In Hydroelectric Power, witness the power of water in this collection of recordings captured at historic hydropower plants and massive concrete dams in the United States.

In the American West, water scarcity and allocation are hot topic issues. Gain access inside a working powerhouse along the Boise River as one of three generators, producing over 1,000–kilowatts of power, crank up from a cold start in advance of the irrigation season. Get hit in the face with spray from Shoshone Falls, a waterfall taller than Niagara Falls, during a high water event. Stand 100 yards downstream from the massive Bonneville Lock and Dam along the Columbia River in Oregon as 3,487 Kgal/sec rush past, generating 624 megawatts of power. Listen to the thunderous sound of Gorge Dam along the Cuyahoga River. Yes, the river that caught fire. This decommissioned 60-foot tall, 400-foot-wide dam has sat idle for over 50 years. Plans are in the works to remove it, thereby freeing up the flow of the snaking river from its headwaters to Lake Erie.

Admittedly, waterfalls and dams recorded up close can sometimes sound a lot like white noise. Yet there are distinctions. In Hydroelectric Power, each sound takes on the character of its environment, making it unique to that space and time.

These recordings, captured in pristine 24-bit/96 kHz quality by field recordist Richard Alan Hannon, will complement your documentary, film and game design needs until, unfortunately, the rivers run dry. Seamless loops have been meticulously crafted from sounds that allow for it. Providing more opportunities to utilize these sounds in your projects.

Purchase these sound effects at https://www.asoundeffect.com/sounddesigner/evocative-sound-and-visuals/

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Hydroelectric Power

Hydroelectric Power Sound Effects Library Preview

In the face of climate change and environmental degradation, the world is in dire need of sustainable solutions. Green technology, often referred to as “green tech,” offers a promising path forward. Experts from various fields have weighed in on the most impactful green tech solutions that have the potential to revolutionize our world. Here are 45 of them:


https://techpulseaitalk.com/45-green-tech-solutions-experts-believe-can-really-make-a-difference/

45 Green Tech Solutions Experts Believe Can Really Make A Difference

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If your system is hydroelectric and the hydropower unit is any distance from the location where you need power, you will obviously need power lines. The longer the distance, the larger the wires that will be needed to avoid unreasonable power loss. This is especially true of 12-volt DC systems, which require very large wire to avoid excessive losses. Losses can be minimized in a number of ways:


Micro-hydro systems can supply electrical energy at a cost that often is less than running a generator or extending power lines to a property. Micro-hydro systems should be considered similar to other structural farm improvements that have many years of operating life. They are a long-term investment, but they will provide many years of reliable power when they are designed correctly and properly maintained.


Hydroelectric energy is made by moving water. Hydro comes from the Greek word for water.

Hydroelectric energy has been in use for thousands of years. Ancient Romans built turbines, which are wheels turned by flowing water. Roman turbines were not used for electricity, but for grinding grains to make flour and breads.

Water mills provide another source of hydroelectric energy. Water mills, which were common until the Industrial Revolution, are large wheels usually located on the banks of moderately flowing rivers. Water mills generate energy that powers such diverse activities as grinding grain, cutting lumber, or creating hot fires to create steel.

The first U.S. hydroelectric power plant was built on the Fox River in 1882 in Appleton, Wisconsin. This plant powered two paper mills and one home.


Harnessing Hydroelectricity

To harness energy from flowing water, the water must be controlled. A large reservoir is created, usually by damming a river to create an artificial lake, or reservoir. Water is channeled through tunnels in the dam.

The energy of water flowing through the dam's tunnels causes turbines to turn. The turbines make generators move. Generators are machines that produce electricity.

Engineers control the amount of water let through the dam. The process used to control this flow of water is called the intake system. When a lot of energy is needed, most of the tunnels to the turbines are open, and millions of gallons of water flow through them. When less energy is needed, engineers slow down the intake system by closing some of the tunnels.

During floods, the intake system is helped by a spillway. A spillway is a structure that allows water to flow directly into the river or other body of water below the dam, bypassing all tunnels, turbines, and generators. Spillways prevent the dam and the community from being damaged. Spillways, which look like long ramps, are empty and dry most of the time.


From Water Currents to Electrical Currents

Large, fast-flowing rivers produce the most hydroelectricity. The Columbia River, which forms part of the border between the U.S. states of Washington and Oregon, is a big river that produces massive amounts of hydroelectric energy.

The Bonneville Dam, one of many dams on the Columbia River, has 20 turbines and generates more than a million watts of power every year. Thats enough energy to power hundreds of thousands of homes and businesses.

Hydroelectric power plants near waterfalls can create huge amounts of energy, too. Water crashing over the fall line is full of energy. A famous example of this is the hydroelectric plant at Niagara Falls, which spans the border between the United States and Canada.

Hydroelectric energy generated by Niagara Falls is split between the U.S. state of New York and the Canadian province of Ontario. Engineers at Niagara Falls cannot turn the falls off, but they can severely limit the intake an

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Landscapes

Wires, Water

As our world’s energy demands soar, the future depends on revolutionary ideas. Today, we’re exploring the game-changing technologies that could power tomorrow—and redefine what’s possible.

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Credits:
Upcoming Energy Technologies
Episode 480; January 2, 2025
Produced, Narrated & Written: Isaac Arthur
Graphics: Jeremy Jozwik, Sergio Botero
Select imagery/video supplied by Getty Images 
Music Courtesy of Epidemic Sound http://epidemicsound.com/creator
Stellardrone, "In Time", "Red Giant"
Aerium, featuring Sieger, "Deiljocht" 
Miguel Johnson, "So Many Stars"
Brandon Liew, "Into the Storm"

Upcoming Energy Technologies (Narration Only)

Music from different guises, from different places and of different moods. 

Non Omnis Moriar

Hello, I'm Richard Alan Hannon, an audio field recordist based in Northeast Ohio. I love searching out and recording unique high-quality soundscapes and sound effects near and far. As a former newspaper photojournalist who concentrated solely on visuals, I find myself smitten by sound in ways I never experienced prior to hitting the record button. Let me share my ear-opening passion with you.

Casual podcast maker, reader of audio books for the blind

Music is a universal language. I love Lo-fi Chillhop Music.

New tracks tagged #Hydroelectric