Foot path
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This document describes a proposed system to generate electricity from foot traffic on walkways. The system uses a vibrating platform that converts the kinetic energy from footsteps into electrical energy through Faraday's law of induction. A transformer boosts the low voltage output, then a rectifier converts it to DC power which can be stored in a battery. Sensors on the platform detect vibrations and a digital meter measures the output voltage. The system aims to produce additional renewable power through an inexpensive, simple design that does not depend on weather conditions.
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Power generation through foot steps
This document describes a device that generates electricity through human foot steps. It contains the following key points:
- The device uses a dynamo and rack and pinion gear system to convert the rotational motion from foot steps into linear motion, which drives a magnet inside a coil to generate electricity.
- As a person steps on an iron plate, it drives a crankshaft and gear arrangement that moves a magnet back and forth in a coil, producing direct current electricity that can be stored in a battery.
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This document describes a footstep power generation system that converts the mechanical energy from walking or running into electrical energy using piezoelectric sensors. The electrical energy is stored in a lead acid battery and can be used to power AC and DC loads. An inverter converts the DC battery voltage to AC voltage. The system provides a low-cost renewable energy solution that could power rural applications and emergency situations by harvesting wasted human biomechanical energy.
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This document describes a system for generating electricity from footstep power. It consists of a piezoelectric sensor that converts force from footsteps into electrical energy, which is then regulated and stored in a battery. An inverter is used to convert the DC power from the battery to AC power that can run loads. The system has applications in powering small devices for agriculture, homes, street lighting, or as a backup power source in rural areas or during outages.
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This document presents a seminar on footstep power generation systems. It introduces piezoelectric materials that can generate electric charges when pressure is applied. The system works by using piezoelectric transducers under a footstep arrangement to convert mechanical energy from footsteps into electrical energy. This variable voltage is stabilized and stored in a battery, then inverted to AC power. Footstep power generation has advantages like being renewable, eco-friendly, and requiring no external power or much maintenance. However, it also has high initial costs and implementation challenges. Potential applications include emergency power, agriculture, homes, and street lighting.
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This document describes a proposed system for generating electricity from footstep energy. It consists of a footstep plate that is depressed when walked on, activating a rack and pinion gear mechanism connected to a generator. The generator produces DC power that is stored in a battery. An inverter converts the DC to AC power that can power lights or other loads. It has applications for powering street lights or in crowded areas. The system converts wasted human kinetic energy from walking into usable electricity.
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This document summarizes a student project that aims to generate electricity from footstep power. The project converts the kinetic energy from walking or running on an inclined stepping plate into electrical energy using a rack and pinion mechanism connected to a generator. The generated DC power is stored in a battery and then converted to AC power using an inverter. Potential applications include power generation in places with many footfalls like colleges, shopping complexes, and transportation hubs to provide a renewable source of electricity.
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Power generation through foot steps
This document describes a device that generates electricity through human foot steps. It contains the following key points:
- The device uses a dynamo and rack and pinion gear system to convert the rotational motion from foot steps into linear motion, which drives a magnet inside a coil to generate electricity.
- As a person steps on an iron plate, it drives a crankshaft and gear arrangement that moves a magnet back and forth in a coil, producing direct current electricity that can be stored in a battery.
- The stored electricity generated from foot traffic on busy stairways or speed bumps could provide a useful source of power for various applications.
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In footstep power generation system we generate electricity by converting the mechanical energy into the electrical energy.
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This document describes a system for generating electricity from footstep power. It consists of a piezoelectric sensor that converts force from footsteps into electrical energy, which is then regulated and stored in a battery. An inverter is used to convert the DC power from the battery to AC power that can run loads. The system has applications in powering small devices for agriculture, homes, street lighting, or as a backup power source in rural areas or during outages.
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This document describes a proposed system for generating electricity from footstep energy. It consists of a footstep plate that is depressed when walked on, activating a rack and pinion gear mechanism connected to a generator. The generator produces DC power that is stored in a battery. An inverter converts the DC to AC power that can power lights or other loads. It has applications for powering street lights or in crowded areas. The system converts wasted human kinetic energy from walking into usable electricity.
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device generating elecricity by footstep using peizoelectic material
This document summarizes a method for generating electricity from human footstep using piezoelectric materials. It discusses how piezoelectric sensors in footwear or flooring can convert the mechanical energy from walking or running into electrical energy. The document evaluates different piezoelectric materials and connection configurations to determine the most effective design. A series-parallel connection of piezoelectric crystals is found to generate both a usable voltage and current from footstep force. This approach aims to harness wasted human energy for power generation in a cleaner and more sustainable way.
Vikram
Hello Mam,
We are the student of b.tech mechanical engg. we make foot step electricity genarator when we press the top of the project the spring is press the mechanical setup of project is working the rack and pinoin is connect to the shaft is connect to pully is connect to dianoma with help v velt when we pressure the top of the project the rack and pinion is rotating the shaft is rotating to the pully to rotating to dynoma is rotted produce the electricity and we optain the electricity by the system
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FOOT STEP POWER GENERATION IS MODERN METHOD OF GENERATE ELECTRICITY WITHOUT WASTING ANY FUEL SOURCE.
foot step power generation
The document proposes a method to generate electricity from human footfall called the Power Producing Platform. It consists of mechanical setups under a flooring system that compress to turn dynamos when people walk over it. The electricity generated can be stored in batteries and used to power local needs. It suggests installing these in highly populated areas like railway stations where large crowds can generate significant power through their daily movement.
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Modifed final
1) The document describes a footstep power generation system that uses piezoelectric sensors to convert the mechanical energy of human footsteps into electrical energy.
2) The electrical energy is stored in a 12V lead acid battery and can be used to power both AC and DC loads.
3) Key components of the system include piezoelectric sensors, an AC ripple neutralizer, a unidirectional current controller, a 12V lead acid battery, and an inverter to convert DC power from the battery to AC power for loads.
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This document discusses a presentation on generating electricity from footstep power using piezoelectric sensors. It introduces different modes of transportation and their drawbacks. It then covers the introduction, need, working, applications, advantages and disadvantages of using piezoelectric sensors to convert the mechanical energy from human footsteps into electrical energy to power small devices or charge batteries. The system has the potential to generate power at locations with many people walking such as colleges, railway stations or malls in a sustainable way without requiring fuel.
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device generating elecricity by footstep using peizoelectic material
This document summarizes a method for generating electricity from human footstep using piezoelectric materials. It discusses how piezoelectric sensors in footwear or flooring can convert the mechanical energy from walking or running into electrical energy. The document evaluates different piezoelectric materials and connection configurations to determine the most effective design. A series-parallel connection of piezoelectric crystals is found to generate both a usable voltage and current from footstep force. This approach aims to harness wasted human energy for power generation in a cleaner and more sustainable way.
Vikram
Hello Mam,
We are the student of b.tech mechanical engg. we make foot step electricity genarator when we press the top of the project the spring is press the mechanical setup of project is working the rack and pinoin is connect to the shaft is connect to pully is connect to dianoma with help v velt when we pressure the top of the project the rack and pinion is rotating the shaft is rotating to the pully to rotating to dynoma is rotted produce the electricity and we optain the electricity by the system
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This document describes a device that generates electrical power from footstep motion. It uses a rack and pinion gear system attached to shoes to convert vertical foot motion into rotational motion of a DC gear motor. The motor's output is fed to a converter circuit board containing a bridge rectifier, capacitors, and voltage regulator. This regulates the output to 5V DC suitable for charging devices via a USB port on an attached power bank. The system aims to allow powering devices through normal walking or running activity.
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This document describes an electricity generating dance floor that uses a rack and pinion mechanism. The floor converts the movement of dancers into electricity by using pressure sensors and springs connected to an alternator through a rack and pinion assembly. As dancers jump, the rack moves downwards turning the pinion connected to the alternator to generate power. The floor can power lights and sound systems while providing feedback on the crowd's energy level and engagement.
IRJET- Foot Step Power Generation
This document describes a system that generates electricity from the kinetic energy of human footsteps. The system uses a rack and pinion mechanism to convert the vertical motion of footsteps into rotational motion. Gears, chains, and sprockets transfer this rotational motion to power a dynamo, which generates electricity. The electricity is stored in a battery. The system aims to harvest energy from places with high foot traffic to generate useful power and reduce dependency on conventional energy sources. It provides a clean, renewable method of small-scale power generation using wasted kinetic energy from human movement.
Power generating system by footstep
This presentation is on generating power from our footsteps. It is a very easy and simple method to generate power.
power generation through foot step
This document presents a footstep power generation system that uses piezoelectric materials to convert the mechanical energy from human footsteps into electrical energy. It discusses the components required, including piezoelectric crystals, batteries, capacitors, and an inverter. The working principle is that piezoelectric materials generate a charge when pressure is applied, allowing the system to harness energy from walking. Applications include powering lights and devices in areas with foot traffic like schools, malls, and metro stations. The system has advantages of being eco-friendly and self-generating, but high initial costs and limited applicability in only one location.
Footstep Power Generation
The document summarizes a seminar on footstep power generation. It describes how the up and down motion of footsteps on pressure plates can be used to generate electricity. The basic principle is that when a pedestrian steps on a plate, it dips down and rotates a shaft connected to a generator to produce electrical energy. The system has applications in places with heavy foot traffic like train stations, airports, and parking lots. It provides a renewable source of energy without pollution and can power lights, fans and other small devices. While initial costs are high, it efficiently captures wasted kinetic energy from walking.
Footsteppowergenerator 140707114713-phpapp01
This document describes a system for generating electricity from footstep power. The system uses piezoelectric sensors beneath footstep platforms to convert the kinetic energy from footsteps into electrical energy, which is stored in a lead-acid battery. An inverter then converts the DC battery voltage to AC voltage that can power various loads. The system has applications for powering lights and devices in areas with high foot traffic like streets, railways, temples, and more. It provides a renewable energy source without requiring fuel inputs.
power generation through speed breaker
1. The document describes a student project to generate electricity using the speed breaker phenomenon.
2. It aims to help address Pakistan's energy crisis by providing a low-cost way to produce electricity through non-conventional means.
3. The project uses a rack and pinion gear mechanism attached to speed breakers to convert the kinetic energy of vehicles into electrical energy via an alternator.
Foot step power generation.ppt
FOOT STEP POWER GENERATION IS MODERN METHOD OF GENERATE ELECTRICITY WITHOUT WASTING ANY FUEL SOURCE.
foot step power generation
The document proposes a method to generate electricity from human footfall called the Power Producing Platform. It consists of mechanical setups under a flooring system that compress to turn dynamos when people walk over it. The electricity generated can be stored in batteries and used to power local needs. It suggests installing these in highly populated areas like railway stations where large crowds can generate significant power through their daily movement.
Foot step power generation,free energy,electrical energy
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• Nonconventional energy using foot step is converting mechanical energy into the electric al energy
Piezoelectric Effect is the ability of certain materials to generate an electric charge in response to applied mechanical stress. The word Piezoelectric is derived from the Greek piezein, which means to squeeze or press, and piezo, which is Greek for “push”.
The pushing power is converted into electrical energy by proper driving arrangement. The rack & pinion, spring arrangement is fixed at the inclined step. The spring is used to return the inclined step in the same position by releasing the load. The pinion shaft is connected to the supporter by end bearings as shown in fig. The larger sprocket also coupled with the pinion shaft, so that it is running the same speed of the pinion. The larger sprocket is coupled to the small cycle sprocket with the help of chain (cycle). This larger sprocket is used to transfer the rotation force to the smaller sprocket. The smaller sprocket is running the same direction of the forward and reverse direction of rotational movement of the larger sprocket. This action looks like a cycle pedaling action.
Modifed final
1) The document describes a footstep power generation system that uses piezoelectric sensors to convert the mechanical energy of human footsteps into electrical energy.
2) The electrical energy is stored in a 12V lead acid battery and can be used to power both AC and DC loads.
3) Key components of the system include piezoelectric sensors, an AC ripple neutralizer, a unidirectional current controller, a 12V lead acid battery, and an inverter to convert DC power from the battery to AC power for loads.
final year embedded systems projects in chennai
We provide all types of projects like EEE projects, embedded projects, mechanical projects, labview projects, java project, robotic projects, vlsi projects,ECE projects, software and final year projects for diploma and engineering students in chennai and bangalore.
power generation by footstep
This document is a major project report on power generation using foot steps. It discusses the basic principles, need for non-conventional energy sources, layout and parts of the foot step power generation system. The system works by converting the downward force of a foot onto the step into rotational motion, which turns a generator to produce electricity. The electricity is stored in a battery and can power lights, fans or other devices. While initial costs are high, it provides a simple way to generate power from footsteps without fuel. The report concludes the system has potential applications in places with high foot traffic.
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This document describes a system for generating electricity from footstep power using a piezoelectric sensor and microcontroller. The system works by converting the downward force of a footstep on a plate into rotational motion of a shaft connected to a generator. When a person steps on the plate, the piezoelectric sensor produces electricity that is stored in a battery. The stored power can then be used for applications like street lights, fans, or security alarms. The system provides an alternative renewable energy source and has potential to harness wasted foot traffic energy in crowded areas.
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This document describes a student project to generate electricity from footstep force using piezoelectric sensors. The project aims to address Pakistan's energy shortages by producing pollution-free and fuel-less energy at crowded locations. The system uses piezoelectric sensors below a plate to convert mechanical energy from footsteps into electrical energy, which is then regulated and stored in a battery using a microcontroller. The document outlines the group members, problem statement, objectives, block diagram, calculations estimating power output from varying numbers of footsteps, and potential future applications of piezoelectric energy harvesting from foot traffic in places like train stations.
The power generation by using piezoelectric effect
Generating electricity by walking or running on piezoelectric materials and that energy get stored in batteries and that can be used for street lights.It is non-conventional power generation system , eco-friendly and no pollution.
It can implement easily and low budget project also.As we know our natural resources are vanishing and we need another ways to produce electricity and this is most eco-friendly and cheap.Japan and China has worked on this project
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device generating elecricity by footstep using peizoelectic material
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Foot step power generation,free energy,electrical energy
Foot step power generation,free energy,electrical energy
Foot Step Power Generation Using Piezoelectric Sensors
Foot Step Power Generation Using Piezoelectric Sensors
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This document discusses a presentation on generating electricity from footstep power using piezoelectric sensors. It introduces different modes of transportation and their drawbacks. It then covers the introduction, need, working, applications, advantages and disadvantages of using piezoelectric sensors to convert the mechanical energy from human footsteps into electrical energy to power small devices or charge batteries. The system has the potential to generate power at locations with many people walking such as colleges, railway stations or malls in a sustainable way without requiring fuel.
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This document discusses the design of a solar panel powered electric vehicle (EV). It includes sections on the power supply, transformer, microcontroller, LCD display, LED lights, DC motor, solar panels, batteries, and other components that make up the EV system. The goal is to design an EV that runs on solar energy in order to reduce dependence on non-renewable fossil fuels and create a more sustainable transportation solution. Block diagrams and descriptions of each component are provided to explain how the solar energy is collected, stored, and used to power the motor and drive the EV.
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The High Brightness LEDs for street lighting has ga ined popularity in street lighting owing to energy efficiency and the long life. The amalgamate d feature of brightness and the dimming solutions makes it equally adoptable in outdoor lig htings. The street lighting utilizes the power supply from the lines. The invent of renewabl e energy resources for appliances and illumination systems highlights the usage of solar system for lighting and heating systems. The solar photovoltaic panels are most featured sol utions. The standalone PV systems require the designing knowledge of electrical,thermal and optical properties of LEDs. These parameters allow the development of driver system f or design of the luminaire. Different strategies have been proposed for driver circuits t o provide stable characteristics. The selection of Drivers is dependent on various factor s like,energy efficiency,cost effectiveness,operation and maintenance,losses as sociated with the components and the assembly. The aim is to obtain a stable driver syst em for reliable operation using solar energy. The power supply and the battery management system reflect the efficient operation of the complete system. The approach is to design a nd manage a driver system for highly efficient HB-LEDs for street lighting and commercia l outdoor applications. The multiple stages enhance the efficiency by maintaining the de ciding factors such as power factor,losses and the long life. The 3 stage and expandable conve rter topology uses the maximum power point tracking and empowers the LEDs for required n umber of hours of glowing. An approach has been made to improve the energy conver sion efficiency along with standby power consumption management system during the wint er seasons which is a crucial factor around 92% has been made. The innovative methodolog y provides groundbreaking LED driver systems that help the consumers to gain a co mpetitive edge.
Power Generation with StairCase
Power Generation with StairCase by Mohammad Aftab Saifi
for any problem please contact @ +919454321743.
www.twitter.com/MdAftabSaifi
mdaftabsaifi@outlook.com
RESEARCH PAPER ON SOLAR BASED WIRELESS CHARGING
THESE PAPER IS BASED ON WIRELESS CHARGING OF ELECTRIC VEHICLE AND IN FUTURE I HOPE WE WILL INVENT THIS TECHNOLOGY IN INDIA
Pj3426922696
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
Gravity light
In recent times due to effects of pollution and global warming there is a need for generating power from renewable sources. The reason for generating power using gravity is that it is available all over the Earth, abundant and consistent too. In this project, the gravitational energy of a heavy particle is converted to the electrical energy. When the heavy particle falls down from a higher altitude to a lower one, its potential energy is converted into the kinetic energy. Then this energy is converted to electricity by using a synchronous motor. With the increasing of the altitude of the load, the lighting time increases. If load increases, power production also increases, but the lighting time decreases. Using 1kg of load from the elevation of 145 cm, the generator output is 1.62 J and the lighting time is 42 seconds.
it is very recently doveloping technology which is pollution free and cheaper cost.
Over 1.2 billion people globally have no access to electricity and millions more have an unreliable supply. Instead they use dangerous, polluting and expensive kerosene lamps for light.
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Foot path
- 2. Electricity generation is the process of creating electricity from otherforms of energy. At present situation there is always power fluctuations and failure frequently and to overcome the hurdles we have to find out the alternate solution to solve the power crisis. The main aim of this project is to produce additional power energy and so we have found out a new concept of foot path in power production system. In this Project here we produce electrical energy just by Vibrating platform and the working principal of this system based on faraday’s law. Walking is the most common activity in day to day life. When a person walks, he loses energy to the road surface in the form of impact, vibration, sound etc, due to the transfer of his weight on to the road surface, through foot falls on the ground during every step.
- 3. PROCESS FOR FOOT PATH PRODUCTION SYSTEM At first the foot path platform is disturbed to generate power. Power generated is minimum and it is boost up by a step up transformer. Later it is rectified from ac to dc to make the power to utilize The glow of LED shows the generation of power from the platform Now if we disturb the plat form .it shows the value of power generated
- 4. Proposed System In our Project here we produce electrical energy just by Vibrating platform and the working principal of this system based on faraday’s law. To overcome the power Demand. Implementation is simple. Low cost Simple design procedure Eco friendly Does not depend on whether condition
- 7. Merits of LEDs over other types of Lamps: Here we use the LED as indicator lamp. The LED glowing only at the time of pressing the Platform. Low working voltage and current. Less power consumption and very fast action. No warm-up time like monochromatic lamp. Small size and less weight. Externally long life.
- 8. 3. Digital meter 4. Booster Unit In this project we use the digital meter to measure the out put voltage that coming from platform while pressing. This unit consists of step up transformer to step up the voltage level. By pressing the platform Here we use the battery to store the energy that coming out from platform. And then it will be discharged by changing mode of switch.
- 9. A transformer is a device that transfers electrical energy from one circuit to another through inductively coupled conductors—the transformer's coils. A varying current in the first or primary winding creates a varying magnetic flux in the transformer's core, and thus a varying magnetic field through the secondary winding. This varying magnetic field induces a varying electromotive force (EMF) or "voltage" in the secondary winding. This effect is called mutual induction.
- 10. 6. Rectifier circuits Rectification is the conversion of alternating current (AC) to direct current (DC). This involves a device that only allows one-way flow of electrons. Here we use Rectification circuit for converting AC to DC then we store the electrical energy in battery.
- 11. Advantages Cost of implementation is very cheap, Implementation is simple. Simple design procedure Prevention of shortage of power Over come all the disadvantages of other power generation methods
- 12. Applications Can be applied in free space before the house to get power without spending money Can be placed at the street side to utilize power for the street lights etc. to save lot of power wastage.
- 13. FUTURE ENHANCEMENT In future, the system can be modified and we can implement this system where ever the vibration is accure and by arranging the strong platform we can implement in walking area.
- 14. CONCLUSION “Thus the proposed system is well suited for today’s situation To overcome all the disadvantages of other system.”