Edison2
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The Edison2 car was designed by Oliver Kuttner to be very light, using steel and aluminum construction, and powered by a 250cc E85 engine. Weighing just 376kg, it has four seats and wheels mounted outside the base. The Edison2 won the $5 million X-Prize for achieving an average of 160 miles per gallon, owing to its light engine. Being lighter, it is more ecological by using less fuel and producing fewer harmful emissions, making it better for both the environment and public health. However, its increased efficiency comes at a higher price that makes it more difficult for the author to purchase than a standard car.
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The document discusses the benefits of electric cars over traditional gasoline-powered cars. It notes that fossil fuels are diminishing while demand is rising, so alternative energy sources for cars are needed. Electricity is presented as a suitable replacement, as it is cheaper and more abundant than gasoline or diesel. Electric cars have advantages like increased fuel efficiency, reduced emissions, and less environmental pollution. They can help countries become more energy independent and improve their technology reputation. However, electric car batteries require charging and careful disposal. The document examines Tesla's Model S electric car as a successful example and concludes that electric vehicles can significantly reduce environmental degradation compared to gasoline cars.
Ch 20 ed
The document discusses various sustainable energy sources and strategies including:
1. Conservation methods like green buildings, compact fluorescent lights, and increased appliance efficiencies.
2. Renewable energy sources like solar, wind, hydro, geothermal, and biomass. Specific technologies discussed include photovoltaics, fuel cells, algae biofuels, and cellulosic ethanol.
3. Transportation efficiency like electric vehicles, hybrids, and increased fuel economy standards.
Compressed Air Cars
The document presents information on compressed air cars. It discusses how compressed air cars provide an alternative to gasoline-powered cars by using compressed air as fuel. The cars have a compressed air tank, air filter, chassis, and compressed air engine. The engine works similarly to a gasoline engine but uses compressed air instead of gasoline. Compressed air cars produce zero emissions and can be refueled quickly at gas stations using compressed air. While they have less speed than gasoline cars, compressed air cars provide a more sustainable transportation option.
Air Powered Car
The document discusses an air-powered car as an alternative fuel vehicle that could help reduce air pollution. The car would run on compressed air stored in high-pressure tanks. Prototypes of these cars have been developed that can reach speeds over 100 km/h and only require air refills every 50,000 km. Advantages include using a clean, widely available fuel and having very low greenhouse gas emissions compared to gasoline or electric vehicles.
Bloom energy
Bloom Energy was founded in 2001 by Dr. K.R. Sridhar to develop solid oxide fuel cell technology that can generate electricity on-site from natural gas or biogas in an environmentally friendly way. The company shipped its first commercial 100kW Energy Servers to Google in 2008. Bloom's Energy Servers use solid oxide fuel cells that convert fuel into electricity through an electrochemical process without combustion. Each server can provide enough power for 160 homes and offers benefits like clean energy generation, lower energy costs through efficiency, and reduced carbon emissions compared to the electric grid.
air pollution
Air pollution is introduced chemicals, particulates, or biological materials in the atmosphere that can harm humans, other living organisms, and the environment. Cars emit nitrogen oxides and hydrocarbons from exhaust that deteriorate air quality and can cause respiratory issues. As gas prices rise, more eco-friendly vehicles like hybrids, electric vehicles, and vehicles running on alternative fuels are being developed and tested. Individual choices like using electric/hybrid cars, public transport, cycling, and conserving energy can help reduce air pollution.
Nessisty of electric vehicles
This document provides specifications for the Tesla Model S electric vehicle. It describes the vehicle's powertrain which includes a rear-mounted electric motor. It also details the battery specifications, including available battery sizes of 60 or 85 kWh that provide ranges of 208-265 miles. The document outlines the vehicle's charging process and suspension system. It notes the Model S comes equipped with sensors and cameras to enable autopilot and semi-autonomous features. Pros of the vehicle include not needing gas and having low emissions, while cons include needing recharging points and battery replacement every 3-8 years.
Koenigsegg Regera
The Regera was created by Koenigsegg as a luxury alternative to their traditional high-performance cars like the One:1 and Agera RS. It uses a novel direct drive transmission system combining a V8 engine with three electric motors for unprecedented power and a bi-polar driving experience of luxury and performance. Key features include fully automated body panels, active aerodynamics, and a plug-in battery that can be charged or used to optimize fuel efficiency.
AP Environmental Science Ch. 16, Energy Conservation Miller LITE
1) 84% of commercial energy in the US is wasted due to inefficiency. Common sources of waste include outdated light bulbs, cars, power plants, and lack of insulation.
2) The document outlines many ways to conserve energy, such as installing more efficient appliances, vehicles, lighting and improving building insulation. It also advocates transitioning to renewable sources like solar, wind and geothermal.
3) Widespread adoption of energy efficient technologies and renewable energy could significantly reduce US dependence on foreign oil while cutting pollution and creating new jobs. However, entrenched fossil fuel interests present barriers to transitioning away from wasteful practices.
Why Light is Right
This document discusses challenges facing mobility and strategies for more sustainable transportation. It identifies 7 major challenges, including CO2 emissions, pollution, congestion, and rising unemployment. Lighter, more efficient vehicles are presented as part of the solution. Examples are given of small, low-consumption vehicles from the past and present that achieve over 50 mpg. Shared mobility through carpooling and peer-to-peer sharing is also recommended to address congestion and parking issues. Data shows public transit and active modes like biking are the most space- and energy-efficient options for urban transportation. The document advocates for "smaller cars" and emphasizes that "light is right" for sustainable mobility.
Electric Cars
Electric vehicles first gained popularity in the late 19th century as battery technology advanced, allowing for higher speeds. By the early 20th century, electric vehicles were more popular than gas-powered cars due to their reliability. However, as the price of electric cars increased and fossil fuels became cheaper, gas vehicles rose in demand. Interest in electric vehicles renewed in recent decades due to higher gas prices and environmental regulations. Now, battery technology provides electric vehicles with ranges over 200 miles, and many major automakers are producing electric car models as their popularity continues to grow.
Electric cars is Our Feature
Electric cars are powered by electric motors and batteries instead of gasoline engines. They produce no tailpipe emissions, are quieter to drive, and have lower emissions than gas-powered cars. Some advantages of electric cars include being better for the environment if powered by renewable energy, requiring less maintenance than gas cars, and qualifying for tax credits. Key features of electric cars are powerful acceleration, regenerative braking that charges the battery, and roomy interiors since electric drivetrains take up less space than engines. Popular electric car brands in India include Tata, MG, Hyundai, and Mahindra, with prices usually higher than comparable gas-powered cars but lower operating costs.
Electric vehicle
We going to compare the Electric Vehicle (EV) and IC engine vehicle in term of cost, pollution and other aspects and the myth formed for all ev is also so0lved in this ppt
My electric car collection is the perfect way to enjoy the latest in automoti...
I strongly prefer electric cars due to their zero-emissions and lower operating costs. However, I also appreciate the benefits of hybrid cars, which combine an electric motor with a gasoline engine to provide greater range and flexibility.
XCIENT-Fuel-Cell-Truck-Catalog-Single-EN.pdf
The document describes Hyundai's new XCIENT Fuel Cell truck. Some key points:
- The XCIENT Fuel Cell uses hydrogen fuel cells to generate electricity to power its electric motor, producing only water as a byproduct. It has a range of over 400 km and fast refueling time.
- The fuel cell system delivers 180 kW of power. Hydrogen storage tanks have multiple safety layers. Advanced driver assistance systems provide safety.
- The truck is available in different wheelbase options and payload capacities. It provides a comfortable cabin, efficient performance, and low operating costs compared to diesel trucks.
- Over 7 million km of real-world testing in Switzerland has proven the
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AP Environmental Science Ch. 16, Energy Conservation Miller LITE
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Exoskeleteoncorrectionjosefernández
The document describes an exoskeleton called the Elegs exoskeleton. The exoskeleton allows people who have lost mobility in their legs to stand and walk again by providing an external metal frame that fits the body. It can be adjusted for people between 1.5 to 1.95 meters tall weighing less than 100 kilos. Powered by a battery with a six hour range, the exoskeleton uses sensors and gestures to help the wearer move and can reach speeds of 3.2 miles per hour. This technology could help paraplegic people move freely from their wheelchairs and prevent health issues from lack of movement. The exoskeleton provides an improvement to quality of life.
Super super soaker[1]elizabetfinal
The Super Super Soaker was developed at Sandia National Laboratories in New Mexico as a clear plastic device that uses a small explosive charge and thin sheet of water to spray when activated. It was invented by Steve Todd, Chance Hughs, and Juan Carlos Jakaboski. While about 7,000 units have been produced for $58 each for shipment to Afghanistan, the device is primarily useful for military applications and not important for everyday civilian use.
Trabajo ingles andrea_jara
The document summarizes a lighter-than-air nylon vehicle designed to fly at 9,000 feet for over three days, equipped with surveillance equipment to monitor war or disaster zones or carry communication equipment to isolated populations. The eel-shaped vehicle uses helium and ethane gas exchange to rise and descend without bursting and costs an estimated $2-3 million.
The straddling bus déboracazorla 1
The Straddling Bus is an alternative transportation method presented in China that can straddle above traffic to reduce jams by 20-30% and lower CO2 emissions. It carries up to 1,400 passengers across wagons holding 300 people each. Powered by electricity and solar energy, the 4.5m tall and 6m wide vehicle moves on rails on both sides of the street at speeds up to 60 km/h. Beijing plans to implement the Straddling Bus in the Mentougou District along 186km of track, making it more sustainable and faster to implement than subways.
X-flex Blast ProtectionIvannaTkach
X-Flex blast protection wallpaper uses a Kevlar-like material with an elastic polymer wrap to strengthen walls and protect buildings against man-made blasts and natural disasters like earthquakes. The material makes walls stronger and helps evacuate disasters by shielding structures. Society considers X-Flex an important advancement for protecting military bases overseas and evacuating disasters.
Terrafugia transition finalNuriaEspadas
The Terrafugia Transition is a street-legal flying car designed by MIT aeronautics engineers that can transform from a road vehicle to an airplane in one minute with the push of a button. It has retractable wings, a 100-horsepower engine that gets 35 mpg, and safety features like airbags and a parachute. The first models are scheduled for delivery next year at a price of $200,000.
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