Watch this before you buy a wind generator, My personal experience, and what to look for
In this video I will be sharing a few of the things I’ve learned from buying and using wind turbines. Like, what designs to stay away from and what designs to buy. Also how important is the tower, and how big of a wind generator should I buy? All these questions and more Ill answer on this video, be sure and like, subscribe, share, and comment.
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Unlike Wind and Solar energy which fluctuates wildly throughout the day, there is another renewable form of energy that is much more predictable. I’m talking about Tidal Energy, and it’s reported to have enough potential energy to power the whole world. So why doesn’t it? What new breakthroughs in tidal energy can finally bring tidal energy to the same level of investment and success as wind and solar? Is Tidal energy finally ready to make waves? If Tidal Energy Can Power the World – Why Doesn’t It?
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00:00 Introduction
00:49 How Tides Work
03:52 Tidal Range Plants
05:11 Tidal Stream Plants
06:14 Benefits
07:30 Energy Output
10:06 Cost
14:03 Less Storage Needed
15:09 Conclusion
stuff we’ll cover: Breakthrough Energy Source is 10X Better Than Wind & Solar
two bit da vinci,wave energy,tidal energy,tidal power,renewable energy,ocean energy,wave power,green energy,sustainable energy,tidal energy explained,tidal power pros and cons,clean energy,tidal energy plant,wave energy generator,wave power plant,tidal turbines,tidal range,tidal stream,Tidal Energy Can Power the World – Why Doesn’t It,tide energy technologies,tidal energy project,ocean power,eco wave power,wave energy converter,tidal power plant Video Rating: / 5
Harnessing sunlight to meet the ever increasing demand for energy at the global scale has long been pursued by scientists and engineers.
During his talk, Dr. Conings will discuss the relevance of solar energy, an everlasting sustainable energy source, that can reduce the dependency on adverse carbon emitting energy resources. Getting at the physical chemistry of burgeoning metal halide perovskites, his talk will focus more deeply on the groundbreaking photovoltaic applications of this state-of-the-art material class, shedding light on their ability to drastically improve global solar energy harvesting.
Harnessing sunlight to meet the ever increasing demand for energy at the global scale has long been pursued by scientists and engineers. Materials scientist Dr Bert Conings, from the Institute for Materials Research (IMO-IMOMEC) at Hasselt University, is among researchers on the vanguard pushing technological boundaries to increase the efficiency of solar energy production. During his talk entitled “A “Eureka” for Solar Energy”, Dr. Conings will discuss the relevance of solar energy, an everlasting sustainable energy source, that can reduce the dependency on adverse carbon emitting energy resources. Getting at the physical chemistry of burgeoning metal halide perovskites, his talk will focus more deeply on the groundbreaking photovoltaic applications of this state-of-the-art material class, shedding light on their ability to drastically improve global solar energy harvesting.
This talk was given at a TEDx event using the TED conference format but independently organized by a local community. Learn more at http://ted.com/tedx
#energy #wind #turbines #energy #ngscience
Electricity is very important to people. We use it to power our homes, cities and trains and cars.
One of the main ways we produce electricity is with the use of a generator. A generator is a device that converts mechanical kinetic energy into electrical energy.
A wind turbine is a very large windmill that uses the kinetic energy in wind to spin its blades. The blades spin a generator that transforms the energy into electrical energy.
Often, particularly in very windy places, many wind turbines are grouped together to form a wind farm. Wind farms can produce enough electricity to power whole cities.
A big advantage of wind energy is that it is a clean and renewable energy source. It does not require the burning of fuels and does not produce harmful emissions in to the air.
There are some disadvantages of using wind energy. The large spinning blades on a wind turbine can kill or harm flying animal like birds and bat. They can produce loud sounds that can disturb natural environments and be annoying to people. And if damaged, wind turbines can be expensive to repair.
Check out our related videos on the advantages and disadvantages of other electricity production methods.
Where does the wind power equation come from? Kinetic energy! Find out how by watching this video. Leave your questions and feedback in the comments! Video Rating: / 5
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today is a windy day- so time to do this lol
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Ask This Old House renewable-energy expert Ross Trethewey shows host Kevin O’Connor why Texas is the ideal environment for a wind turbine.
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The Future of Energy – Episode 2: Offshore Wind Power
***Music***
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The global annual potential of onshore and offshore wind power is around 840,000 TWh, that’s almost 40 times that world’s annual power consumption!
The Global Wind Power capacity has more than doubled since 2012 from around 280 GW to over 650 GW today.
650 GW power capacity generates enough electricity to power the US and India combined.
Along with the growth in capacity, the wind turbines themselves have grown over the years.
The diameter of commercial turbine rotors was around 17m in the 1980s and generated around .07 MW.
Today, the average rotor is over 116m and generates over 2.4 MW.
The giant turbines used today are made possible by the advancement of material science, allowing the giant blades and shafts to withstand a tremendous amount of stress.
These larger turbines have led to a substantial drop in cost over the past 40 years.
The cost of wind power was 38 cents per kWh in 1980: today, it’s less than two cents!
Alright, so how do these incredible devices work?
Wind turbine are like plane propellers but in reverse.
Instead of an engine powering propellers to generate a wind force, the wind blows through the rotors and powers the engine.
This boils down to the Bernoulli Principal.
The shape of the blade causes air to take a longer path around one side compared to the other.
And this creates a difference in air pressure causing the blade to pull toward the low-pressure side, which spins the rotor.
Inside the turbine housing lies coils of wire that spin inside a magnetic field generating an electric current.
The downside to wind power is that only certain parts of the world have consistent wind at the ideal speed, which is between 21 and 26 km/h.
This map highlights the area that contains ideal wind speeds.
The areas in yellow, orange, and red are great places of wind turbines.
However, the map does not cover the shorelines, where the winds are much more constant than on land.
Offshore wind power is the fastest-growing sector in wind power lead by the UK and Germany.
The UK has three of the largest offshore wind farms in the world, the largest at the moment being the Hornsea Farm.
Hornsea has a massive 1.2GW capacity and is located 120 kilometers off England’s Yorkshire coast and will produce enough energy to power 1 million homes.
The farm has 174 turbines, each standing 100 meters tall.
Each Turbine can power the average home for an entire day with just a single rotation.
And if you think that’s impressive, General Electric has developed a wind turbine that makes the ones on the Hornsea farm look like children.
Enter the Haliade-X wind turbine.
The Haliade-X is gargantuan, standing 260 meters tall, equipped with 107 long blades.
With a 12MW capacity, a single Haliade turbine can power 16,000 homes.
GE recently constructed a prototype Haliade in the Netherlands; this is a time-lapse of the construction.
GE plans to commercialize Haliade by 2021 and will supply up to 300 of the massive turbines to the Dogger Bank wind farm.
Dogger Bank Wind Farm will be the largest offshore wind farm in the world with a massive 3.6 GW capacity and will power 4.5 million homes in the UK.
This is a question from viewer Doktaah Who: “How big would a wind turbine need to be to do just a single household?”
Great question! And one I thought I could answer in less than 60 seconds.
I’m going to be doing short answers like this every now and then, to take advantage of the new YouTube #shorts so leave your questions for me in the comments! Video Rating: / 5
From the Great Plains to the ocean shore and out at sea, the race is on to make the United States the worlds number one producer of wind power. We explore a new wind ranch to see the full range of new jobs from entry-level wind turbine technician to crane operator, wind power computer analyst and up to operations manager. We also visit a leading university taking part in the California Wind Energy Initiative where young wind power researchers are beginning their new careers designing better windmills and the wind energy systems of the future.
Jobs profiled in this program include:
Wind Turbine Technician, Crane Operator, Operations Manager, Computer Analyst, Wind Power Researcher, Aerodynamicist
Grade Levels: 7 to Adult
23 minutes, color
Direct link to purchase the DVD:
http://phoenixlearninggroup.com/product/green-careers-clean-energy-wind-power/
http://phoenixlearninggroup.com Video Rating: / 5
