give up. Also, if you don't have much wind at your site, there's no point in continuing. BTW, how is it that you're paying a guy from Missouri in euros?
+Maryqc1960 Texas has no incentives that I know of (it's Texas, i.e. home of big oil and global warming denial), but there are tax breaks on a federal level.
Doug Reed If you read through those the answer is no, texas doesn't really have incentives for residential solar and wind. The only thing they seem to have is rebates for when you produce more than you use and your excess power is fed back into the grid.
3,000 pounds and pulled up by the little cable. A lot of trust there. A few large lithium batteries and it will be complete. The wind doesn't always blow and the sun doesn't always shine and the grid doesn't always work.
@@MrSummitville we have a mountain, untouched mountain and no people live there. My guess only 30+ homes are in my community when the last time I leave.
@@MrSummitville But I think we need a bigger wind turbine for that cause It can only accommodate 1 house I think. But with this in our house, we just need it for a night light and a washing machine with a dryer.
I'm still digging those 20 ft holes for the footings
I fell in hole month ago,still trying to get out
Instructions unclear. Accidentally dug to China and died of smog poisoning.
Lol dead
I’m trying to get my neighbors to help me lift the pole.
It only cost me 900,000$ this darn old house..
Today on this old house we show you how to sub out a wind turbine job
Hahaha
Being a MV-22 Osprey mechanic I laughed so hard when he pronounced nacelle ...😂😂😂🤣 Nasel 😉
Same.
Omfg. Im just shaking my head. Nasel. It is not, i repeat not a Nose. Lmao....
I learnt my pronunciation from star trek
Why is it those Ospreys seemed to always be crashing in the past?
Just completed the break-in period and so far the unit is operating perfectly ua-cam.com/users/postUgkxOTeIs0vv4_9B5hsmnLsk9r930uDQLu_Y . I was amazed by just how quiet this little guy is. I kept having to walk down the driveway to the generator to make sure it was still running. In fact, the most annoying noise coming from the set-up is a high-pitched chirping coming from the pressure regulator on the propane line. I suppose it's possible my other propane-powered generator's pressure regulator is making the same noise, but the generator itself is so loud I've never noticed it. Build quality so far is excellent. My only nit is the service panel is a little tricky to remove. I feel like I might break off one of the plastic tabs when bending it back. I probably just need to work out the technique, so will not hold it against Champion.Next week I intend to fully load the unit to charge a large battery pack and will update this review if there's any problem (3000W continuous load vs a rated 3100W capacity while using propane). Absent any trouble there, I'm 100% pleased with this purchase.
One key ingredient is the battery. That way you store enough excess energy at your property for the rare occasion the wind isn’t blowing and the sun isn’t shining and just top it up when needed before sending the power back in to the grid. Love this set up by the way. I’ll take two if them. Regards from Australia.
Batteries are a financial nightmare ...
MrSummitville Expensive yes.
@@wattlebough If you can get a good Net Metering agreement with the Utility Company then it is always best to use the Grid as your "AC Battery" ...
Do they scare the dingos?
Thinking I’ll install this in my front yard this morning, should only take 1/2 hour or so
how's it coming along
@@SaItyStudios One yea later, probably just finished digging the whole for the foundation
Please don't say Nasal anymore... It's called a Nacelle... Like on an aircraft thingy...
Agreed. Check the pronunciation guide. Or watch some Star Trek.
Add turbine to that list.
I couldn't figure out what he was talking about, Ive never heard of a Nasal on a wind turbine, thought it was some sort of name gimmick for that turbine company or something lol.
You got it ... na sell pronunciation. Stress second syllable.
brian sullivan Americans pronounce it like in the video
So I just lift up my 60ft pole that’s already at my house, and I’ll have wind power?
@@syaz4380 That's a generator. But yes you can use it as a motor.
Yea, dont forget to also use the solar panels, and inverter that is also there somewhere and the batteries that were missed in this step by step, diy how to useful video
@@asmmahfuz8569 You don't want to use a motor = too inefficient. Use an AC 3 Phase generator, that is designed for a wind turbine.
@@MrSummitville That's a good advice.
@@asmmahfuz8569 Many Wind Turbines spin at only 400 RPM. Some up to 800 RPM. For a given Rotor Diameter, we should always use an alternator that creates the proper power (watts) that matches the RPM of the Blades at the "Rated Wind Speed" ...
"How to" yeah, this is a definite DIY job
@@jwm6314 exactly
I installed something abit bigger for myself
I did this in about 2 months without any help except raw materials
@@viper1466 Everyone is joking right? This is ridiculous.
i love this design of tower, where can i get hold of one. brilliant workmanship on this turbine
*Ah yes, a nice weekend DIY project*
Totally. I could so do this by myself.
A simple video that no one can do. Fantastic!!
You can do it, exactly the same way this homeowner did it ...
You could fit like 20kW of solar on that barn roof right there but whatever.
It's not always sunny.
Also, in the northern hemisphere, solar panels should be south-facing
Sure, but what are the feed in tariffs? Is that a good investment? Or is this rancher better off spending his money on other equipment. Part of the problem is that often the grids are privatised monopolies, who get to tell you how much they'll pay you for electricity, and how much you have to pay to take from the grid.
20kW would only be helpful either with high feed in tariffs, energy intensive on sight machinery, or a microgrid to share with neighbours. But the last part results in duplication, because of a broken structure in the market.
@@qkrotor For most people, it is much more likely to be sunny, but not very windy. Wind Turbines cost 3 TIMES to 4 TIMES more than Solar per kWhr generated. Wind Turbines can be financially justified, if you do not already have Grid Power available ( ie the grid connection is expensive ) - but they already have a Grid connection. You need strong steady winds, like 15 MPH - 25 MPH, for several hours, every day. Who has that? Wind Turbines are a very expensive toy. The homeowner will learn this lesson when he needs to them call for out-of-warranty service = a financial LOSS. The second time that it fails, the homeowner will have it removed ...
@@mortarriding3913 The home owner is using a "Grid-Tie" inverter because he has a reasonable Net Meter agreement. This video was about final installation and raising of the Wind Turbine, not feed-in tariffs - that is another show.
I would like to have seen some cost / savings details with simple payback information. Also, was there some government grant or utility company incentive for this rig?
At 1.5 kw I dont think this will pay for itself within the owners lifetime. Plus, I dont see the power company offering incentives. This means they are going to sell less electricity which hurts their bottom lines. Not that renewable energy isn't something to work towards, but It is not even close to being cost effective yet.
@@zacharyadams6277 The electric company actually takes the excess energy that you produce and they sell it to others. They have to pay you for that in the form of a lower bill. If you produce $50 of excess energy, they'll take that off of your bill.
@@CameronCourts That's absolutely correct. No more electricity this system will produce, he wont have enough to run his own stuff, much less produce extra. I could have missed something though. Thanks for pointing that out.
Nothing was mentioned about expected maintenance or the cost of replacement. Those turbines don't last but a few years and a good Texas storm will make scrap out of that unit.
Awesome workmanship the installer did excellent work, for back in 2015.
"... for back in 2015 ..."
Haha he says it goes 20ft undeground solid concrete and the dude kicks it
"Yup. She's solid."
He is notorious for having to touch everything.
Lol
“Yup, I can tell it’s 20 feet deep from this tap of my foot”
This is so DIY, I'm gonna have my 14 & 11 yr old do this while I mow my yard.
Is it beyond *your* skill set?
@@MrSummitville Looks like my sarcasm went straight over your head.
@@Mantooth2851 There are off-grid families who have built and installed a larger wind turbine than this. It is all about SKILLS. So no, your so-called sarcasm was not obvious.
Be nice to have included the name of the company plus products in a hyperlink too ?
Since you didnt who sells it ,or where can it be found including the specifications ?
Thanks !
Can't wait to set up mine! DIY BABY!!
DIY makes a much better return on your investment ...
Next episode, “How to build a home Nuclear Reactor”
"Only for homeowners and in three easy steps"
10/10
Lol
Yes very simple wind turbine installation, me and the wife should be able to do this this weekend lol
@@memonavaramirez6261 Skill Level = Hard / Expert Only. If you are not an expert then choose something easy ...
Thanks for this useful step by step video, now i am a professional turbine and solar installer.......
The title of this video does not state "... step-by-step instructions ...". It is just a clip from their show.
When I win the powerball I'll start watching TOH again
Electrical pun?
That's huge!
Kevin was nice. I winced every time he said nay-sel. Neh-sell is the correct pronunciation.
He's from NJ, but I imagine he lives in Boston. In NJ we say it the proper way á la Français.
+Gilbert Appleby Yeah.. its not hard to look up, neh-CELL, not nasal or nestle.. eesh.
+Gilbert Appleby
Even the guy installing it said it wrong.
💚💚💚💚 bookmark/notes: wind turbine on farm : all it takes like the bare farm it self , pole motor and fan blades …..ect…..tbc…..-g-b, bot
Oh my god that connection at 2:40 looks totally unprofessional. Here you would be required to use a cable shoe, that's much better than what you're doing here.
I thought the same thing. For the amount of money this probably cost one would think the company could have at least included a block connector to secure that wire. It would really suck to put that pole up and realize you didn't tighten that screw enough.
I know that I am a year late. But not only does that connection look unprofessional. So does the conduit at the inverter station. First, I see 2 un-needed pull boxes why they were installed for a 3 foot run is beyond me. Second, those two conduits are crossing too. Should've had the far left come straight down then shoot over to the box on the far right, looks like a DC disco. Then the right shoot into the inverter.
And third, the two underground conduits are crossing each other above the ground. If they couldn't make it cross under ground, fine. Shoot them straight up into the box and make the wires cross inside the box. (Unless the can't cross inside, then I understand the crossing outside.)
Glad to know i'm not the only one that saw that. I was yelling at my screen, lol.
Lol you’re not the only one
What you missed was they slipped the electrical inspector $300 and two ice cold six packs, he signed off and went on his way.
Nice set up.
hunny watch my beer, i’ll be rite back, gonna run to home depot , get a wind turbine & call ask this old house to install it 🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣
nice stuff if anyone is interested in this type of thing we are always glad to help
Kevin, You guys always make these projects look SOOOOO EZ!! (But, I do know better :) KEEP UP THE GOOD WORK!
I see you don't believe in torque wrenches especially when you're putting the blade on crescent wrench isn't the way to go guys!
I just installed one of these, easy DIY job.
3:07 We round it down using the adjustable wrench backwards.
Reverse treaded nut
Awesome
every house ive lived in would have a big draft if the front an back door was open doors would violently slam im betting u could power a tv just from my hallway 💨📺
Cool, I want to give that a spin, luckily I have all the info I need from this video ;)
Average Wind Speed matters ... what state are you in ?
Step one: be a multi-millionaire.
step one - work hard ...
Step one: be a dumb multi-millionaire. After all, this has a 105 year pay-back period, lmao.
@@MrSummitville More likely be born into it.
@@melainewhite6409 If they have strong steady winds, and I think they do, then it will be much less than a 105 year payback. For the average residential home, you are correct. But this is not your average residential home.
@wnc817 That requires skills, tools and knowledge the average person does not have. It is better to buy a 2,500 Watt Turbine online for $1,500 and *install* it yourself on a Guy-Wire Pole = Big Savings! Then the payback will be less than 10 years. If you are off-grid and in a windy area, then you need to do this.
This is so satisfying, nice job!
2:40
Never do this for you diy home turbine, look at the numbers of electronic componets inside.
He will have to take it down soo again and replace circuit board.
Here how you do it correctly. Drag 3 phases from turbine into your house, then connect it to speed controlller/charger at your home.
Yes the way they did it was not the best to say the least. Transforming from ac to dc current makes you lose a lot of effect in those long and thin cables. And you need all those vulnerable electronics components in a very bad place susceptible to rain and maybe lightning.
Better deal is sending ac current and rectify it once it's on the ground and is a sheltered place.
I am having difficulty finding a gap ridge hing to start with , any ideas ?
On the next episode of this old house... How to build a hydroelectric dam.
What is the initial installed cost of the wind-solar system and what is the projected payback in years?
The title makes it sound like anybody can do it. I think not
It is easy if you buy the generator and the blades from market. Anyone can do this. But if you want to make generator by yourself then it's awhole different story.
@@asmmahfuz8569 I can't put a giant concrete pad or wire the whole grid for this
@@joewalsh1054 Its not that expensive to get a person to make you a concrete foundation with piles
I poured a 6 X 6 foot by 4 feet deep base for a 75 foot radio tower. As well as digged a 120 foot trench for the communications lines. So yes it can be done yourself but it's a lot of work an time. Also added steel rebar throughout the concrete base. As far as 20 foot deep bars for support you could rent most of that from Home Depot I bet.
@@asmmahfuz8569 see I aepdodoeps p do oh9spspdpr9e or ú8 Dr r490rr0d koo ot poo opr0rpr00e99eodorodooror9r89rr9p
we need big guys to do this... thanks for sharing though..
Why did he have that power inverter installed out in the open air where blowing rain could get to it?
Thank You for a great video. I plan to put up a micro wind turbine. What I would like to do is tie to the grid and power my house as well. If the grid shuts down I would like to continue to supply power to the house without any power going back into the grid AUTOMATICALLY. And when the grid comes back uo, Supply the grid with power again automatically. Is there a way to do that? If so please point me in the correct direction to learn. Again Thank You.
Check out the Fully Charged video where Robert talks about the system he had installed at his place.
The first syllable is not emphasized: nacelle (/nəˈsɛl/ nə-SELL). Kevin asked to hear the word again with reason. "You're calling this a nasal? -A nasal"
I'm amazed that nobody proofs the videos and the viewers don't scream about all the mistakes...even by "experts". Even a dope like me knows it's wrong.
yeah just watch some star trek sheesh
thanks for sharing this video i was able to know the in and out of installing wind turbine..
Na-Cell ,,,,, not nasul ,,,,
Seriously, didn't any of these people ever watch Star Trek?
Russ Corbett , I had to look down the comment section just to make sure someone pointed this out! LoL
Russ Corbett j Nm
Us.
Nay-sell probably more accurate for pronunciation of Nacelle. Na-Cell makes it look like you're talking about some sort of battery.
Hey Tommy let’s go ahead and set up a easy diy windmill using some timber from the home supply center.
thisa is just beautoful,. too beautiful because in Latvia You cant do your own elecricity, you need to pay to the goverment if you use something else , not elecricity they made, isnt that sick?
high quality wind grid tie inverter to connect with local grid network, please visit SENWEI ENERGY www.windpowercn.com
Can't collect rain water in America either in some states it's illegal. Lol
It's started to be the same way in America now. In some places you can't collect your own rainwater and in other places you cannot go "off grid". They tell us how much they want us to use less energy and help save the earth by creating clean energy BUT only if they continue to make billions of dollars. Lol, if we all were able to generate our own electricity and truly be off grid, the government would make it illegal.... somehow. They're all full of BULLCRAP !!!!!!!!!!
The world's waking up now. Maybe we'll take our power back from these greedy corporations and governments
awesome.. I'll be watching the full episode later.. great job.
all that wind turbine for 1.5kw ?
It's not the same as solarpanels.
The 3kw solar panels he has produces 3kw a year.
A 1,5 kw turbine produses 1500 wats continuesly. So if the winds are enough for 1,5 kw 24/7 and 365 days a year that 1,5kw turbine will produce 13140 kw of energy a year.
The turbine is going to cost more but depending on place it's gives a hell of a lot more then solar.
You need to do a full calculation tho, cause it's moving parts and services that needs to be preformed.
@@Sunblocker101 that's per day not per year... one 250watt panel can produce about 30 kwh per month.. the average house uses anywhere from 750 to 1000 kwh per month. But yes the wind turbine can produce a lot more if the conditions are right
@@Sunblocker101 Sorry but you are totally wrong. 3 kW (kilo Watt) is twice 1,5 kW. If the sun shines for 1 hour the solar panels produce 3 kWh (kilo watt hours). 2 hours gives you 6kWh, 3 hours 9 kWh and so on. If the wind blows at optimal speed for 1 hour then the wind turbine gives you 1,5 kWh, 2 hours give 3 kWh and so on.
If you have a windy location that´s often cloudy then the wind turbine might be the better choice. If you have lots of sun then the solar panels are more effective. If you´re going off grid then you should probably get both and a back up generator as well. Plus a lot of batteries to store the energy so you can use it when you really need it.
@@marcusrobertsson1898 ye sorry 3 kw system produce 3000kw a year, atleast where i live, a lot more in sunny plases
@@Sunblocker101 That is only 2.75 suns hours per day on average. While I would by that for November through February, you would have to live pretty far north not to get more sun than that. Assuming he is using high voltage strings (and with him using a wind turbine on the same inverter he would be crazy not to) even under cloudy conditions that 3kw system will be pumping out at least 1Kw. More like 5000Kwh+ per year
How much does the wind turbine unit cost?
A 1.5 kilowatt Wind Turbine + Tower + Grid-Tie Inverter can cost between $5,000 - $10,000 ( or more ) installed. On average it can generate $150 worth of electricity per year - more in very windy locations. Therefore, 33 years ( if it lasts that long ) to "break-even" = $5,000 / $150.
@@MrSummitville Wouldn't the amount of electricity it generates depend of the amount of wind it gets?
Any saving made will be lost when aspecialist is needed to service/repair the complicated kit. The key to making this tech cost effective is DIY serviceability.
And lower initial cost ...
I've got the Nacelles, but I need some Trilithium and a Warp Core.
2:31 I guess these guys never heard of slipping a piece of pipe over the end for leverage.
Very nice lightning rod !
1.5 KW for that VERY tall turbine sounds VERY little.
it's not solar, it's 1,5 kw continous power in high enough winds. If winds are high enough the whole year it has the potential to give you 13140 kw of electricity a year
Never pay for itself.
@@CrazyLakla that such an old out of date thought. They easily pay for themselves. Basic business would tell you you dont sell something for $2 that cost you $3 to make you would go out of business.
@@Sunblocker101 For that sized wind turbine you need 15mph winds to generate any real power. Just because you are spinning does NOT mean you are making power. Their are relatively few areas that micro wind turbines are of any real use. If you get 8hr+/day of 15Mph+ winds they are great. Anything less than that you are MUCH better off putting your money into more solar. IF you make a larger diameter turbine to take advantage of lower winds, you get into trouble with high winds and snap off your tower. IF you make the tower strong enough, you are back to solar being more cost effective. Probably 80% of the continental US is not suitable for micro wind turbines.
@@Sunblocker101 I looked it up. That turbine is rated at 1.5Kw at 11m/s(24mph). Probably less than 5% of the continental US gets that kind of wind for 8+hrs/day.
i just used a 80 foot tree that was in the yard for a windmill and i drove around and found all the solar trailers on the highway just removed the flashing arrows on them and ducked tape the wires together ..
Not exactly a how to video.
"step one: call a wind power expert. Step two, follow their instructions. Step 3 give them money. Step 4 PROFIT!"
Step 4 Wait "x" number of years for return on investment. Step 5 Profit.
They never said the combined system cost, so... could take awhile.
@@verdatum STEP 4 = *PROFIT* - will never happen for 99% of the people that install Wind Turbines without first doing allot of wind research for their exact location.
@@phiksit It will fail long before it ever pays for itself. The cost of "out-of-warranty" repair just once, makes it a financial nightmare. When the second failure occurs ... it will be turned off and taken down.
This old house doesn’t do ‘how to’ videos anymore they just do ‘here’s some of what we did’ videos.
This 60' pol top of turbine work with air flow and wire came in side the pol if this turn with air wind to rotate 360 how to connect power wire because if this turn360 many times so wire will twest and be came short and burn can u explain there is some lock or have some other technical point
The wire will *NOT* twist ...
Remember when this was a DIY show.
Also I like how they never tell you the cost. & they didn't even say how much power it can generate.
1.5 Kw...... on a good day
@@oldbatwit5102 it's pretty amazing that such a small blade can produce that much. I also wonder how much that costs.
Yep complete bs. That costs 30k! Take 30 yrs to pay it off!
@@crazyhass84 Will it even last that long? Every expensive repair will increase the cost and push the break-even out another 5 - years. The blades will need to be replaced. Nothing will need to be re-oiled for 30 years?
@@mortarriding3913 It requires steady 25 MPH winds for hours. Who has that? I am lucky to get gusts, up to, 25 MPH.
அருமை👌 superb place
I don't normally winch but when I do I stand sit right behind it and never weigh it down. Lets hope that's not a harbor fright wench. LOL
yeah I was wincing about their winching, good thing the cable didn't snap. I still can't get that image out of my head.
they were bouncing on it LOL
Yes, DanishRockets is correct. It's Nacelle, not nasal. I've climbed many GE wind turbines.
Okay I'll admit this is a neat idea but is this really what This old House is like now? I used to watch this show years ago and it always seemed to be about how you can fix up your house yourself. This is buying a commercial wind mill, having a professional crew install it and the This Old House guy just standing and watching them with a clueless look on his face.
it may sound crazy, but you dont just buy this thing at Miners and pour concrete around it, i see what your saying, and to that i say that they still have plenty of home repair videos
DIY version is to build it out of wood and use to it power a grain mill. This is not a DIY project. If you are at the point where you have a skid loader/forklift that can lift these components, and then winch it up you are way above and beyond a DIYer already and should be able to do it all from this video anyway.
Good job
Imagine the steel cable snapping at 3:50. Those guys would be in hospital. Same story for the idiots at 4:18, they don't add any value to the lifting, and when the cable to the digger snaps they will be whipped lethally in their head. Plus they will be launched into the air since they are holding onto it with their full weight already.
We can only hope. I think they should be holding on with their nasal passages.
It really does add to the lifting. Remember the application of a lever arm(force times distance). That cable looked much lighter than what I would have been using.
I live in northern Indiana and have seen a few wind turnbine setups. They are rarely moving at all.
North-West Indiana could have just enough wind to cost-justify a Wind Turbine.
@@MrSummitville North west would be closer to the lake, so I suppose it might.
But the joke around here is how often you can drive by a wind turbine and its standing still.
@@AR-cp5dz Yes, better wind over the flat lake.
He went 20 feet into the ground with concrete to support a 60 ft mast just to get 1500 Watts of electricity? That is enough only to run a hairdryer. On a good day.
That 1500 kilo-watts.
@@scotttovey 1.5 kilowatts at 0:50 into the video.
@@dbassett25
Yep, I misheard that.
3 kilowatts of solar and half that coming out of here.
It's my brain being stuck in supersize mode, or just figuring it should be much bigger. I must have had a [Tim the Tool Man Taylor] flashback.
You don't need a lightning rod and massive ground rod on these things? Do the bolts connect to a ground plate?
I wish I could be gifted a job because my dad worked for them.
I'm all in favour of most things clean and renewable but I must say that seems like an awful lot of money and work to get 1.5kw. I do have a 4kw solar pv system myself. Looking at the size of his barn it would seem more obvious to cover that in solar pv then if he needs hot water and central heating link it up to an air source heat pump.I can see barn isn't facing same way a panels but east west isn't bad configuration as it gives more useable smoother power delivery over a mid day peak from south facing. 10/10 for effort and commitment though and they look like they have made a smart job of it all.
You're absolutely right, the li'l Pika turbine is way too small and too expensive to consider. Solar is a fraction of the cost and produces more energy, I know, I've sold thousands of small wind turbines and own one myself but would never do it again, I'd invest in solar PV.
So your spending at least 15-25K on a wind turbine and then another 5-10k on solar panels plus labor and equipment on hand. In order for this to be viable you would have to at least be able offset $500 in electricity per year in order for it to pay back something sizable within 40 years. I don't see this thing surviving a big mid west thunder storm either.
I like the idea of getting off the grid though, if that's actually possible. In terms of cost your only hope of making it financially feasible is to make as much of it as possible from scratch and install it all your self. Anyway, I would be interested to see the cost vs output per year.
I am doing this for an OFF-GRID application where it will cost over 100k to get power brought in.
You're wrong, many who live off grid got use to the concept in a RV dry camping for extended periods.
Thanks for the help! I couldnt solve the riddle of my wind turbine
WAY- WAY tooooo small on the wire and way-way too much concrete to hold that pole.
That's an AC wire not for running DC over some distance. He will be lucky if he gets half of what little he will produce down to the converter. DC at low voltages loses much of its current, unlike AC.
All that work mostly wasted!
Exactly!
I bet it's an 3-phase AC 48V alternator. So the wire would be enough, even though, a larger diameter would reduce the wireloss.
24 DC at 1,5 kw, is 16 amps.
so a 6mm wire is enough for 17 meters. (looks like 17 meters for the wire length.)
Could be sheilded tho for less losses.
@@Sunblocker101 rly? How? 16A*24V= 384VA, where do you have the other 1100-1200VA?
@@djangoryffel5135 oh sorry 64 amps
Where did you get the turbines tower from
Watch the video ...
Naaa cell
A lot of places in the plains used wind power in the past to pump water from deep Wells they are only now using wind to generate electricity
"There's three of em"
"the shaft spins"
"this is the nasal".... you mean NACELLE??
This guy is for dummies
Such weird pronunciation makes you wince.. especially when these guys say 'com-post' toilets!!!
1:44 “and you’re calling this...??????”
So how much did it generate? Cost? Perform?
Would be really nice but the amount your going to pay for a set up like that,,,you could pay your electric bill for a lifetime anyway..lol
Mike T: you sound both lazy AND stupid. Minimal investment one time versus pay thru the nose forever? My 12VDC solar system has already paid for itself in 2 years. Wind power is pricey as hell due to the infrastructure and support equipment. Solar panels are a gold mine.
1.5 kw is pretty wimpy for such a massive footing and 3000 pound pole. You'd think with all thet invested you'd spring for a ten Kw turbine at least
www.google.com/webhp?sourceid=chrome-instant&rlz=1C1AVSX_enUS388US388&ion=1&espv=2&ie=UTF-8#q=Pika+turbine&tbm=shop
How hard was that, use GOOGLE....
Average Monthly Output 202 kWh at 5 m/s i think all together around 15K(turbine & tower) is enough with together with a 5.2KW solar package will cover your house..
But a 10KW system, cost for a regular resident to much money..
A 10 kW wind turbine costs approximately $48,000 - 65,000 to install. The equipment cost is about $40,000 (see 10 kW GridTek System ) and the rest is shipping and installation. Towers without guy wires are more expensive than guyed towers. That depends on your cost of electricity and average wind speed.
That 1.5KW wind Turbine on a 90 feet tower do makes miracles
Mike T I was a
How do you lubricate it? Nacalle spray?
The governments going to want to tax you for using the air
Where did you source the Gaff Rig Hinge? Looking for the company you used for this project.
This was not a This Old House installation. They did not source anything. The name of the company is on the Wind Turbine ...
Not economical
Gustav Derkits - Nope! Green energy is a scam. If it were even remotely economical the private sector would be exploiting it. The private sector is greedy; they will open very poor investments like apartment complexes that barely survive on a 1% or 2% return. Yet somehow no green energy...
The return is there if the windmill is much bigger and maintained by an organization which does multiple windmills. Economies of scale. Defeats the purpose of going off grid though. A big windmill can power multiple homes. I also think that windmill is in a bad location. It doesn't look very windy.
It is over time
thechosendude Solar works in lots of places. Utility scale wind turbines are also very competitive. The little turbines, not so much.
It does seem like an awful lot of trouble for 1.5 kw.
Hugh Jaanus: It's more usual to rate a wind turbine at less than half that wind speed. Since the available energy goes with the cube of the wind speed, your turbine is overrated by at least a factor of 4. At least if it's really capable of 2000 watts even at that speed. If it is, it could probably handle a much longer set of blades at, say, 30 or 35 mph. Unfortunately, the rpm might be much lower and that might be a problem with the generator. If it has some kind of gear drive, you might be able to change the ratio to correct that problem. You'd also have to reduce the speed at which the feathering mechanism kicks in, or whatever mechanism it is that protects the system when the wind gets too strong. If you don't have such a mechanism, then eventually your current system will break or fall down. For a tinkerer, it's probably possible to make a new, longer set of blades. If solid wood wasn't too heavy, I suspect I could carve out some in a few days, but I wouldn't do it for someone else without an awful lot of practice. Currently, I've carved propellers that are only a few inches in diameter, and I've made some oars.
There's a lot of info out there on relatively economical homemade wind turbines. Perhaps you could keep the tower, and all the other equipment, and install one of those. You've already lost a bunch of money, but a new turbine be much cheaper than starting from scratch. Maybe it would even be worth it.
Just how big is that turbine? The one in this video is 10 feet in diameter for 1.5 kilowatts. If that rating is for 30 mph, then your turbine, if the same efficiency, would only need to be 3.5 feet or so!!!
On the other hand, if everything that guy sold you is junk, you might as well give up. Also, if you don't have much wind at your site, there's no point in continuing.
BTW, how is it that you're paying a guy from Missouri in euros?
that's actually rather good looking
Correction : How to install lightening rod the instantly burns thousands of dollars! trust me I am an engineer! !
what is the cost of the turbine and inverter? it looks interesting. Did you get any incentives, tax breaks, etc?
+Maryqc1960 Texas has no incentives that I know of (it's Texas, i.e. home of big oil and global warming denial), but there are tax breaks on a federal level.
Doug Reed If you read through those the answer is no, texas doesn't really have incentives for residential solar and wind. The only thing they seem to have is rebates for when you produce more than you use and your excess power is fed back into the grid.
Doug Reed very true, that's a great website.
Texas has more wind generation capacity than the next 3 biggest producers combined, california included. Just look at wiki.
"Nasal", because it's shaped like a nose.
How much does a wind power system like this cost including install?
cool ill do one myself next weekend
Or have it installed by a crew, like the homeowner did, in this show. This was *NOT* a DIY episode and TOH never claimed it was ...
@@MrSummitville ok then “ how to make a call” lol
I love your effort...
3,000 pounds and pulled up by the little cable. A lot of trust there. A few large lithium batteries and it will be complete. The wind doesn't always blow and the sun doesn't always shine and the grid doesn't always work.
The wind turbine creates AC. So they are converting it to DC to feed the inverter with the solar which converts it back to AC again.
Yes, that is what they said.
I'm jealous, I want this for my community
Do you live in area that has high winds, for many hours per day, for many days per month? Most people do not ...
@@MrSummitville we have a mountain, untouched mountain and no people live there. My guess only 30+ homes are in my community when the last time I leave.
@@MrSummitville But I think we need a bigger wind turbine for that cause It can only accommodate 1 house I think. But with this in our house, we just need it for a night light and a washing machine with a dryer.
Really would be nice to know how much was spend on the turbine plus shipping. I know it varies, but i'm having trouble locating this information.
For this set up...just the wind turbine and converter station...I'm guessing close to $250,000.
@@ruthstieb4530 more like 2.5k-5k jeez man where you get quarter million...
Thanks for the DIY project when we have a little extra time.
Who told you that this was a DIY project ?