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beingsanket · 4 months

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iconicintuitive · 10 months

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HOW THE NARCISSIST STEALS ENERGY FROM YOU

#youtube #energyharvesting #narcissistic abuse

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futurride · 10 months

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#automotivesensors #connectivity #edgecompute #energyharvesting #Futurride #InWheelSense #perpetualpowersupply #sustainablemobility #TDK #tirepressuremonitoringsystem #TPMS #vehicleintelligence

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electronicconference · 1 month

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Internet of ThingsDevices

IoT devices, or Internet of Things devices, refer to physical objects or devices embedded with sensors, actuators, and connectivity features that enable them to collect, exchange, and act on data through the internet. These devices are part of the broader network of interconnected devices, often referred to as the Internet of Things (IoT), which encompasses a wide range of objects, from everyday consumer products to industrial machinery.

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#youtube #EnergyHarvesting MaterialsScience Piezoelectric Thermoelectric Photovoltaics Triboelectric Pyroelectric RTG (Radioisotope Thermoelectric Gen

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that-next-level · 6 months

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jobrxiv · 8 months

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PhD in Printable Self-Powered Gas Sensors for Sustainability Simon Fraser University #PhD Opportunity in #Printable #SelfPowered #GasSensors for #Sustainability-Driven Applications! Join the Sustainable Optoelectronics Group @SFU See the full job description on jobRxiv: https://jobrxiv.org/job/simon-fraser-university-27778-phd-in-printable-self-powered-gas-sensors-for-sustainability/?feed_id=58353 #ScienceJobs #hiring #research #PhDStudentship #GasSensors #Sustainability #PrintedElectronics #OrganicSemiconductors #2DSemiconductors #Sensors #SelfPowered #OrganicElectronics #CarbonNanotubes #TFTs #Transistors #Graphene #EnergyHarvesting Metro Vancouver #Canada #PhDStudent

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sunnovativesolar445 · 2 years

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Learn about solar panels and their usage.

Everything in this world is meant to meet its end. No matter whether it’s a human or a resource, we enjoy it. As time passes, everything gets consumed, like the natural resources and the earth’s life support system. Electricity, energy, and every minimal resource received are present on this earth for a limited amount.

And overuse of these resources has led humans to go for a sustainable way of living, including equipment that can harness sun, wind, and water energy. The sun is the most common and prominent energy source, where you can get enough energy throughsolar panels.

So let’s explore this and its various scale of usage in various aspects of our day-to-day life.

What aresolar panels?

Solar panels, also known as PV panels, are a fantastic invention by humans to create a renewable energy source that is pollution free and doesn’t have any side effects on mother nature.

An efficient way of harnessing cleansolar energy.

This panel generates energy from the energy particles known as photons present in the sunlight.

These panels are numerous solar cells made of phosphorus, silicon, and boron, which are responsible for generating electricity whenever a ray of light falls on them.

Thissolar energyis an eco-friendly way of generating enough electricity to help power street lights, solar pumps, cookers, fans, lights, Commercial rooftop solar, etc.

Types of panels

Solar energyharvesting has been practiced worldwide and is quite famous for its clean energy production method.

But certain things need to be taken care of like every solar panel doesn’t work in every climate condition.

To tackle this problem, we have various options which can adapt to various climatic conditions.

Polycrystalline- This solar panel is widely used in India and is best suited for sunny weather in India. These PV cells consist of silicon crystals with a surface that looks similar to a mosaic.

And they are more eco-friendly than monocrystalline solar panels, producing less waste.

They have lower heat tolerance and higher temperature coefficient than monocrystalline panels.

And they are more superficial and cheap.

These panels are used in various sections as per the amount of energy they can generate fromsolar energy.

The following have the detail of the watt capacity with its usage.

10 – 100 watt – Street lights

100-200 watt – Small solar kits

200 – 300 watt – solar pumps

300 – 400 watt – Residential or commercial use

Monocrystalline- This is one of the most developed PV panel categories. In this, the solar cells. These panels are made of high-grade silicone and are costly compared to polycrystalline.

This is best suitable for places with cold weather, like Canada and other cold countries.

They are known to have higher efficiency as compared to other panels. And are even space-efficient.

They have a high life span and are seen to work longer than their warranty period.

Similarly, for monocrystalline, we have segregated data of modules available with their watt of electricity from thesolar energyand usage as follows;

300-400 watt – residential and commercial uses

400 – 500 watt – Mainly for commercial uses and can be used for residential

Above 500 watt – commercial uses

Its usage in various sections.

Production of clean energy fromsolar energyhas its advantages as it keeps our environment clean. In addition, no toxic substances are produced, and they are even cheap.

This leads to its wide applications in various aspects, a green and safe replacement of standard electricity from coal.

Here is a list of various applications of solar panels.

Street lights- It’s pretty easy to install within the top of the street lights, which can quickly generate enough electricity throughout the day and can be used at night and in the evening to lighten the streets. It can be used around highways, schools, hospitals, parking areas, etc.

These are cheap and small in size, which makes them ideal for moving. And can generate enough usable electricity to brighten up the streets.

Small solar kits- A perfect way to store and save resources. It’s costly at the start but worth it during any electricity outage or the time after sunset when there is nosolar energysource.

For solar pump- A perfect alternative to electricity producer where grid electricity is unable. This item consists of a solar panel, charge controller, DC water pump, electric wiring, and water storage tank.

Residential/everyday society subsidy-based rooftop- It’s a perfect way to power a maximum part of your house throughsolar energy, and even you can the subsidies provided by the government of 30% over the installations of PV panels over your rooftops.

Commercial Rooftop Solar- This one can easily power a whole commercial building throughsolar energywith the help of PV panels installed in a row in the required amount over the rooftop.

Group captive power plant – This is a great helpful tool for a society or a big enterprise group to generate clean electricity through PV panels for their consumption.

RESCO model – This a great investment platform, as our primary energy provider will get replaced with this renewable source in the coming days.

Off-grid connection solar rooftop- The rooftop solar system is not linked to the primary grid. This system produces energy to charge its battery and generates enough electricity to function in other applications.

Portable solar units- These are the most effective method to power your house throughsolar energyof 100% with its compatible design. And can generate power of 50 watts to 300 watts.

Hybrid solar plant – A perfect combination of grid connection andsolar energystorage. A perfect way to store your energy produced through PV panels instead of feeding it back to the grid.

Now, after all, this, let’s find a reliable source to buy these Solar panels for which we have ‘Sunnovative’ for you. A well-known company in the field of solar panels that responds within 24 hrs of inquiry, 60 days installation guarantee, and resolution of any issue within 72 hours.

A place that values its customers and money.

#Solar panels #solar power

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bluegoldenergy · 5 years

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Earthquake’s, fire’s, flood’s, storm’s.....show must go on LA⚡️

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woundedhealersworld · 2 years

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#spiritualwarfare #channeledmessages #chosenones #psychicmessages #empressathome #empressenergy #spiritualwoman #messageforthecollective #timelessmessage #midlifeinfluencers #badassery #narctiktok #empathsoftiktok #january2021 #spiritualtok #spiritualtiktok #gangstalking #cyberbullying #energyharvesting #maliciousmischief #fraud #narcissisticabuse #narcissist https://www.instagram.com/p/CYFT-fcp-k5/?utm_medium=tumblr

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ayeshavohra-eprnews-posts · 4 years

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Xidas's New 'VP3' Power Pod Tackles Sustainability and Landfill Issues Created by the IoT Industry #HighTechnology #BatteryPower #Electronics #EnergyHarvesting #Environment #InternetOfThings #Sustainability #WirelessSensors #ePRNews @Xidas

https://eprnews.com/xidass-new-vp3-power-pod-tackles-sustainability-and-landfill-issues-created-by-the-iot-industry-473528/

#HighTechnology #BatteryPower #Electronics #EnergyHarvesting #Environment #InternetOfThings #Sustainability #WirelessSensors #ePRNews #Xidas

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beingsanket · 5 months

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fumpkins · 5 years

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Energy-Harvesting Nanomaterials Created Cool | Science and Technology Research News

A few of the huge quantity of lost energy that devices and gadgets release as heat might be regained utilizing an economical nanomaterial established at KAUST. This thermoelectric nanomaterial might catch the heat lost by gadgets, varying from smart phones to automobile engines, and turn it straight back into beneficial electrical energy.

The nanomaterial is used a low-temperature solution-based production procedure, making it ideal for finishing on versatile plastics for usage nearly anywhere.

“Among the many renewable energy sources, waste heat has not been widely considered,” states Mohamad Nugraha, a postdoctoral scientist in Derya Baran’s laboratory. Waste heat discharged by devices and gadgets might be regained by thermoelectric products. These compounds have a home that implies that when one side of the product is hot and the other is cold, an electrical charge develops along the temperature level gradient.

Previously, thermoelectric products have actually been used costly and energy-intensive procedures. Baran, Nugraha and their coworkers have actually established a brand-new thermoelectric product made by spin finishing a liquid option of nanomaterials called quantum dots.

Mohamad Nugraha (left) and his group leader, Derya Baran, show the versatility of the gadget.

The group spin covered a thin layer of lead-sulphide quantum dots on a surface area and then included a service of brief linker ligands that crosslink the quantum dots together to boost the product’s electronic residential or commercial properties.

The group established a brand-new thermoelectric product by spin finishing a liquid option of nanomaterials and then spin finishing a series of thin layers of lead-sulphide quantum dots onto the surface area. They dried the movie utilizing thermal annealing.

After duplicating the spin-coating procedure layer by layer to form a 200-nanometer-thick movie, mild thermal annealing dried the movie and finished fabrication. “Thermoelectric research has focused on materials processed at very high temperatures, above 400 degrees Celsius,” Nugraha states. The quantum-dot-based thermoelectric product is just warmed up to 175 degrees Celsius. This lower processing temperature level might cut production expenses and implies that thermoelectric gadgets might be formed on a broad series of surface areas, consisting of low-cost versatile plastics.

The group’s product revealed appealing thermoelectric residential or commercial properties. One crucial specification of an excellent thermoelectric is the Seebeck coefficient, which represents the voltage created when a temperature level gradient is used. “We found some key factors leading to the enhanced Seebeck coefficient in our materials,” Nugraha states.

The group was likewise able to reveal that an impact called the quantum confinement, which modifies a product’s electronic residential or commercial properties when it is diminished to the nanoscale, was necessary for improving the Seebeck coefficient. The discovery is an action towards useful high-performance, low-temperature, solution-processed thermoelectric generators, Nugraha states.

New post published on: https://livescience.tech/2019/07/03/energy-harvesting-nanomaterials-created-cool-science-and-technology-research-news/

#cool #created #EnergyHarvesting #Nanomaterials #News #Research #science #Technology

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settorezero · 4 years

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Published my article about Garden Solar Lamps. I've dismantled some of them and made some measurements in order to understand how them works and if can be improved. Article is, as always, in my #blog: www.settorezero.com. Is in Italian language but Google translate works very well. . . . . . . . . . . . #electronics #engineering #solarpower #energysaving #energyharvesting #solar #solarenergy #power #blogger #tech #stem #iot #powersupply #led #illumination #ledlight #ledillumination #developer https://www.instagram.com/p/B7d5Qpxogu7/?igshid=k1ilebw8s6pu

#blog #electronics #engineering #solarpower #energysaving #energyharvesting #solar #solarenergy #power #blogger #tech #stem #iot #powersupply #led #illumination #ledlight #ledillumination #developer

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electronicconference · 1 month

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Energy Harvesting Material

Energy harvesting materials are substances or devices that can convert various forms of energy from the environment into electrical energy. These materials play a crucial role in the development of self-sustaining or autonomous systems that can power themselves by harnessing energy from their surroundings. Here are some common types of energy harvesting materials:

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#youtube #EnergyHarvesting MaterialsScience Piezoelectric Thermoelectric Photovoltaics Triboelectric Pyroelectric RTG (Radioisotope Thermoelectric Gen

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bits4bots · 5 years

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Beautiful solar panels. @hccfl I can imagine these & tiny homes nestled together. #energyharvesting #solarpanels #solarpower #freeenergy #tinyhomes #costeffective #sunpower (at Brandon, Florida) https://www.instagram.com/p/B08l6VGpz3Z/?igshid=19qwdtb9awg1o

#energyharvesting #solarpanels #solarpower #freeenergy #tinyhomes #costeffective #sunpower

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ijtsrd · 5 years

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Voltage Generation using Piezo Crystals

by Yusra Wangde | Pranay Mendhe | Daniya Soparker | Vicky Gupta | Prof. Jyoti Dange "Voltage Generation using Piezo-Crystals"

Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-3 , April 2019,

URL: https://www.ijtsrd.com/papers/ijtsrd23440.pdf

Paper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/23440/voltage-generation-using-piezo-crystals/yusra-wangde

open access journal of engineering, ugc approved journals for engineering, call for paper engineering

This work describes the recent advancements in piezoelectric energy harvesting concepts for smart city applications. Several works have been reported which discussed the detailed design and use of different piezoelectric materials to harvest energy from vibration. In the smart city context there are many opportunities to convert mechanical to electrical such as human motion, sounds, machines and streets. Researchers have studied the factors that affect the amount of the output generated power from various sources to determine its efficiency. Effect of harvester structure, material that is used in fabricating the harvester mobility of human in its location, and other factors have been studied. Efficiency of piezoelectric harvesters is an essential parameter to judge the performance of the prototype for the betterment of energy resources.

#piezoelectric #Energyharvesting

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