I travel to a home in the mountains of Western North Carolina to meet Jay. He has come up with a way to pull a portion of water out of a creek and into two permanent magnet alternators. He feeds the power to the house to supplement what is used. Jay is using Langston Alternative Power for his setup and makes around 800 watts.
http://www.langstonsalternativepower.com
This system is making water power by spinning two pma’s that send AC power to the house. Rectifiers convert the AC power to DC power so that it can be stored in batteries. This power goes to dedicated circuits in the home. Now if the batteries voltage drops low the grid power takes over again.
Ram Pumps available on AMAZON
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Wind, Hydro and Solar Energies from People and Environment Subject for the preparation of NTA UGC NET Exam will be discussed in this session by Educator Bharat Kumar. Watch this complete video to learn more about Wind, Hydro and Solar Energies which will help you to crack NTA UGC NET Exam.
Call Bharat Kumar’s team on 8585858585 and take your NTA-UGC NET Preparations to the next level.
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Thinking about solar power? This video – Understanding Solar – goes through the basic principles of residential solar energy. This is part one of my popular three-part video and article guide to going solar in Australia in 2022.
Chapters:
0:00 – Introduction
1:07 – How solar panels work
3:09 – Anatomy of a solar power system
10:40 – Solar system energy production
11:56 – How solar saves you money
13:22 – Batteries and solar
You can read the article version of this guide here:
*** Part 3: Owning Solar
Explains what to do after installing solar panels and how to make the most of your sytem. It also goes through what you should do to prepare for electric cars and home batteries.
And to get quotes from solar installers I have personally pre-vetted and trust: https://www.solarquotes.com.au/quote/
If after watching the video you have questions, feel free to ask in the comments section below – and don’t forget to subscribe to this channel 🙂 Video Rating: / 5
How do you use the sun to turn seawater into clean water? Desalination using solar energy will play a crucial role to solve water scarcity.
Already 4 billion people face water scarcity. Islands and coastal areas are vulnerable to droughts. The key to unlock extra fresh water lies in the sea. However, desalination is an expensive exercise, as much energy is needed and energy rates are high.
Technology company Elemental Water Makers has found a way to use the elements in their favour. Combining the power of the sea and sun, reliable access to clean water from unlimited resources is enabled. Using unique energy recovery technology, the amount of energy required is strongly reduced. Solar-powered desalination provides independence and resilience.
Coastal communities, lower lying atolls, private islands, private properties, resorts and municipalities can now get access to affordable clean water for generations to come.
Benefit from unlimited resources today and contact Elemental Water Makers for a free feasibility study:
Fossil fuels still supply about 80% of the world’s power. How can energy be produced and used more sustainably to meet climate targets? We answer your questions. film supported by @Infosys
00:00 – Why energy needs to become more sustainable
00:33 – How much energy should come from renewables?
01:19 – Why isn’t nuclear power used more widely?
02:19 – How can solar power be made more efficient?
03:34 – Will biofuels become widely used?
04:30 – Do electric vehicles make a difference?
05:10 – How heating and air conditioning can be more sustainable
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The use of renewable energy is accelerating: https://econ.st/3IRkCFl
Read about the first big energy shock of the green era: https://econ.st/3EZDmQK
The bottlenecks which could constrain emission cuts: https://econ.st/3GKwg2R
How governments spurred the rise of solar power: https://econ.st/3yrt2yi
Read about the new solar cells that extract more energy from sunshine: https://econ.st/3pWOeID
Watch our film about how to cool a warming world: https://econ.st/3m65o5D
Nuclear power must be well regulated, not ditched: https://econ.st/3J2fY7E
Can smaller reactors make nuclear power economic? https://econ.st/3pVKszu
Is hydrogen the fuel of the future? Watch our film: https://econ.st/3IRNH3C
Why creating a new hydrogen economy is a massive undertaking: https://econ.st/327snG4
Why efforts to make buildings greener are not working: https://econ.st/3GHTPcE
How a new, green air-conditioning system manages without nasty gases: https://econ.st/31ZpCqS
How electrical energy can be captured as liquid air: https://econ.st/3m6MKun
The tricky business of charging electric cars: https://econ.st/31ZpoQv
The global food system is responsible for between 20-30% of greenhouse gas emissions, most of which are generated at the production stage. Take rice, for example, a food staple that is eaten regularly by over half the world’s population.
Conventional rice production generates emissions equivalent to the entire global aviation industry. So how can we produce rice in a way that uses fewer resources and regenerates nature? A growing number of farmers around the world are changing the way they produce rice, by adopting an agroecological approach called the System of Rice Intensification (SRI).
This method relies on a small group of simple interventions that together significantly reduces water use, methane production, and the use of chemicals, while providing better yields and reducing labour for rice farmers.
Multinational companies who support this type of agriculture through procurement and product design can address their scope 3 emissions and build resilience in their supplier communities.
According to Project Drawdown, SRI currently accounts for 4% of rice production. If this was increased to 25%, the emissions reduction would be equivalent to that which is currently generated by the whole of India.
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Thank you for watching this video. The Ellen MacArthur Foundation is a UK charity that develops and promotes the idea of a circular economy, which – driven by design, eliminates waste and pollution, circulates products and materials, and regenerates nature.
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Listen to Gry Johanne Åmodt present Statkraft’s low emission scenario, explaining how renewables can cut most of global greenhouse gas emissions in the coming years. Gry Johanne Åmodt is heading the Global Drivers unit in Statkraft, Europe’s largest renewable energy producer. Her job is to analyze and monitor the forces driving the renewable energy markets. Gry has been working at Statkraft since 2004 and has a Master’s degree in Industrial Economics from Norwegian University of Science and Technology (NTNU). This talk was given at a TEDx event using the TED conference format but independently organized by a local community. Learn more at https://www.ted.com/tedx
The ocean’s waves are immensely powerful. Harnessing that energy for grid-scale electricity production would be a major boon to the clean energy industry, but building durable, powerful, and cost-effective wave energy converters has proven difficult. Now though, an influx of federal funding is helping many U.S. companies gear up to test their latest wave energy technologies, giving many in the industry hope that wave power will see massive growth over the next few decades.
Chapters:
1:46 The challenges
4:05 Wave energy in the U.S.
4:49 (Subchapter) CalWave
6:05 (Subchapter) Oscilla Power
7:34 (Subchapter) C-Power
9:00 Wave energy in Europe
11:51 The future
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How Waves Could Power A Clean Energy Future Video Rating: / 5
Can Underwater Turbines Work? Tidal Power Explained. Try Audible for free for 30 days. Visit https://audible.com/undecided or text undecided to 500 500. With tidal power we don’t have to rely on building massive dams and waterways that disrupt the environment in order to capture that power. Even though visions of underwater bladed turbines might pop into your head, there’s some other technology that may surprise you … like an undulating membrane that produces electricity … or perhaps an underwater kite.
Watch “Is Geothermal Heating and Cooling Worth the Cost? Heat Pumps Explained” https://youtu.be/PI45yUhUWgk?list=PLnTSM-ORSgi5LVxHfWfQE6-Y_HnK-sgXS
Video script and citations:
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As far as our limited capacities are concerned, the sun is essentially an infinite and renewable energy source. It’s like a giant fusion reactor millions of miles away, illuminating the earth with as much energy as the whole of human civilization uses in a year! So, why aren’t we making more use of such a boundless source to solve all our energy-related problems?
Well, we’re actually pretty close to getting there, and in today’s video, I will show you how!
Solar photovoltaic panels are currently limited to a maximum efficiency of about 30%, and in practice only actually achieve about 20% to 23% efficiency. Now a team in Cambridge has developed a film that can amplify the number of photons that the panel can use, with a potential increase in efficiency to as much as 35%. So how do they do that?
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Interested in mastering and remembering the concepts that I present in my videos? Check out the FREE Dive Deeper mini-courses offered by the Center for Behavior and Climate. These mini-courses teach the main concepts in select JHAT videos and go beyond to help you learn additional scientific or conservation concepts. The courses are great for teachers to use or for individual learning.https://climatechange.behaviordevelopmentsolutions.com/just-have-a-think-jhat
