The document describes a proposed single-wheeled electric bike called the EKA-CHAKRA designed by a group of students to address issues of traffic, pollution and congestion in Indian cities. It utilizes balancing and gyroscopic technologies to remain upright like an inverted pendulum and incorporates piezoelectric materials to generate electricity from vibrations. The proposed timeline involves fabricating a prototype, enhancing safety with gyroscopic stabilization, and harvesting energy from the suspension. The group requests 100,500 rupees in funding to complete phases 2 through 4 of the project.
This document discusses drive by wire technology. It begins with an introduction and overview of the history and working principle. It then describes the different systems within drive by wire, including steer by wire, throttle by wire, and brake by wire. Each system replaces the traditional mechanical control systems with electronic sensors and actuators controlled by an engine control module. The advantages are more design flexibility, weight reduction, improved safety and performance, and potential for advanced driver assistance features. The document concludes by discussing future applications and trends toward more customizable control interfaces using drive by wire technology.
This document outlines a project to develop an autonomous bicycle that can travel in a straight line at a constant speed without human intervention. It will use sensors to measure the bicycle's steering angle and tilt, along with motors to control the steering and drive the bicycle forward. The project aims to provide a hands-on learning tool for students in a controls class. It describes the bicycle's components, control system design process using modeling and simulation, qualifications of the team members, budget, and schedule. References on bicycle dynamics and control systems are also included.
Our presentation attributes complete info regarding the three types of Drive by wire system i.e. Brake by wire, Electronic throttle control and Steer by wire system. Let’s find out how these 3 system works and what are the feasibilities & loopholes of Drive by wire system?
Electric Vehicles - Technology Landscape & PatentsRelecura Inc.
Electric vehicle sales doubled in 2013 with over 250,000 vehicles sold globally. The Nissan Leaf was the top-selling model, followed by the Tesla Model S. Toyota, Nissan, and Honda led global patents in electric vehicle technology, batteries, and charging systems. China, the US, and Japan had the largest electric vehicle markets and sales in 2013.
This document discusses in-wheel motor systems, which incorporate electric motors directly into each wheel hub. It describes the Chevrolet FNR concept car, which uses this technology. The key advantages of in-wheel motors are improved efficiency over internal combustion engines, simpler design without driveshafts, ability to control torque at each wheel for stability, and potential for wireless power transfer. Challenges include achieving high speeds, reducing unsprung weight vibrations, and developing battery-less electric cars that receive wireless power from road surfaces.
IRJET- Study and Development of Electric Vehicle with 200 Kilometers Range an...IRJET Journal
This document summarizes a study on developing an electric vehicle with a 200 km range and 350 kg gross vehicle weight. It discusses performing market research on electric two-wheelers, defining a drive cycle based on urban traffic conditions, sizing an appropriate motor and battery, designing an integrated battery management and motor control system, developing the vehicle chassis, and selecting components to meet the design goals within cost targets. The proposed electric two-wheeler is aimed at the Indian market and intended to provide sufficient performance to compete with gasoline scooters while meeting local operating conditions and regulations.
The document describes a proposed single-wheeled electric bike called the EKA-CHAKRA designed by a group of students to address issues of traffic, pollution and congestion in Indian cities. It utilizes balancing and gyroscopic technologies to remain upright like an inverted pendulum and incorporates piezoelectric materials to generate electricity from vibrations. The proposed timeline involves fabricating a prototype, enhancing safety with gyroscopic stabilization, and harvesting energy from the suspension. The group requests 100,500 rupees in funding to complete phases 2 through 4 of the project.
This document discusses drive by wire technology. It begins with an introduction and overview of the history and working principle. It then describes the different systems within drive by wire, including steer by wire, throttle by wire, and brake by wire. Each system replaces the traditional mechanical control systems with electronic sensors and actuators controlled by an engine control module. The advantages are more design flexibility, weight reduction, improved safety and performance, and potential for advanced driver assistance features. The document concludes by discussing future applications and trends toward more customizable control interfaces using drive by wire technology.
This document outlines a project to develop an autonomous bicycle that can travel in a straight line at a constant speed without human intervention. It will use sensors to measure the bicycle's steering angle and tilt, along with motors to control the steering and drive the bicycle forward. The project aims to provide a hands-on learning tool for students in a controls class. It describes the bicycle's components, control system design process using modeling and simulation, qualifications of the team members, budget, and schedule. References on bicycle dynamics and control systems are also included.
Our presentation attributes complete info regarding the three types of Drive by wire system i.e. Brake by wire, Electronic throttle control and Steer by wire system. Let’s find out how these 3 system works and what are the feasibilities & loopholes of Drive by wire system?
Electric Vehicles - Technology Landscape & PatentsRelecura Inc.
Electric vehicle sales doubled in 2013 with over 250,000 vehicles sold globally. The Nissan Leaf was the top-selling model, followed by the Tesla Model S. Toyota, Nissan, and Honda led global patents in electric vehicle technology, batteries, and charging systems. China, the US, and Japan had the largest electric vehicle markets and sales in 2013.
This document discusses in-wheel motor systems, which incorporate electric motors directly into each wheel hub. It describes the Chevrolet FNR concept car, which uses this technology. The key advantages of in-wheel motors are improved efficiency over internal combustion engines, simpler design without driveshafts, ability to control torque at each wheel for stability, and potential for wireless power transfer. Challenges include achieving high speeds, reducing unsprung weight vibrations, and developing battery-less electric cars that receive wireless power from road surfaces.
IRJET- Study and Development of Electric Vehicle with 200 Kilometers Range an...IRJET Journal
This document summarizes a study on developing an electric vehicle with a 200 km range and 350 kg gross vehicle weight. It discusses performing market research on electric two-wheelers, defining a drive cycle based on urban traffic conditions, sizing an appropriate motor and battery, designing an integrated battery management and motor control system, developing the vehicle chassis, and selecting components to meet the design goals within cost targets. The proposed electric two-wheeler is aimed at the Indian market and intended to provide sufficient performance to compete with gasoline scooters while meeting local operating conditions and regulations.
2016 sking motors electrical vehicels and car without price(1)sking motors
S-King Motors is introducing several new electric vehicle models, including high-speed and low-speed versions of the Rugged A and B, a Weapon model with and without a roof, high-speed and low-speed versions of the LITE, the Warrior, and a Cargo van. The models range in size and weight and are equipped with different types of batteries that provide varying driving ranges. Key specifications like battery type and capacity, motor type, charging times, payload, and performance metrics are provided for each model.
The document summarizes an electric two-wheeler development project in India. It outlines the project goals of developing a two-wheeler with a 200km range and 350kg gross vehicle weight. Key components selected include a 1.5kW BLDC motor from Golden Motors, a 6.8kWh lithium-ion battery pack using NMC cells, and an integrated battery management and motor control system called i-BMMC. Market research found average urban driving speeds in India are around 30kph. The estimated price for the electric two-wheeler is 40,000 INR excluding the battery cost. In conclusion, the developed electric two-wheeler is expected to appeal to consumers due to its 200km
This document provides a summary of 2-wheeled electric vehicles available from DSI, including electric motorcycles and scooters. It describes various product models that are available with different motor and battery specifications. The models can be customized and configured to meet buyers' needs and destination country regulations. DSI specializes in sourcing and exporting electric vehicles from China and can provide information on purchasing, shipping, and documentation requirements.
Grenergy is a company established in 2010 that focuses on lithium-ion rechargeable batteries and power solutions. They provide total power solutions including batteries, battery packs, UPS systems, and electric transportation products like electric scooters, hoverboards, and bicycles. Grenergy aims to create reliable and clean energy products for customers while following necessary industry standards and certifications. They emphasize safety, customer satisfaction, and social responsibility.
The document presents specifications for various electric bicycles, scooters, and motorbikes from Device Solutions. It includes 13 electric vehicle models with details about their price, motor, battery, maximum speed, weight, and other technical specifications. The models range from electric bicycles starting at $380 to high-powered electric motorbikes over $1,000 with maximum speeds from 35 to 120 km/h.
DSI Electric Motorbike & Electric Motorcycle PresentationMark Davis
The document presents specifications for various electric bicycles, scooters, and motorbikes from Device Solutions. It includes 13 electric vehicle models with details about their price, motor, battery, maximum speed, weight, and other technical specifications. The models range from electric bicycles starting at $380 to high-powered electric motorbikes over $1,000 that can reach speeds up to 120 km/h.
IRJET- Fabrication of Cruise Controller in E BikeIRJET Journal
This document describes the fabrication of a cruise controller for an electric bike. The cruise controller allows the bike to maintain a constant speed without the rider having to continuously operate the throttle. A microcontroller is programmed to automatically control the speed of the electric bike based on input from the driver. The cruise controller uses a switch that can be engaged to lock the bike at the desired speed. It then uses the microcontroller and sensors to regulate the motor and maintain that constant speed. When disengaged, normal throttle control is restored. The system is intended to make long rides on an electric bike easier by automating speed maintenance.
The document provides information about technical training for the MZ40 vehicle, including:
1. An introduction to the MZ40 vehicle, describing its origins and dimensions.
2. Details about the vehicle's identification number system and technical specifications.
3. An overview of the vehicle's engine, body electrical systems, transmission, and chassis components.
4. Configuration parameters and practice forms for vehicle introduction and field operation.
IRJET- Design and Fabrication of Hybrid Go-KartIRJET Journal
This document describes the design and fabrication of a hybrid go-kart. The hybrid go-kart uses both an internal combustion engine and an electric motor to improve fuel efficiency. Testing showed the IC engine alone achieved 35km/liter, the electric motor alone achieved 15km on a full battery charge, and the hybrid system achieved 50km total. The hybrid go-kart was designed with a parallel hybrid configuration, using a 98cc 2-stroke gasoline engine and a 48V 1500W brushless DC electric motor. It was built with an open frame chassis and features such as disc brakes, a 3.75L fuel tank, and a 48V battery pack made of four 12V batteries. The hybrid system is
The document provides marketing information for the EXO Neutrino, an electric mini-sportbike designed for urban use. It highlights the scooter's sporty handling, ability to accelerate quickly and travel up to 60 km on a single charge. The EXO Neutrino is aimed at technophiles and those interested in arts and entertainment, with the majority of customers being males aged 25-34. Several technical specifications are provided in annexes, and over 100 EXO Neutrinos have been produced and sold primarily in Europe so far.
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
Catalog of Elecview Technology Co.,limitedSelene Zhang
Elecview Technology Co.,limited is a manufacturer of electric scooters and bikes located in Shenzhen, China and Hong Kong. They produce several models of scooters and bikes that vary in battery type (lead-acid or lithium-ion), battery voltage and capacity, motor wattage, tire size, maximum speed, mileage, weight, and color options. Their products are shipped in gift boxes and loaded into shipping containers for distribution.
Catalog of Elecview Technology Co.,limitedMartin Yang
Elecview Technology Co.,limited is a manufacturer of electric scooters and bikes located in Shenzhen, China and Hong Kong. They produce several models of scooters and bikes that vary in battery type (lead-acid or lithium-ion), battery voltage and capacity, motor wattage, tire size, maximum speed, mileage, weight, and color options. Their products are shipped in gift boxes and loaded into shipping containers for distribution.
This document is an operation manual for a FAW model CA5083XXYPK2L1A80 cab-over-engine diesel truck. The manual provides specifications for the vehicle including its dimensions, engine and transmission details, fuel and brake systems, and maintenance procedures. It aims to guide users in properly operating and maintaining the truck to maximize performance and service life.
This document describes several dual wheel self-balance electric scooter models from Vanergy Technology Co., Ltd. Specifications for 6.5, 8.5, and 10.5 inch models are provided, including battery, motor, speed, weight, and dimension details. Color options for each model are listed. The document also discusses Vanergy's workshop, packaging warehouse, and marketing advantages regarding quality, price, production capacity, and shipping experience.
The document provides specifications for the Hunter APC built on a Toyota Land Cruiser 200 chassis. Some key details:
- It is designed to carry eight people with equipment for operational requirements.
- Features include improved thermal insulation to keep operators cool, and a redesigned air conditioning system for comfort in harsh environments.
- It has a 4.6L V8 turbo diesel engine with 304 horsepower, and can be tailored to suit multiple operational needs.
Design and Fabrication of Low Cost Electric BicycleIRJET Journal
This document discusses the design and fabrication of a low-cost electric bicycle. It aims to reduce the battery cost by using a single 24V battery instead of multiple 12V batteries. The battery will be charged by a hub dynamo while riding, eliminating the need to charge from an electric supply. The motor uses electric energy from the battery to power the bicycle. This makes the running cost very low compared to other fuel sources. An electric bicycle allows pedaling that is optional and can reach speeds of 20+ mph. It is eco-friendly with no pollution and no fuel costs.
2016 sking motors electrical vehicels and car without price(1)sking motors
S-King Motors is introducing several new electric vehicle models, including high-speed and low-speed versions of the Rugged A and B, a Weapon model with and without a roof, high-speed and low-speed versions of the LITE, the Warrior, and a Cargo van. The models range in size and weight and are equipped with different types of batteries that provide varying driving ranges. Key specifications like battery type and capacity, motor type, charging times, payload, and performance metrics are provided for each model.
The document summarizes an electric two-wheeler development project in India. It outlines the project goals of developing a two-wheeler with a 200km range and 350kg gross vehicle weight. Key components selected include a 1.5kW BLDC motor from Golden Motors, a 6.8kWh lithium-ion battery pack using NMC cells, and an integrated battery management and motor control system called i-BMMC. Market research found average urban driving speeds in India are around 30kph. The estimated price for the electric two-wheeler is 40,000 INR excluding the battery cost. In conclusion, the developed electric two-wheeler is expected to appeal to consumers due to its 200km
This document provides a summary of 2-wheeled electric vehicles available from DSI, including electric motorcycles and scooters. It describes various product models that are available with different motor and battery specifications. The models can be customized and configured to meet buyers' needs and destination country regulations. DSI specializes in sourcing and exporting electric vehicles from China and can provide information on purchasing, shipping, and documentation requirements.
Grenergy is a company established in 2010 that focuses on lithium-ion rechargeable batteries and power solutions. They provide total power solutions including batteries, battery packs, UPS systems, and electric transportation products like electric scooters, hoverboards, and bicycles. Grenergy aims to create reliable and clean energy products for customers while following necessary industry standards and certifications. They emphasize safety, customer satisfaction, and social responsibility.
The document presents specifications for various electric bicycles, scooters, and motorbikes from Device Solutions. It includes 13 electric vehicle models with details about their price, motor, battery, maximum speed, weight, and other technical specifications. The models range from electric bicycles starting at $380 to high-powered electric motorbikes over $1,000 with maximum speeds from 35 to 120 km/h.
DSI Electric Motorbike & Electric Motorcycle PresentationMark Davis
The document presents specifications for various electric bicycles, scooters, and motorbikes from Device Solutions. It includes 13 electric vehicle models with details about their price, motor, battery, maximum speed, weight, and other technical specifications. The models range from electric bicycles starting at $380 to high-powered electric motorbikes over $1,000 that can reach speeds up to 120 km/h.
IRJET- Fabrication of Cruise Controller in E BikeIRJET Journal
This document describes the fabrication of a cruise controller for an electric bike. The cruise controller allows the bike to maintain a constant speed without the rider having to continuously operate the throttle. A microcontroller is programmed to automatically control the speed of the electric bike based on input from the driver. The cruise controller uses a switch that can be engaged to lock the bike at the desired speed. It then uses the microcontroller and sensors to regulate the motor and maintain that constant speed. When disengaged, normal throttle control is restored. The system is intended to make long rides on an electric bike easier by automating speed maintenance.
The document provides information about technical training for the MZ40 vehicle, including:
1. An introduction to the MZ40 vehicle, describing its origins and dimensions.
2. Details about the vehicle's identification number system and technical specifications.
3. An overview of the vehicle's engine, body electrical systems, transmission, and chassis components.
4. Configuration parameters and practice forms for vehicle introduction and field operation.
IRJET- Design and Fabrication of Hybrid Go-KartIRJET Journal
This document describes the design and fabrication of a hybrid go-kart. The hybrid go-kart uses both an internal combustion engine and an electric motor to improve fuel efficiency. Testing showed the IC engine alone achieved 35km/liter, the electric motor alone achieved 15km on a full battery charge, and the hybrid system achieved 50km total. The hybrid go-kart was designed with a parallel hybrid configuration, using a 98cc 2-stroke gasoline engine and a 48V 1500W brushless DC electric motor. It was built with an open frame chassis and features such as disc brakes, a 3.75L fuel tank, and a 48V battery pack made of four 12V batteries. The hybrid system is
The document provides marketing information for the EXO Neutrino, an electric mini-sportbike designed for urban use. It highlights the scooter's sporty handling, ability to accelerate quickly and travel up to 60 km on a single charge. The EXO Neutrino is aimed at technophiles and those interested in arts and entertainment, with the majority of customers being males aged 25-34. Several technical specifications are provided in annexes, and over 100 EXO Neutrinos have been produced and sold primarily in Europe so far.
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
Catalog of Elecview Technology Co.,limitedSelene Zhang
Elecview Technology Co.,limited is a manufacturer of electric scooters and bikes located in Shenzhen, China and Hong Kong. They produce several models of scooters and bikes that vary in battery type (lead-acid or lithium-ion), battery voltage and capacity, motor wattage, tire size, maximum speed, mileage, weight, and color options. Their products are shipped in gift boxes and loaded into shipping containers for distribution.
Catalog of Elecview Technology Co.,limitedMartin Yang
Elecview Technology Co.,limited is a manufacturer of electric scooters and bikes located in Shenzhen, China and Hong Kong. They produce several models of scooters and bikes that vary in battery type (lead-acid or lithium-ion), battery voltage and capacity, motor wattage, tire size, maximum speed, mileage, weight, and color options. Their products are shipped in gift boxes and loaded into shipping containers for distribution.
This document is an operation manual for a FAW model CA5083XXYPK2L1A80 cab-over-engine diesel truck. The manual provides specifications for the vehicle including its dimensions, engine and transmission details, fuel and brake systems, and maintenance procedures. It aims to guide users in properly operating and maintaining the truck to maximize performance and service life.
This document describes several dual wheel self-balance electric scooter models from Vanergy Technology Co., Ltd. Specifications for 6.5, 8.5, and 10.5 inch models are provided, including battery, motor, speed, weight, and dimension details. Color options for each model are listed. The document also discusses Vanergy's workshop, packaging warehouse, and marketing advantages regarding quality, price, production capacity, and shipping experience.
The document provides specifications for the Hunter APC built on a Toyota Land Cruiser 200 chassis. Some key details:
- It is designed to carry eight people with equipment for operational requirements.
- Features include improved thermal insulation to keep operators cool, and a redesigned air conditioning system for comfort in harsh environments.
- It has a 4.6L V8 turbo diesel engine with 304 horsepower, and can be tailored to suit multiple operational needs.
Design and Fabrication of Low Cost Electric BicycleIRJET Journal
This document discusses the design and fabrication of a low-cost electric bicycle. It aims to reduce the battery cost by using a single 24V battery instead of multiple 12V batteries. The battery will be charged by a hub dynamo while riding, eliminating the need to charge from an electric supply. The motor uses electric energy from the battery to power the bicycle. This makes the running cost very low compared to other fuel sources. An electric bicycle allows pedaling that is optional and can reach speeds of 20+ mph. It is eco-friendly with no pollution and no fuel costs.
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4. Specifications
Category Parameter Description
Battery 36V 8.7Ah 6.0Ah/8.0Ah/10Ah
Motor rated
power
250W
Battery life 35-40km
Speed 20km(adjustable ) Adjust by APP,max speed: 25km
Weight 13.5kg
Brake system front electronic brake
Tyre front and rear non-
pneumatic
solid and honeycomb
Make connection simpler
5. Quotation:Please contact me for the specific price.
Model Qty Quotation for
scooter
Quotation for
IoT module
L8F
500pcs $Under 300 $26 (2G) $62(3G/4G)
500-1000pcs $Under 300 $25 (2G) $60(3G/4G)
1000-5000pcs $Under 300 $24.5(2G) $59(3G/4G)
>5000pcs $Under 300 $24 (2G) $58(3G/4G)
让连接更简单
9. Specifications
Category Parameter Description
Battery 36V 8Ah 10Ah/12.8Ah
Motor rated
power
250W
Battery life 30km 40km/50km
Speed 20km(adjustable ) Adjust by APP,max speed: 25km
Weight 13.5kg
Brake system front electronic brake
Tyre front and rear non-
pneumatic
solid and honeycomb
Make connection simpler
10. Quotation:Please contact me for the specific price.
Model Qty Quotation for
scooter
Quotation for
IoT module
LX
500pcs $Under 300 $26 (2G) $62(3G/4G)
500-1000pcs $Under 300 $25 (2G) $59(3G/4G)
1000-5000pcs $Under 300 $24.5(2G) $60(3G/4G)
>5000pcs $Under 300 $24 (2G) $58(3G/4G)
Make connection simpler
15. Category Parameter Description
Battery 36V 10Ah 24Ah
Motor rated power 450W
Battery life 40km 100km
Speed 20km (adjustable ) Adjust by APP,max speed: 35km
Weight 15kg
Brake system Rear drum brake
Tyre front and rear non-
pneumatic
solid
Specifications
Make connection simpler
16. This model will be launched in February next
year.
Model Qty Quotation for
scooter
Quotation for
IoT module
L9
Make connection simpler
17. Comparison Sheet
Model Features
L8F
• cool and bright LED
• in stock (deliver in 30 days after making the order)
• Recommend Level:2 stars
LX
• replaceable battery
• IP56 ( core components are IP67)
• Modular design for better maintenance
• No outside wire or harness, durable
• 10-inch front and rear tyres
• Mass production available in Nov,2018
• Recommend Level:5 stars
L9
• Optional 100km travel distance
• IP56 ( core components are IP67)
• No outside wire or harness
• Built-in charger
• 10-inch front and rear non-pneumatic tyres
• Rear mechanical brake
• Mass production available in Feb,2019
• Recommend Level:4 stars
让连接更简单