Solar-powered mobila charger stations
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This document proposes installing solar-powered device charging stations and free Wi-Fi stations in public spaces in Yerevan, Armenia. It notes that Armenia has over 200 sunny days per year but solar technology is underdeveloped. The stations would use solar energy to charge batteries which then charge devices and provide Wi-Fi. Four concepts are described: Solar Tree stations in parks, a sustainable ConnecTable that can charge 75-150 devices per day, a large mobile station with Wi-Fi and charging, and a smaller mobile station. The goal is to promote solar energy and raise climate change awareness in Armenia.
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A solar tree is a decorative means of producing solar energy and also electricity. It uses multiple no of solar panels which forms the shape of a tree. The panels are arranged in a tree fashion in a tall tower/pole.
TREE stands for
T= TREE GENERATING
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This is like a tree in structure and the panels are like leaves of the tree which produces energy.
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#SOLAR_PHOTOVOLTAIC_NSECT_LIGHT_TRAP
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The document discusses solar off-grid systems, which convert sunlight into electricity without being connected to an electrical grid. They are useful for powering areas with little grid access. Solar off-grid systems consist of solar panels that absorb sunlight, batteries that store the generated current, a controller that regulates the battery charging, and an inverter that converts DC to AC current. They have advantages like being renewable, reducing emissions, and saving on electricity bills. Major applications include household power backup, medical clinics, telecom stations, and defense and remote weather stations. The document also describes Medors Renewable Energy, a leading Indian manufacturer of high-quality solar panels and off-grid systems.
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The document describes a solar tree, which is a structure that uses solar panels arranged like leaves to generate electricity from sunlight. It has several advantages over traditional solar panels such as requiring less land and also capturing energy from wind. The solar tree works by charging batteries during the day from the solar panels and power can be stored and used when needed or on cloudy days. It is presented as an efficient way to generate renewable energy with less environmental impact.
Seminar report on solar tree (by Vikas)
Now a days with the growing population and energy demand we should take a renewable option of energy source and also we should keep in mind that energy should not cause pollution and other natural hazards. In this case the solar energy is the best option for us.
so based on solar energy the solar tree is formed and it acquire very less land.
Solartree 140521004426-phpapp01
Solar tree is a structure that uses multiple solar panels arranged like a tree to generate electricity efficiently using less land than traditional solar systems. It consists of solar panels, a tall tower, wiring to connect the panels, batteries to store energy, and stems to mount the panels in a spiral design allowing even light exposure. Solar trees provide a renewable and ecologically friendly source of energy for uses like street lights and power supply while reducing costs and land usage compared to traditional ground-mounted solar arrays.
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This document describes a solar tree, which is a structure resembling a tree that is made of solar panels. It absorbs solar energy during the day to produce electricity, which is stored in batteries. At night, LEDs are activated using the stored energy. A solar tree takes up less land than a traditional solar plant while generating energy. It consists of solar panels, a tower, LEDs, batteries, and stems connecting the panels. Its spiralling design allows lower panels to avoid the shadow of upper panels to maximize energy production.
solar tree seminar report
This document is a seminar report submitted by Pappu Jaiswal to fulfill requirements for a Bachelor of Technology degree in Electrical Engineering at Madan Mohan Malaviya University of Technology. The report is about solar trees and includes chapters on the working principle of solar cells, the manufacturing process of solar cells, and applications, advantages, and disadvantages of solar trees. It was supervised by Mr. Kishan Bhushan Sahay of the Electrical Engineering department.
Solar Energy Analytics Using Internet of Things
*Extracting usable electricity from sun.
*Conversion of light energy into DC.
*Used in remote areas as placement of electric lines are not viable.
*Solar based system connected to IoT.
*Easy access of data.
3kw solar system
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SOLAR TREE
T=TREE GENERATING
R=RENEWABLE
E=ENERGY
E=ELECTRICITY
The panels are like leaves of the tree which produces energy
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1) The document describes a smart solar bench project created by students that uses solar energy to provide phone charging and lighting.
2) The smart solar bench includes solar panels, a charge controller, batteries, an inverter, USB ports for charging, LED lights, and a fan.
3) It provides a sustainable power source for public areas while offering a comfortable sitting space and convenient phone charging for users.
Project phase 1 ppt.pptx
It's a good night and sweet dreams in the society of the day the price of the day of the day of the day of my spends a very Happy Birthday to you get well personal doc and you can come to the house and have a good day of the day of the day of the day
Indian National Solar Mission
India aims to install 20GW of solar power generation capacity by 2022 according to its National Solar Mission. As of May 2014, India had 2.5GW of installed solar PV capacity out of a total electricity generation capacity of approximately 146.753GW. The National Solar Mission aims to promote ecologically sustainable growth and address India's energy security challenges by establishing targets for off-grid solar applications, solar thermal collectors, and solar home lighting by 2022.
solar road ways presented by Raghunathand Bharath
This document discusses solar roadways, which are roads that generate electricity through solar panels embedded below a glass surface. It provides details on how solar roadways work, including that they are made up of three layers: a road surface/glass layer, electronics layer, and base plate layer. The electronics layer contains photovoltaic cells that convert solar energy to electricity and can heat the road surface. Solar roadways provide benefits like renewable energy generation, road illumination from LEDs, and potential electric vehicle charging. The document describes prototypes created by the company Solar Roadways and a solar parking lot they constructed. It argues solar roadways could provide power at a similar cost to current road/power systems, while reducing pollution and global warming.
AUTOMATIC POWER-ADJUSTABLE CHARGER
Smartphones and multiple electronic gadgets have become a daily necessity for our life as we have
created a huge interdependency on gadgets. Introduction of the electronic gadgets with multiple features have
made our lifestyle easier and faster. Smartphones are the most importance and widely used electronic gadget and
it can be observe that every new day brings a better innovation in its manufacturing. Along with the innovation
In the smartphone, we need a major innovation in its charging methods. In the initial days of the mobile phone
manufacturing, its chargers used to work on the constant current supply system. After few years the next
generation chargers came with the constant voltage system and the next major update was the introduction of the
constant current And constant voltage charging system, which was used for a larger period of time. When the
competition in the field of innovation incremented massively, smartphone brands focused on making there
smartphone charging rate faster than others and they started using the microcontrollers for increasing there
charger’s output. There are multiple smartphone brands with there own different charging technologies like
DASH, TURBO, VOOC etc. These charging technologies works on there full potential when connected to The
devices which support those technology’s communication. When we connect these high power output chargers to
the devices which doesn’t support its communication Style , the charger doesn’t supply the power with the full
potential even if the device is capable of handling the load. There is a need for a charger which doesn’t have the
compatibility issues with any kind of devices which require the power input between The range of power output
supplied by the charger. There is the need for the charger with the wide range of power supply that can charge a
earpiece to smartphone. In our Auto Power Adjustable charger’s proposed methodology , we are considering all
the above parameters to create a universal charger, which can be used to charge any type of device in its output
range. We will add an extra circuit which will be responsible for the feedback from the device’s battery for
analysing the required power output . We will supply the exact amount of power which is required by the device
and it will minimize the chances of the damage on the less powered batteries. The test results are showing the
positive responses till the date . Arduino is the major component , which is responsible for the decision making in
the regulation of the power output. Here we can conclude that our charger can eliminate the chances of the
damage on the battery and it can supply the power output of a wide range.
Malay ppt
This document describes a wireless mobile phone charging system developed by Malay Niraj. The system uses electromagnetic induction to transfer power from a charging pad to a receiver in the mobile phone adapter without needing a physical connection. It utilizes a high frequency transformer, inductors, rectifiers, capacitors, transistors, diodes, and voltage regulators to convert AC mains power to 12V DC, transfer it wirelessly via induction coils, and convert it to 5V DC to charge a mobile phone. The wireless charging system aims to eliminate the need for different chargers by manufacturer and allow for more convenient, automatic, and cordless charging of mobile phones.
DC Fast Charger and Battery Management System for Electric Vehicles
This document discusses the development of a DC fast charger and battery management system for electric vehicles. It aims to reduce charging times for EVs by designing an efficient charging mechanism. A PIC microcontroller controls the charging voltage and a battery management system monitors battery temperature, voltage, current and provides notifications. The system uses a step-down transformer, rectifier, voltage regulators and temperature sensor to charge lithium-ion batteries safely and quickly, while the battery management system protects the batteries from overcharging or overheating. Faster charging times through more charging stations could encourage greater adoption of electric vehicles.
The concept of smart tower for smart city
The Multifunctional monopole of height 22 m will ensure both the communication and illumination of the streets of a small town.
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More from Gayane Manukian
yerevan guide
This document proposes creating a mobile app called "Yerevan Guide" to help tourists and locals navigate the city of Yerevan, Armenia. It notes that the 1 million tourists visiting Yerevan each year currently struggle to find places without proper online guides. The app would provide information on attractions, cafes, museums, medical centers, tours, events, and allow users to share photos. It estimates a $7,000 investment plus $1,400 monthly for support, PR, and promotions at the airport and Ucom stores to launch the Yerevan Guide app.
ARMENIAN NAVIGATOR
Armenian Navigator is a mobile application that aims to create a database of Armenian cultural sites around the world to promote Armenian heritage. It currently features over 900 Armenian locations from 349 cities in 25 countries. The app hopes to expand its collection of cultural sites and increase user engagement to showcase the global influence of Armenian culture. Donations are being accepted to further develop the platform and ensure Armenian history and the diaspora are preserved and celebrated worldwide.
1000 & 1 lucky covers
This document proposes replacing old sewer covers in Yerevan, Armenia with new covers featuring art to beautify the city, educate citizens, and promote tourism. The project would install 1000 unique covers in 4 styles - historical, modern art, navigation, and education - near landmarks like the Opera House. Designers would create 50 covers for each area's theme. Citizens and companies could sponsor a cover by buying a limited edition t-shirt, receiving branding on that cover in return. The goal is to use sewer covers to promote art, culture and civic pride while making the city more attractive and tourist-friendly.
AJA 5 finish Gay
The Yerevan International Jewellery Show is an annual jewelry exhibition held in Yerevan, Armenia every last Sunday of October. It is organized by the Armenian Jewellers' Association to showcase jewelry from Armenia and other countries. The 2013 show will be held from October 28-30 under the patronage of the President and government of Armenia. The document provides details about the types of jewelry that will be displayed and discusses how the show aims to develop the Armenian jewelry industry and integrate it into the global market.
AJA magazine 1st issue (1)
The document discusses the rich history of Armenian jewelry making. It highlights that gifted Armenian craftsmen have created masterpieces in jewelry that are in high demand worldwide. It also notes that the Armenian Jewelers' Association has united talented Armenian jewelry makers for over a decade and a half, promoting this art form. The address includes blessings for the association from the President of Armenia and Catholicos of All Armenians.
More from Gayane Manukian (6)
Solar-powered mobila charger stations
- 1. www.imyerevan.com solar-powered device charger stations for YVN by yerevan 2.0 CITY 2.0 PROJECT
- 2. PROBLEM Yerevan is one of the most sunniest cities in the world. There are over 200 sunny days a year in Armenia, but the solar technologies are not developed enough to use this advantage. There are only few solar energy companies working in Armenia, and they only engineer projects for private segments. Public spaces are never being selected as a platform for developing solar energy industry, ideas and climate change propaganda. over 200 sunny days
- 3. The idea is to instal in Yerevan cities public spaces solar-powered smart device charger and free wi- fi stations . We want to to be first to start visual propaganda of climate change in Armenia This project aims to combine the reduced environmental impact, especially deriving from a low absorption of fossil fuel-based energy, with the need to ensure constant operation and expected light performances. The Street charge station concepts are designed as an elegant all-in-one community solution for solar charging of mobile devices. IDEA
- 4. TECHNOLOGY Solar Tree and Mobile charger stations are a light fixture combining an innovative design with the technical performances of LED lighting systems using solar energy supplied from a photovoltaic system. and a free wi-fi router. The operation of this light fixture and the energy for wi-fi router is not influenced by weather randomness and project changes due to winter periods (e.g. number of panels, accumulator dimensioning).Users' devices are not pulling direct from the panels, the panels charge a 168 Wh Lithium Ion battery which then charges smartphones and tablets at the same rate as a wall outlet
- 5. CONCEPT 1 Solar Tree Solar Tree collects energy during the day, promotes free wi-fi and gives mobile charging opportunity. It is going . to be installed in one of the parks of Yerevan..
- 6. CONCEPT 2 ConnecTable ConnecTable is a Sustainable Smart Device Solar Charging Station that supports up to 75-150 hand held mobile device charges/day
- 7. CONCEPT 3 Solar Charger Station (big) A mobile phone charging service can provide a much needed service for local people in both urban and rural areas in developing countries. Concept 3 offers free wi-fi, mobile charge and a small branch for 1 person.
- 8. CONCEPT 4 Solar Charger Station (small) A mobile phone charging service can provide a much needed service for local people in both urban and rural areas in developing countries. Concept 4 offers free wi-fi, mobile charge.
- 10. ADS Use the desks as an advertisement platform (Sample for Ameria Bank)
- 11. FORMS The stations can be designed based on your companies brandbook Inspired by nesting boxes...
- 12. Contact us: imyerevaninfo@gmail.com +374 94 21 01 11