c 15 major project
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This document outlines a student project to assemble and utilize energy dissipated from vehicle suspension coilover shocks. It lists the names of four students and their advisor for the project. It then provides background on coilover shocks, describing them as automobile suspension devices that combine a shock absorber and coil spring. The document presents a flow chart and descriptions of the electric circuit and components that would convert kinetic energy from the bouncing coilover into alternating current, which would then be transformed and stored in a battery through an inverter. It estimates that the system could utilize 60-70% of energy typically lost from coilovers and would involve constructing a prototype.
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Mechanical engineering project topics for final year, 1000KV Technologies, Live projects 1000kv technologies, EEE project list, mechatronics projects, live projects ameerpet, live projects near me, live projects institutes Hyderabad, mechanical projects hyderabad,
1000KV Technologies Live projects 9030844877, 9030844866 Educational consultant in Hyderabad, Telangana
Address: #A2, Eureka court complex, 2nd floor, kallu compound road, 2nd floor, A2 flat, image hospital near, Ameerpet, Hyderabad, Telangana 500016
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1000KV Technologies Live projects 9030844877, 9030844866 Educational consultant in Hyderabad, Telangana
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Mechanical engineering project topics for final year, 1000KV Technologies, Live projects 1000kv technologies, EEE project list, mechatronics projects, live projects ameerpet, live projects near me, live projects institutes Hyderabad, mechanical projects hyderabad,
1000KV Technologies Live projects 9030844877, 9030844866 Educational consultant in Hyderabad, Telangana
Address: #A2, Eureka court complex, 2nd floor, kallu compound road, 2nd floor, A2 flat, image hospital near, Ameerpet, Hyderabad, Telangana 500016
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Mechanical engineering project topics for final year, 1000KV Technologies, Live projects 1000kv technologies, EEE project list, mechatronics projects, live projects ameerpet, live projects near me, live projects institutes Hyderabad, mechanical projects hyderabad,
1000KV Technologies Live projects 9030844877, 9030844866 Educational consultant in Hyderabad, Telangana
Address: #A2, Eureka court complex, 2nd floor, kallu compound road, 2nd floor, A2 flat, image hospital near, Ameerpet, Hyderabad, Telangana 500016
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Mechanical engineering project topics for final year, 1000KV Technologies, Live projects 1000kv technologies, mechatronics projects, live projects ameerpet, live projects near me, live projects institutes Hyderabad, mechanical projects hyderabad,
1000KV Technologies Live projects 9030844877, 9030844866 Educational consultant in Hyderabad, Telangana
Address: #A2, Eureka court complex, 2nd floor, kallu compound road, 2nd floor, A2 flat, image hospital near, Ameerpet, Hyderabad, Telangana 500016
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The document discusses commercialization of new products. It defines commercialization as introducing a new product into the market, which involves significant spending on marketing. It notes that 67% of new products fail in the commercialization process, sometimes due to flaws in product development or launch execution. The document then provides details on the different stages of new product development and commercialization for both incremental and breakthrough products. It highlights some common mistakes made during commercialization.
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1000KV Technologies Live projects 9030844877, 9030844866 Educational consultant in Hyderabad, Telangana
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1000KV Technologies Live projects 9030844877, 9030844866 Educational consultant in Hyderabad, Telangana
Address: #A2, Eureka court complex, 2nd floor, kallu compound road, 2nd floor, A2 flat, image hospital near, Ameerpet, Hyderabad, Telangana 500016
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1000KV Technologies Live projects 9030844877, 9030844866 Educational consultant in Hyderabad, Telangana
Address: #A2, Eureka court complex, 2nd floor, kallu compound road, 2nd floor, A2 flat, image hospital near, Ameerpet, Hyderabad, Telangana 500016
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1000KV Technologies Live projects 9030844877, 9030844866 Educational consultant in Hyderabad, Telangana
Address: #A2, Eureka court complex, 2nd floor, kallu compound road, 2nd floor, A2 flat, image hospital near, Ameerpet, Hyderabad, Telangana 500016
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The document discusses commercialization of new products. It defines commercialization as introducing a new product into the market, which involves significant spending on marketing. It notes that 67% of new products fail in the commercialization process, sometimes due to flaws in product development or launch execution. The document then provides details on the different stages of new product development and commercialization for both incremental and breakthrough products. It highlights some common mistakes made during commercialization.
Energy Generation through speed breaker(roller type).
This document discusses a student project on smart energy generation. The project aims to generate electricity from renewable sources like kinetic energy from passing vehicles. It proposes using speed breakers with attached generators to convert mechanical energy from vehicle movement into electrical energy. The generated power would be stored in batteries and used for applications like automatic street lights and traffic signaling systems. The document outlines the various components used, including a GSM module, Arduino, LCD display and DC motor generator. It notes advantages like low cost power production and easy maintenance. The conclusion states that further developing the design could significantly improve efficiency and potential for power generation.
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The document proposes a system to generate power from vehicle shock absorbers. As a vehicle moves, the up and down motion of the shock absorber is used to turn a generator via gears and a chain. This generates DC power that can be stored in a battery. The system aims to conserve energy that would otherwise be lost during shock absorption and make use of this wasted mechanical energy. The shock absorber's movement produces mechanical power which is converted to electrical power by a DC generator and either used directly or stored in a battery.
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presentation on production of electricity using speed brakers.
it is helpful for students who are working on projects like this.
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The document summarizes a student project presentation on designing a wind-powered car. It includes the names of the presenting students and their professor. It then discusses the concept of using wind turbines and transmission mechanisms like gears to convert wind energy to mechanical energy to power the car. Diagrams show the planned vehicle design and powertrain layout. Calculations are included to analyze the power generated by the wind turbines at different speeds and how it compares to the power consumption of the car. The document concludes with discussions of results and the scope for further improvements to the design.
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Initially worked on a prototype for value estimations and later employed the prototype design on an E-Rickshaw. PWM based controller is used for charging Panels and allowing simultaneous charge discharge of batteries
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This document summarizes a seminar presentation on wind power cars. It introduces the concept of a wind power car that converts wind energy to electrical energy using wind turbines and valves. The first wind-powered car race took place in 2008 in the Netherlands. It describes the working principles of how wind is harnessed and converted to electricity to power the car. Advantages are that it is renewable and produces no pollution, while disadvantages include variable wind strength and potential negative impacts on landscapes. The conclusion is that wind power cars can provide an alternative fuel source and be more environmentally friendly if adopted more widely.
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Mechanical engineering project topics for final year, 1000KV Technologies, Live projects 1000kv technologies, EEE project list, mechatronics projects, live projects ameerpet, live projects near me, live projects institutes Hyderabad, mechanical projects hyderabad,
1000KV Technologies Live projects 9030844877, 9030844866 Educational consultant in Hyderabad, Telangana
Address: #A2, Eureka court complex, 2nd floor, kallu compound road, 2nd floor, A2 flat, image hospital near, Ameerpet, Hyderabad, Telangana 500016
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This document proposes generating electricity from speed breakers. It discusses using the kinetic energy from vehicles passing over speed bumps to power an electric generator via various mechanisms. The scope is to produce low-cost electricity at locations with traffic. Construction details and the basic principle of converting mechanical to electrical energy are provided. Challenges in initial experiments and achieving proper balance are also noted. While output was low, the concept was demonstrated. Future scopes include designs for heavier vehicles and more efficient mechanisms.
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Mechanical engineering project topics for final year, 1000KV Technologies, Live projects 1000kv technologies, mechatronics projects, live projects ameerpet, live projects near me, live projects institutes Hyderabad, mechanical projects hyderabad,
1000KV Technologies Live projects 9030844877, 9030844866 Educational consultant in Hyderabad, Telangana
Address: #A2, Eureka court complex, 2nd floor, kallu compound road, 2nd floor, A2 flat, image hospital near, Ameerpet, Hyderabad, Telangana 500016
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Shock absorber based power generation
The document proposes a system to generate power from vehicle shock absorbers. As a vehicle moves, the up and down motion of the shock absorber is used to turn a generator via gears and a chain. This generates DC power that can be stored in a battery. The system aims to conserve energy that would otherwise be lost during shock absorption and make use of this wasted mechanical energy. The shock absorber's movement produces mechanical power which is converted to electrical power by a DC generator and either used directly or stored in a battery.
Electricity using speed brakers
presentation on production of electricity using speed brakers.
it is helpful for students who are working on projects like this.
it is an inovative idea of generating electricity.
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This document describes a motorized jib crane that contains four motions: base motion to transfer along an x-axis, rotary motion of a vertical arm in 360 degrees, lifting motion of a horizontal arm to lift loads, and motion of a gripper. The crane is controlled remotely by an operator and uses high-torque DC motors to flexibly lift and place heavy loads anywhere desired in an industrial setting. It explains that the project requires powerful DC motors to bear the weight loads.
MECHANICS PRO PPT
This document describes a project to generate electricity from speed breakers. The objective is to produce electricity at a very low cost by capturing the kinetic energy of vehicles passing over the speed breakers. A rack-pinion mechanism is used to convert the vertical motion of the vehicles into rotational motion, which is then converted to electricity using a generator. While the initial experiments generated only a small amount of electricity, the students successfully demonstrated the concept. With further refinement of the design and mechanism, speed breakers could potentially be used to generate meaningful amounts of electricity from vehicle traffic.
future green car .pptx
This document proposes a future green car that generates electricity from non-conventional renewable energy sources to charge its battery. The car uses untapped wind energy from a wind propeller connected to a dynamo, mechanical stress from shock absorbers and wheels through a rack and pinion system and piezoelectric crystals, and ambient noise through a microphone to generate small amounts of electricity. All sources cumulatively charge the car's main 6V battery and power an electric motor. The objectives are to reduce fuel dependency and produce a self-sufficient electric vehicle that harnesses otherwise wasted forms of energy.
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This document describes a project to design a fuel-less vehicle powered by a standalone photovoltaic system. The vehicle is a solar-powered tricycle consisting of solar panels, a brushless DC motor, battery, charge controller, and braking and steering systems. The objectives are to develop an environmentally friendly vehicle that can charge its battery using solar energy or conventional electricity. Testing showed the tricycle can carry a 60kg passenger for long distances without pollution as it is powered solely by renewable solar energy.
Final Synopsis- Project on Construction of electric vehicle
This document presents a project to develop an electric rickshaw to replace traditional petrol-powered rickshaws in India. The proposed electric rickshaw would be powered by a battery pack charged using renewable energy sources. It describes the design of the electric rickshaw, including components like the differential system, drum brakes, brushless DC motor, motor controller, lead-acid battery pack, and speedometer/charge indicator. The objective is to develop an affordable electric rickshaw that provides better passenger experience while reducing pollution in major cities. The project is currently in the first design and planning phase before building a prototype.
Final year project presentation
The document summarizes a student project presentation on designing a wind-powered car. It includes the names of the presenting students and their professor. It then discusses the concept of using wind turbines and transmission mechanisms like gears to convert wind energy to mechanical energy to power the car. Diagrams show the planned vehicle design and powertrain layout. Calculations are included to analyze the power generated by the wind turbines at different speeds and how it compares to the power consumption of the car. The document concludes with discussions of results and the scope for further improvements to the design.
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This document discusses different types of electric vehicles, including cars, motorbikes, aircraft, buses, and ships. It notes the advantages of electric vehicles as producing no pollutant emissions and having fewer mechanical parts requiring maintenance compared to gas vehicles. However, it also lists disadvantages such as limited driving range before recharging, long recharging times, high upfront costs, and low power output. Specific electric car models from Renault and Nissan are mentioned. The document also discusses an electric solar-powered ship in Guadalest, Spain that can run indefinitely using solar energy and for over 150 hours without sunlight.
Solar car
The document describes the process of designing and building a solar-powered car. It outlines the 6 main steps: 1) designing the electrical system, 2) creating the structure, 3) installing the engine, 4) adding batteries, 5) placing the solar panel. Key advantages are that it uses renewable energy and produces no CO2 emissions, while being self-sufficient thanks to battery power. The main disadvantage is that solar energy alone does not provide enough power to reach high speeds. The conclusion discusses how electric cars are entering the market but current limitations involve maximum speed and short battery range before recharging.
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This document summarizes a student project to design and build a solar-powered vehicle. It begins with an abstract that outlines the key components and goals of using solar energy to charge batteries and power motors to drive the vehicle. The introduction discusses the importance of renewable energy sources given finite fossil fuels. It then reviews relevant literature on solar energy collection and conversion efficiency. The circuit diagram and working of the vehicle are described, including solar panels charging batteries, batteries powering DC motors via a microcontroller and relays, and Bluetooth remote control. Advantages include no emissions or fuel costs, while disadvantages are limited range and speed. The conclusion discusses overcoming challenges through further research and notes potential battery charging while stopped. The future scope discusses solar vehicles
3 c report on suzlon energy ltd.
The document provides information about Suzlon Energy Limited, an Indian wind power company. It discusses Suzlon's history beginning in 1995, products, manufacturing facilities, board of directors, and vision to be a global leader in wind power solutions. Suzlon is India's largest wind turbine manufacturer with over 22,000 megawatts of installed capacity worldwide. It has manufacturing plants across India and internationally and aims to be in the top three wind companies globally.
Solar Energy assisted E-Rickshaw
Initially worked on a prototype for value estimations and later employed the prototype design on an E-Rickshaw. PWM based controller is used for charging Panels and allowing simultaneous charge discharge of batteries
Seminar on wind power car
This document summarizes a seminar presentation on wind power cars. It introduces the concept of a wind power car that converts wind energy to electrical energy using wind turbines and valves. The first wind-powered car race took place in 2008 in the Netherlands. It describes the working principles of how wind is harnessed and converted to electricity to power the car. Advantages are that it is renewable and produces no pollution, while disadvantages include variable wind strength and potential negative impacts on landscapes. The conclusion is that wind power cars can provide an alternative fuel source and be more environmentally friendly if adopted more widely.
Km22 power generation using shock absorber (wecompress)
Mechanical engineering project topics for final year, 1000KV Technologies, Live projects 1000kv technologies, EEE project list, mechatronics projects, live projects ameerpet, live projects near me, live projects institutes Hyderabad, mechanical projects hyderabad,
1000KV Technologies Live projects 9030844877, 9030844866 Educational consultant in Hyderabad, Telangana
Address: #A2, Eureka court complex, 2nd floor, kallu compound road, 2nd floor, A2 flat, image hospital near, Ameerpet, Hyderabad, Telangana 500016
Wind powered automobile
Wind powered Automobile is a new concept in Automobile industry it has very good future it only need a little bit of support of you .
POWER GENERATION FROM SPEED BREAKERS
This document proposes generating electricity from speed breakers. It discusses using the kinetic energy from vehicles passing over speed bumps to power an electric generator via various mechanisms. The scope is to produce low-cost electricity at locations with traffic. Construction details and the basic principle of converting mechanical to electrical energy are provided. Challenges in initial experiments and achieving proper balance are also noted. While output was low, the concept was demonstrated. Future scopes include designs for heavier vehicles and more efficient mechanisms.
1 india in global business operation
Suzlon Energy Limited is an Indian multinational renewable energy company headquartered in Pune, Maharashtra, India. It is a leading global renewable energy solutions provider with a total installed capacity of around 15GW spread across six continents. Suzlon manufactures and installs wind turbines and provides turnkey wind power solutions. Its global wind installations help reduce over 32 million tons of CO2 emissions annually. Suzlon has a presence in 19 countries across Asia Pacific, Americas, and Europe and aims to be a technology leader in the wind sector and a global leader in profitable wind power solutions.
Wind energy car
The document describes a proposed wind-powered car. It would use a weather vane to capture wind energy and convert it to electrical energy via a dynamo. This electrical energy would then power an electric motor to propel the car forward. Key aspects discussed include minimizing frontal area to reduce air resistance, optimizing the weather vane size for maximum torque but minimum resistance, and using different fan speeds to test efficiency. Several existing wind-powered vehicles are also described briefly.
Km243 metal cutting and foot step power generation
Mechanical engineering project topics for final year, 1000KV Technologies, Live projects 1000kv technologies, mechatronics projects, live projects ameerpet, live projects near me, live projects institutes Hyderabad, mechanical projects hyderabad,
1000KV Technologies Live projects 9030844877, 9030844866 Educational consultant in Hyderabad, Telangana
Address: #A2, Eureka court complex, 2nd floor, kallu compound road, 2nd floor, A2 flat, image hospital near, Ameerpet, Hyderabad, Telangana 500016
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Final Synopsis- Project on Construction of electric vehicle
Final Synopsis- Project on Construction of electric vehicle
Km22 power generation using shock absorber (wecompress)
Km22 power generation using shock absorber (wecompress)
Km243 metal cutting and foot step power generation
Km243 metal cutting and foot step power generation
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This document describes the design and fabrication of an inbuilt hydraulic jack system for four-wheel vehicles. The system is designed to lift vehicles from inside the cabin using switches on the dashboard, eliminating the need for manual jacking. It consists of hydraulic cylinders installed on both sides of the vehicle frame powered by a hydraulic pump. The cylinders can lift either side of the vehicle independently. The document provides details on the components, design calculations, methodology, cost analysis and conclusions on the potential benefits of the system for improving vehicle maintenance efficiency.
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This document describes a battery management system that uses a pulse width modulation (PWM) charge controller to regulate the charging of batteries from renewable energy sources like solar panels and wind turbines. The system aims to store excess energy generated during the day from solar panels to power loads when solar generation drops off. It uses a PWM controller to vary the duty cycle of charging to maintain a constant voltage and efficiently charge sealed lead-acid batteries based on their state of charge. The document provides details on the hardware components in the system, including solar panels, wind turbines, batteries, charge controller, and step-down transformer. It concludes that the system can be used to power loads in rural areas lacking reliable energy access while improving battery performance and efficiency through PWM
SOLAR CAR PPT
This document summarizes a project seminar on a solar-powered go-kart presented by three students. The solar go-kart uses a 48V battery pack, 48V 50Amp controller, and 250W solar panel. It has a chassis made of iron pipe, a 48V 650W BLDC motor, and a 48V 50Amp controller to control the motor speed. The go-kart's battery is charged by the solar panel and it can run at speeds of 20-25km/h. Advantages of the solar go-kart include being noiseless, economical, reliable, eco-friendly, having a maximum life, and requiring less maintenance than other options.
IRJET-Demon: An Electric Bike
This document describes the development of an electric bicycle called "DEMON". It has the following key features:
1. It upgrades a normal bicycle to an electric one through the addition of a BLDC motor, lithium-ion battery, and PIC controller.
2. The front suspension was redesigned with a "REDEMPTION SPRINGER FORK" to provide comfort while maintaining a retro style.
3. The PIC controller controls the electric components like the BLDC motor and protects the system from overcurrent or undervoltage.
4. The drivetrain allows the rider to switch between pedaling and using the motor's power through a gear mechanism.
The
Solar Training 20100208
The document summarizes a solar system project including:
1) An introduction of solar system components and advantages such as generating electricity from sunlight with high efficiency.
2) Design principles for the solar array, battery, controller and supporting structure to provide power for 10 sites.
3) Details on installation and commissioning of the solar systems globally, providing case studies of projects in Afghanistan and Ethiopia.
IRJET- Design and Development of Electric Motorbike
- The document describes the design and development of an electric motorbike. It aims to provide an affordable and environmentally friendly transportation alternative.
- The key components of the electric motorbike include a mixed cradle frame, swingarm with a mounted brushless DC motor and controller, lithium-ion battery pack, chain drive power transmission, and mono coil spring suspension.
- Calculations are shown for determining the torque and power output of the brushless DC motor, specifications of the lithium-ion battery, gear ratios for the chain drive transmission, and dimensions of the electric motorbike frame.
DYNAMIC CHARGING OF ELECTRIC VEHICLES
The document summarizes a proposed system for dynamically charging electric vehicles through wireless power transfer as they travel on the road. The system uses inductive power transfer technology with transmission and receiving coils buried in the road and vehicle. It aims to reduce constraints of long charging times and need to stop at charging stations. A prototype was developed to simulate charging batteries and compare efficiency to other solutions. It analyzes how the system would work, transferring alternating current from the road transmitter circuit through electromagnetic induction to the vehicle receiver circuit and battery. Simulation of the system in MATLAB was also discussed. The conclusion discusses benefits of dynamic charging for large electric vehicle systems through significantly reducing battery costs when power track costs decrease in the future.
IRJET- Solar Electric Bicycle (Hybrid)
1. The document describes a proposed design for a solar electric hybrid bicycle. The hybrid bicycle would use a lead acid battery charged via both a solar panel and wall outlet.
2. It would have a DC motor powered by the battery to assist with pedaling. The system aims to enable longer distance cycling through regenerative braking and solar charging.
3. The document reviews different components that could be used in the design, including the motor, battery, solar charge controller, throttle, solar panel, and frame. It also estimates battery charge times from solar panels of different wattages.
hydraulic robotic arm
This document is a project report on the manufacturing of a hydraulic robotic arm. It was submitted by Bijoy Mondal to fulfill the requirements for a diploma in mechanical engineering from Elitte Institute of Engineering and Management. The report details the components of the robotic arm including hydraulic cylinders, fluid lines, arms, grippers, a chassis, motor, and wheels. It also discusses the principles of hydraulic systems, classification of hydraulic robots, materials used, and the advantages and disadvantages of the design.
IRJET- Design Optimisation and Fabrication of Hybrid Two-Wheel Drive Motorcycle
This document describes the design, development, and fabrication of a hybrid two-wheel drive motorcycle. The motorcycle uses an electric hub motor to power the front wheel for distances up to 25 km. For longer distances and higher speeds, a 50cc two-stroke petrol engine drives the rear wheel. A lithium-ion battery provides power to the front electric motor and can be recharged. Previous two-wheel drive motorcycle designs had issues with efficiency and complexity. The proposed hybrid design aims to address these issues through an independent electric front wheel drive and IC engine rear wheel drive with a switching mechanism. Testing showed the electric drive could attain 32 kmph and the IC engine drive could attain 37 kmph, with a battery range of 31 km
Design and Analysis of Power Generation Unit
This document describes the design and analysis of a power generation unit that can generate electricity from the vertical displacement of railway tracks caused by passing trains. The system uses a rack and pinion mechanism connected to gears and a belt drive to convert the vertical motion into rotational motion. This rotation is used to power a DC generator which charges a battery. The components are modeled in SOLIDWORKS and analyzed in ANSYS for stresses and deformation. The power generation unit has potential applications at railway tracks and road speed breakers to generate electricity from passing vehicles using a simple design and without requiring fuel.
IRJET- Ergonomic Design and Development of Flywheel in Exercise Equipment for...
This document describes a project to design an exercise equipment that can generate electricity through human pedaling. The design includes a frame to hold all components, a pedaling mechanism connected to a flywheel, and an alternator. Rotational energy from the flywheel is transferred to the alternator to generate electricity that can charge batteries. The goals of the design are to produce electricity in an affordable, safe, efficient, and durable manner while also allowing for exercise. Components like the stainless steel frame, used alternator, and wiring arrangement were chosen to minimize costs. The flywheel and gearing system were designed to store rotational energy from pedaling and transfer it effectively to the alternator.
DESIGN AND FABRICATION OF AUTOMATIC MOTORCYCLE STAND
This document summarizes the design and fabrication of an automatic motorcycle stand. It describes how the current design of stands requires the rider to manually lift the stand, sometimes forgetting and resulting in accidents. The proposed automatic stand uses vacuum pressure from the intake manifold to power a diaphragm mechanism linked to the stand. When the engine is started, vacuum pressure retracts a steel rod, releasing the stand. This allows the stand to lift automatically when the bike begins moving to prevent accidents from a forgotten stand. The document provides details on the design concepts, parts used, and concludes the automatic stand could safely operate without external power requirements.
30.line following-robot
This document describes a linear following robot that uses a microprocessor controller and battery power to guide its movement and transport materials automatically in industrial settings. It is designed to reduce reliance on human labor and fuel-powered vehicles. The robot is controlled by a microcontroller that directs its DC motor and guides it along a pre-programmed linear path to move materials. This automated approach aims to improve efficiency over conventional manual handling methods.
Fabrication of automatic hydraulic bending and bend removing machine
This document describes the design and fabrication of an automatic hydraulic bending and bend removing machine. The machine uses hydraulics to bend and remove bends from pipes and rods. It consists of a hydraulic jack, die holders, pulley, slider, wiper motor and battery. Pipes are placed in die holders which are bent by the hydraulic jack when activated by the wiper motor and battery power. Bends can be removed by changing the die to a rectangular one. The machine allows for automated and precise bending and removing of bends in an economical manner compared to conventional methods. It has applications in production industries and automotive workshops.
SMART CYCLE
This document describes the design and development of a smart electric bicycle. The system uses a single lead-acid battery and a SEPIC converter to boost the voltage from the battery to power a DC motor and drive the rear wheel. A control unit regulates the motor speed using an accelerator. The SEPIC converter allows the system to use a single battery, reducing the bicycle's weight compared to typical electric bicycles that use two batteries. Simulation results showed the SEPIC converter can effectively boost the voltage to drive the motor. The smart electric bicycle provides electric assistance without using fuel and can improve users' health compared to motorcycles or traditional bicycles.
Similar to c 15 major project (20)
Design and Fabrication of Inbuilt Hydraulic Jack for Four Wheelers
Design and Fabrication of Inbuilt Hydraulic Jack for Four Wheelers
IRJET- Conversion of IC Engine Vehicle to Electric Vehicle
IRJET- Conversion of IC Engine Vehicle to Electric Vehicle
IRJET- Battery Management System by using PWM Charge Controller
IRJET- Battery Management System by using PWM Charge Controller
IRJET- Design and Development of Electric Motorbike
IRJET- Design and Development of Electric Motorbike
IRJET- Design Optimisation and Fabrication of Hybrid Two-Wheel Drive Motorcycle
IRJET- Design Optimisation and Fabrication of Hybrid Two-Wheel Drive Motorcycle
IRJET- Ergonomic Design and Development of Flywheel in Exercise Equipment for...
IRJET- Ergonomic Design and Development of Flywheel in Exercise Equipment for...
DESIGN AND FABRICATION OF AUTOMATIC MOTORCYCLE STAND
DESIGN AND FABRICATION OF AUTOMATIC MOTORCYCLE STAND
Fabrication of automatic hydraulic bending and bend removing machine
Fabrication of automatic hydraulic bending and bend removing machine
c 15 major project
- 1. Under the guidance of MR.PRATAP NAIDU, Assistant Professor , GITAM UNIVERSITY. Student name Roll.no Batch Abhishek Guha 2210811302 C 15 K. Bhanu Teja 2210811328 C 15 T. Vijay Kalyan 2210811356 C 15 Y. Yaswanth Kumar Reddy 2210811365 C 15 Utilization Of Energy From Coilovers
- 2. Aim Of The Project: Assembly and Utilization of the dissipated energy from the Coilover.
- 3. COILOVER A COILOVER is an automobile suspension device. It consists of a shock absorber with a coil spring encircling it.
- 4. Applications of coilover Alfa Romeo Coilovers Audi Coilovers BMW CoiloversChevrolet Coilovers Dodge Coilovers Fiat Coilovers Ford Coilovers Holden Coilovers Honda & Acura Coilovers VOLVO Coilovers
- 6. ELECTRIC CIRCUIT a OUT PUT IN A.C TRANSFORM ER INVERTOR BATTERY CHARGING SET DYNAMO
- 7. CONCLUSION: Around 60-70% of energy lost from the coilovers is utilized to some extent in this project. Construction of Prototype
- 8. References: David L. Chandler, MIT News Office February 9, 2009 Machine Design by R.S KHURMI http://www.pirate4x4.com/tech/billavista/coilovers/ Part_1/#ColioverOperation
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