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dewanand · 25 januari 2022, 15:13

ONderwerp

Thermoelektrische unit om hete pijpen om elektriciteit op te wekken

1) mooi hoor, deze technologie kan nog een Groene Energie revolutie opstarten, via de honderen vulkanische heetwater bronnen kan men duizenden hete pijpen zo installeren om elektriciteit op te wekken, dit gebeurt al in de Skandinavische landen, hier een nieuwe veelbelovende innovatie.

2) Opnieuw zien wij dat het altijd superieure Blank Arische Westerlingen zijn die de Technologie verder perfectioneren met nieuwe geniale uitvindingen. Waar blijven de mega grootgeschapen, seksueel superieure Negertjes met hun (PIK) Technologie??? Zwart India presteert ook bedroevend weinig op Technologisch gebied, daar gaat men in het parlement over heilige Hindoe koeien ruzie maken en vechten.

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https://newatlas.com/energy/wrap-aro...be720-90994561

Energy
Thermoelectric device wraps around hot pipes to generate electricity
By Ben Coxworth
January 24, 2022

We've already heard about hoses that get wrapped around existing hot water pipes, using heat radiated from the pipe to heat water inside the hose. A new wrap-around device, however, uses that same pipe-heat to generate electricity.

Created via a collaboration between Pennsylvania State University and the National Renewable Energy Laboratory, the experimental thermoelectric device is made up of multiple flat, square modules known as couples.
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More precisely, it consists of 12 rectangular strips of six couples each, with a flexible metal foil substrate electrically connecting those strips to one another. Unlike previously developed flat, rigid setups, this design allows the 72-couple device to be wrapped around hot water pipes – or other types of pipes that get hot – in a home, factory, or anyplace else.

As is the case with other thermoelectric devices, an electrical current is generated as electrons move from the warmed inner side of each couple to its cooler outer side – the greater the temperature difference between the two sides, the stronger the current. The electricity can be channeled into a grid, or used to charge a battery.

When applied to a hot gas flue pipe, the prototype is claimed to have exhibited the highest-ever reported output power and device power density from a single thermoelectric generator. In more detail, a 3-inch (76-mm)-squared version of the device utilized a 570 ºC (1,026 ºF) temperature difference to deliver a total power output of 56.6 watts.

"Think about an industrial power plant with pipes hundreds of feet long," said Penn State's Prof. Shashank Priya. "If you can wrap these devices around an area that large, you could generate kilowatts of energy from wasted heat that’s normally just being thrown away. You could convert discarded heat into something useful."

A paper on the research was recently published in the journal ACS Applied Materials & Interfaces.

Source: Penn State
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25 januari 2022, 15:13	#1
dewanand Minister-President Geregistreerd: 30 april 2005 Locatie: delft Berichten: 4.581	Thermoelektrische unit om hete pijpen om elektriciteit op te wekken ONderwerp Thermoelektrische unit om hete pijpen om elektriciteit op te wekken 1) mooi hoor, deze technologie kan nog een Groene Energie revolutie opstarten, via de honderen vulkanische heetwater bronnen kan men duizenden hete pijpen zo installeren om elektriciteit op te wekken, dit gebeurt al in de Skandinavische landen, hier een nieuwe veelbelovende innovatie. 2) Opnieuw zien wij dat het altijd superieure Blank Arische Westerlingen zijn die de Technologie verder perfectioneren met nieuwe geniale uitvindingen. Waar blijven de mega grootgeschapen, seksueel superieure Negertjes met hun (PIK) Technologie??? Zwart India presteert ook bedroevend weinig op Technologisch gebied, daar gaat men in het parlement over heilige Hindoe koeien ruzie maken en vechten. -------------------------------------- https://newatlas.com/energy/wrap-aro...be720-90994561 Energy Thermoelectric device wraps around hot pipes to generate electricity By Ben Coxworth January 24, 2022 We've already heard about hoses that get wrapped around existing hot water pipes, using heat radiated from the pipe to heat water inside the hose. A new wrap-around device, however, uses that same pipe-heat to generate electricity. Created via a collaboration between Pennsylvania State University and the National Renewable Energy Laboratory, the experimental thermoelectric device is made up of multiple flat, square modules known as couples. More Stories A novel adhesive made from upcycled plastic is described as one of the strongest materials ever made Materials Upcycled adhesive is one of the toughest materials ever reported Diagram of the JWST's trajectory Space James Webb Space Telescope reaches deep-space destination More precisely, it consists of 12 rectangular strips of six couples each, with a flexible metal foil substrate electrically connecting those strips to one another. Unlike previously developed flat, rigid setups, this design allows the 72-couple device to be wrapped around hot water pipes – or other types of pipes that get hot – in a home, factory, or anyplace else. As is the case with other thermoelectric devices, an electrical current is generated as electrons move from the warmed inner side of each couple to its cooler outer side – the greater the temperature difference between the two sides, the stronger the current. The electricity can be channeled into a grid, or used to charge a battery. When applied to a hot gas flue pipe, the prototype is claimed to have exhibited the highest-ever reported output power and device power density from a single thermoelectric generator. In more detail, a 3-inch (76-mm)-squared version of the device utilized a 570 ºC (1,026 ºF) temperature difference to deliver a total power output of 56.6 watts. "Think about an industrial power plant with pipes hundreds of feet long," said Penn State's Prof. Shashank Priya. "If you can wrap these devices around an area that large, you could generate kilowatts of energy from wasted heat that’s normally just being thrown away. You could convert discarded heat into something useful." A paper on the research was recently published in the journal ACS Applied Materials & Interfaces. Source: Penn State We recommend Radiation induced plasmonic nanobubbles: fundamentals, applications and prospects Yifan Zhang et al., AIMS Energy Teardown: Inside the Neurometrix Quell TENS device MassDevice, Mass Device, 2018 Teardown: Neurometrix Quell TENS cihaz? içinde MassDevice, Mass Device, 2018 Annual performance of photovoltaic-thermal system under actual operating condition of Dire Dawa in Ethiopia Alemayehu T. Eneyaw et al., AIMS Energy, 2019 Heart failure: New electric mesh device gives the heart an electromechanical hug Abigail Esposito, Med Design and Outsourcing Efficacy and safety following bosutinib dose reduction in patients with Philadelphia chromosome-positive leukemias Kota V et al. Leuk Res. 2021, Brought to you by Pfizer Medical affairs Powered by Tags EnergyThermoelectricityPennsylvania State UniversityHeating https://newatlas.com/energy/wrap-aro...be720-90994561 ---------------------------------------- __________________ Kritisch Podium Dewanand http://www.dewanand.com