Youtube Results For Water Wheel Generator
3.43 min. | 5.0 user rating
Worked on creating some green energy with dad using our small creek to turn a small motor/generator. We had some success and are going to keep tweaking it until we get some steady power.
Amazon Results For Water Wheel Generator
Schumacher SE-1-12S Fully Automatic Onboard Battery Charger - 1.5 Amps
Keep your rig's battery fully charged at all times. Schumacher's 1.5-amp, 12-volt Maintainer makes it easy. Schumacher's 1.5-amp, 12-volt charger is the ideal way to maintain a battery's charge. It's the perfect solution if you don't use your vehicle everyday, go short distances, or do lots of stop-and-go driving. This maintainer can also be used to charge small batteries for ATVs, motorcycles, snowmobiles, and lawn tractors or batteries that you're keeping in storage for a long time. And, in cold climates, they're indispensible for keeping batteries warm overnight and ready for starting. Keeps 12 volt batteries charged; Fully automatic... 1.5 amp trickle charge rate-charges in 2 to 12 hours; Reverse-polarity protection; Turns on and off as needed... LED lights indicate "Power On" and "Charged" Allows safe charging of RV, deep-cycle or batteries that have been stored for a long time; "On Board" feature allows mounting of charger next to battery on collectibles, street rods and other infrequently used vehicles; Short leads for safety - won't get tangled in moving engine parts; Hardware and mounting brackets included; Measures 8 x 2 x 8 5/8" and weighs just 2 1/2 lbs. Order ONLINE Today! Schumacher 1.5-amp, 12-volt Maintainer
Price $22.40
Keep your rig's battery fully charged at all times. Schumacher's 1.5-amp, 12-volt Maintainer makes it easy. Schumacher's 1.5-amp, 12-volt charger is the ideal way to maintain a battery's charge. It's the perfect solution if you don't use your vehicle everyday, go short distances, or do lots of stop-and-go driving. This maintainer can also be used to charge small batteries for ATVs, motorcycles, snowmobiles, and lawn tractors or batteries that you're keeping in storage for a long time. And, in cold climates, they're indispensible for keeping batteries warm overnight and ready for starting. Keeps 12 volt batteries charged; Fully automatic... 1.5 amp trickle charge rate-charges in 2 to 12 hours; Reverse-polarity protection; Turns on and off as needed... LED lights indicate "Power On" and "Charged" Allows safe charging of RV, deep-cycle or batteries that have been stored for a long time; "On Board" feature allows mounting of charger next to battery on collectibles, street rods and other infrequently used vehicles; Short leads for safety - won't get tangled in moving engine parts; Hardware and mounting brackets included; Measures 8 x 2 x 8 5/8" and weighs just 2 1/2 lbs. Order ONLINE Today! Schumacher 1.5-amp, 12-volt Maintainer
Reliance Controls PB30 L14-30 30 Amp Generator Power Cord Inlet Box For Up To 7,500 Watt Generators
The Reliance Controls 30 Amp power inlet box is designed for outdoor use and can be hardwired directly to Reliance Controls transfer switches or panels, eliminating need for cords running through windows or doors. This rain-tight, rust-proof unit includes an NEMA L14-30P inlet plug, six knockout holes, and push-in wire connections. Using one of the four combination 1/2-inch and 3/4-inch knockouts (one on each side, bottom and back), the power inlet box can be wired directly to the transfer switch or panel. The exclusive patented design provides generous wiring space and facilitates rough-in. The face of the box is removable for easy placement and wiring. It is cUL 1008 listed and covered by a 5-year warranty.
Price $55.10
The Reliance Controls 30 Amp power inlet box is designed for outdoor use and can be hardwired directly to Reliance Controls transfer switches or panels, eliminating need for cords running through windows or doors. This rain-tight, rust-proof unit includes an NEMA L14-30P inlet plug, six knockout holes, and push-in wire connections. Using one of the four combination 1/2-inch and 3/4-inch knockouts (one on each side, bottom and back), the power inlet box can be wired directly to the transfer switch or panel. The exclusive patented design provides generous wiring space and facilitates rough-in. The face of the box is removable for easy placement and wiring. It is cUL 1008 listed and covered by a 5-year warranty.
Reliance Controls L1430P L14-30P 30 Amp Generator Power Cord Plug For Up To 7,500 Watt Generators
NEMA L14-30 male power cord plug. Max. generator running watts is 7500. Max. generator input is 30A@125/250 Volts. Plug is UL listed, impact-resistant. 5-year limited warranty. U.S.A. Connector Type: Male Plug, Amps: 30, Volts: 125 / 250, Watts: 7,500, UL Listed: Yes
Price $11.99
NEMA L14-30 male power cord plug. Max. generator running watts is 7500. Max. generator input is 30A@125/250 Volts. Plug is UL listed, impact-resistant. 5-year limited warranty. U.S.A. Connector Type: Male Plug, Amps: 30, Volts: 125 / 250, Watts: 7,500, UL Listed: Yes
Ebay Results For Water Wheel Generator
Micro Home Power Water PMA Generator and Pelton Wheel 100-3000 Watts, 12-36 VDC
 | $228.00 End Date: Thursday Mar-8-2012 20:44:22 PST Buy It Now for only: $228.00 Buy It Now | Add to watch list |
1919 Ad Westinghouse Electric Mfg Water Wheel Generator - ORIGINAL ADVERTISING
 | $19.95 (0 Bids) End Date: Sunday Feb-26-2012 22:22:55 PST Bid now | Add to watch list |
Micro Home Power Water PMA Generator and Turgo Wheel 100-3000 Watts, 12-36 VDC
 | $234.00 End Date: Thursday Mar-22-2012 9:25:17 PDT Buy It Now for only: $234.00 Buy It Now | Add to watch list |
Yahoo Answers For Water Wheel Generator
Question Is there a formula that I can use w\ a water wheel & generator that would tell gallons p\ minutes to kilowatts?
Best Answer You can get a rough idea from the head of the water and the flow. Lets say for a small one, the flow is 20l/s (that is 5.28 US gallons at 3.7854 liters to the US gallon). Make the head (the distance the water falls to/through the turbine = 3m. First convert the flow per second to mass: 1 liter is 1kg close enough. There are 20kg/s Now calculate the power produced. Power_W = (Mass_kg x Gravity_m/s/s x Height_m) / time_s = (20kg x 9.8m/s/s x 3m) / 1s = 588W. Allow for the generator is 80% efficient and the water wheel (including gears) is 50% efficient: P = 0.8 x 0.5 x 588W = 235W Energy produced in one hour = 235W x 1h = 235 Wh. Lets look at a bigger one: Assume 1000l/s, 50m head P = 1000 x 9.8m/s/s x 50m/1 = 490,000W Allowing better efficiency at this size, 90% for generator and 75% for turbine/gears etc. P = 490kW x 0.9 x 0.75 = 330kW Energy in one hour = 330kWh. The link below shows some calculations for the size and efficiency of a water wheel, and how to convert velocity into head. Note that the essential gearbox is likely to be only 50% efficient depending on the ratio. Turbines like propellers can increase the RPM, so potentially the efficiency is higher if for no other reason than the gear ratio is less.
Best Answer You can get a rough idea from the head of the water and the flow. Lets say for a small one, the flow is 20l/s (that is 5.28 US gallons at 3.7854 liters to the US gallon). Make the head (the distance the water falls to/through the turbine = 3m. First convert the flow per second to mass: 1 liter is 1kg close enough. There are 20kg/s Now calculate the power produced. Power_W = (Mass_kg x Gravity_m/s/s x Height_m) / time_s = (20kg x 9.8m/s/s x 3m) / 1s = 588W. Allow for the generator is 80% efficient and the water wheel (including gears) is 50% efficient: P = 0.8 x 0.5 x 588W = 235W Energy produced in one hour = 235W x 1h = 235 Wh. Lets look at a bigger one: Assume 1000l/s, 50m head P = 1000 x 9.8m/s/s x 50m/1 = 490,000W Allowing better efficiency at this size, 90% for generator and 75% for turbine/gears etc. P = 490kW x 0.9 x 0.75 = 330kW Energy in one hour = 330kWh. The link below shows some calculations for the size and efficiency of a water wheel, and how to convert velocity into head. Note that the essential gearbox is likely to be only 50% efficient depending on the ratio. Turbines like propellers can increase the RPM, so potentially the efficiency is higher if for no other reason than the gear ratio is less.
Question How can I connect a wooden water wheel to a bicycle generator to produce electricity?
Please help me. We planned to make our science investigastory project - "water turbine". Our problem is, how can we connect the water wheel to a bicycle generator? please help us bec. we have no idea. Anothewr problem is - how can we connect the socket to the bicycle generator to hav electricity? ty-
Best Answer A belt drive would work. You will need to run the generator faster than the water wheel; that can be done with two pulleys and a belt.
Please help me. We planned to make our science investigastory project - "water turbine". Our problem is, how can we connect the water wheel to a bicycle generator? please help us bec. we have no idea. Anothewr problem is - how can we connect the socket to the bicycle generator to hav electricity? ty-
Best Answer A belt drive would work. You will need to run the generator faster than the water wheel; that can be done with two pulleys and a belt.
Question water wheel generator designs ?
how does a water wheel (the kind you see that picks up water and causes motion)work . my basic design is to have a mini water wheel with a spoke in the middle attached to a gear that moves another gear turning the main generator rod to produce electricity
Best Answer There are two basic kinds of water wheel. The first kind is a paddle wheel that has it's bottom edge dipped into flowing water that doesn't really change level. The second kind is a bucket wheel. On this the water comes out of a spout at the top of the wheel. The change in elevation means more energy is transferred per amount of water. Power plants use a type of turbine, essentially a fan in a tube of water.
how does a water wheel (the kind you see that picks up water and causes motion)work . my basic design is to have a mini water wheel with a spoke in the middle attached to a gear that moves another gear turning the main generator rod to produce electricity
Best Answer There are two basic kinds of water wheel. The first kind is a paddle wheel that has it's bottom edge dipped into flowing water that doesn't really change level. The second kind is a bucket wheel. On this the water comes out of a spout at the top of the wheel. The change in elevation means more energy is transferred per amount of water. Power plants use a type of turbine, essentially a fan in a tube of water.