Showing posts with label electrified. Show all posts
Showing posts with label electrified. Show all posts

Three Electric Scooters: From Functional to Fast and Fancy

Scooters are by far the most popular vehicles in the world and the next generation of scooters includes a vast selection of electric options. Electric scooters run the gamut from the functional city vehicles to those capable of reaching highway speeds.

Israeli-native Amir Ziad has invented an inexpensive and innovative personal transportation vehicle called muvE. This highly portable ultra lightweight scooter can be folded into a trolley, making it an optimal vehicle for urban transport.

Ziad says the MuvE weighs between 12-15 kg and cost about $2,000- $3,000 once it hits the market. The original prototype can travel up to10 kilometers on a single charge, but an updated vehicle, with a cellular controlled mechanism will improve the range. There is even an off-road version of the vehicle.

A well known scooter company from India will soon be moving into Michigan. Mahindra is a $16.7 billion firm that has recently announced that it will produce the lightweight GenZe electric two-wheeler at a 37,000 square foot facility in Ann Arbor. The removable battery allows riders to recharge at any standard outlet. Fully charged it has a range of 30 miles and a top speed of 30 miles per hour. One of the practical features of the vehicle is its large luggage carrier. It also has a screen display that has much of the functionality a smartphone. The new factory is expected to produce about 20,000 vehicles annually.

The widely respected German car company BMW is making a new electric scooter called the C evolution. The C evolution can attain an electronically limited top speed of 75 mph and has a range of 62 miles. The electric motor draws its energy from an 8 kWh lithium-ion battery. The battery can be recharged at any standard outlet. It is also recharged while coasting and breaking. The display gives the rider access to a host of data including average energy consumption and average speed.

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Electric Bikes: 11 Climate Friendly e-Bikes

Due to their low price points and minimal operating costs, electric bikes are an increasingly popular way to travel. All around the world, we are seeing growing consumer interest in low carbon hybrids and emissions free electric bikes. Many of these bikes are being designed and built in the US to meet increasing domestic demand.

Some studies have shown that a family can save as much as $2,500 per year by using bikes as a primary source of transportation.

According to Pike Research, sales of electric bikes grew to 158,000 units in 2013 and they are expected to keep growing. A wide range of electronic bikes are providing consumers with a wide selection to choose from. Here are 9 options:

One of the more interesting electric bikes is what is known as the INgSOC hybrid bike. This aerodynamic carbon fiber-reinforced polymer bike runs in three modes: battery-powered, battery assist, and battery charge mode, where the user powers up the battery by pedaling. The battery powers the motor as well as a headlight and rear tail lights. The bike even includes an iPhone charging dock.

The carbon fiber reinforced Audi e-bike prototype known as the Wörthersee is powered by a lithium-ion battery. This high-performance e-bike has an electronic control system that helps the bike perform tricks. Weighing only 24 pounds, the compact frame has a low center of gravity to make it very agile. The innovative wheels known as the “Audi ultra blade” have broad flat spokes for an optimized transmission of pedal power. Cyclists have access to five cycling modes and a touchscreen. The bike can reach speeds of up to 50 mph and have a range of 31-44 miles.

Ford has also produced electric bike prototypes. One is called the MoDe:Me, which is designed for commuters and the other is the MoDe:Pro, which is designed for those who need carrying capacity. A 9-hour battery allows for extended travel time between charging sessions and it can attain a maximum speed of 25 mph. Both of these e-bikes are foldable and designed to work with the Apple iPhone6.

Another highly functional bike from designer Antoine Fritsch, known as the T2O Trotinette Bambou, features a sturdy yet flexible bamboo frame and electric motor. The bike has a cruising speed of 21 mph and a range of 24 miles.

A unique electric hybrid bicycle from M55 Bikes called the Beast can help riders scale steep hills. This bike's hefty price tag is justified by the detailed design and the materials used. It is made from CNC, titanium and carbon fiber. The top speed of the bike is 40 mph and the range is 75 miles on a single charge.

A far more cost effective and utilitarian electric bike is the Wave, dubbed the "world's most affordable electric bike." The Wave ebike has a top speed of 28 MPH and a range of 50 miles. This is a bike that does it all and is designed to last without need for maintenance. There are a number of available options including solar panel charging, bigger batteries, more seat options, LCD, and cruise control.

Another electric bicycle prototype has been produced by Faradion. It is powered by a sodium-ion battery pack which stands out from the lithium ion batteries currently in use. The sodium-ion battery ostensibly has more electricity storage capacity, decreased charging times and lower costs. It also does not require lithium which, is an increasingly scarce resource. The sodium ion battery is also safer and more environmentally benign.

Another option enables cyclists to add an electric motor to their existing bikes. The MIT designed Copenhagen Wheel turns any bike into a hybrid electric vehicle. Designed in 2009, this simple design went on sale in 2013. It got its name from being sponsored by the Mayor of Copenhagen at the 2009 COP15 climate change conference. The small motor is charged through a regenerative braking system that then uses the power to provide an electric boost while you ride. It can easily help riders achieve speeds of 20 mph. It can also be linked to a smartphone app that collects stats and enables users to configure how it works. The wheel also serves as a locking device preventing the bike from being used without the owners permission.

Source: Global Warming is Real

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Floating Electric Car

There are a diverse range of electric vehicles from the mundane to the wildly esoteric. Some of the more exotic electric craft can actually navigate on the water. There is an electric car that actually floats on the water in the case of an emergency. Built by Japanese venture campany FOMM the vehicle is called the Concept One.

Hideo Tsurumaki, the president of FOMM says the car was constructed in response to the devastating Japanese tsunami of 2011. He invented the car because his hometown is prone to tsunamis.

In addition to tsunamis the vehicle is meant for people who live in areas that may experience sudden inundation from flash flooding. The target market for this vehicle is in Southeast Asia where flooding is commonplace.

In addition to being a floating electric car the Concept One is also the smallest four seater electric vehicle in the world at only 8 feet long. The lightweight car weighs in at just over 1000 pounds and it is powered by two in-wheel electric motors. These motors have an output of 5kW with a range of approximately 62 miles.

In the event the car ever finds itself in deep water the Concept One uses a water jet generator for propulsion. The tires provide buoyancy while acting like fins. However, the car will need maintenance to revert back to a street worthy vehicle.

In some respects the small size of the vehicle make it more like a motorcycle than a car. In fact, instead of a steering wheel the Concept One has motorcycle like handlebars, brakes and throttle control.

The Concept One is scheduled for mass production sometime this year.

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Summary of 18 Electric Trike Vehicles

An electric tricycle has all of the advantages of a two wheeled bike with the extra stability provided by a third wheel. Many electric trikes can be propelled with the motor or through pedal power or a combination of both. Unlike four wheeled electric golf carts many of electric trikes have virtually no restrictions in terms of where they can be ridden. Most of these trikes can travel at least 30 miles on a single charge. Many of them come with an abundance of bells and whistles including things like turn signals, speedometer and a suspension system. Some cruise at typical bicycle speeds while others are capable of driving at highway speeds. Despite their functionality they can be hard to find.

There are some wildly innovative trike designs but none is more innovative than Nils Ferber‘s EX vehicle which is propelled by screwdrivers. The ultra-light racing trike harnesses two 18-volt screwdrivers as engines, allowing it to accelerate up to 30 km/h. This trike it neither recumbent nor upright as the driver lies in a face down position just a few inches above the pavement. The throttle and brakes operate like a motorcycle, and a custom-built joint allows the rear section to tilt as the driver leans into curves.

Green Lite Motors has developed a hybrid trike prototype that balances efficiency, comfort, and safety with a unique chassis. It is propelled by a hybrid gas/electric motor which can propel the vehicle up to 85 mph. The vehicle can handle the speed and different driving conditions. It gets as much as 100 miles on a single gallon of gas. The two front wheels are offset from the chassis to provide natural roll when cornering. This three wheeled vehicle has cornering characteristics of a motorcycle with the stability of a car. The two front wheels utilize Green Lite’s "smart stand up" technology – a hydrolic suspension that keeps the car standing up when parked. As the vehicle approaches a turn, the wheels tilt the chassis into the turn like a motorcycle. This allows for great stability and handling and allows the driver and the passenger to sit upright. The vehicle can be driven in one of three modes: all-electric, hybrid, or gas only. Wrapped in a full shell, drivers do not need to wear motorcycle gear and they can enjoy the comfort of climate control.

Here is a comprehensive summary of electric tricycles divided into recumbent and upright trikes.

Recumbent Electric Trikes

Some of these e-recumbent trikes are designed for everyday commuting while others “amplify” your pedal power up to highway speeds. As reviewed in the Electric Trike Report and Guide here are 9 e-trikes as well as kits, trailers and concept vehicles.

Organic Transit Elf Electric recumbent trikes are lightweight 3 wheeled pedal/electric vehicles. They are partially enclosed so they offer weather protection. They have cargo & passenger capacity, full suspension, comfortable seats, lights & mirrors. One of the more interesting features is a rooftop solar panel to aid in recharging the batteries while cycling. They can go 20 mph, with a range is 20+ miles, it can carry 350 lbs, and the base price is $5,000.

Hase Klimax e-trikes offer partial weather protection. Currently Hase offers their Klimax 2K series e-trikes with the Shimano Steps mid drive and their Klimax speed trike (up to 45 km/h or 28 mph) with a front hub motor.

HP Velotechnik Scorpion FS 26 S-Pedelec is a full suspension speed pedelec (pedal assist only) that can go up to 45 km/h (28 mph) with a 500 watt rear hub motor.

RunAbout Cycles make custom electric recumbents and other types of custom e-bikes in Fort Collins Colorado.

ICE Trikes offers some of their recumbent trikes with the SunStar mid drive motor kit, however they are only available in the UK.

Como Trikes feature an aluminum frame with suspension and other high quality components. They use the Falco E-Motors system.

Outrider USA makes high performance “adventure vehicles” designed for power and speed. The 2015 Alpha has an astounding range of up to 80 miles. There is even a feature that allows users to add two more batteries to extend the range to 160 miles. It also has a purpose-built air-shock front and rear suspension, as well as increased seat size for an incredibly comfortable and stable riding experience. The cost is around $13,000. They offer a total of 4 different models ranging in speed from 20 mph to 40+ mph, and ranges from 45 miles to 165 miles. The price range starts at $6,000.

The Raht Racer is an enclosed electric trike that “amplifies” your pedal power to assist you up to highway speeds. It is still in the prototype stages but they are working on a production vehicle.

Planet Rider e-trike is not available for sale right now because it is still in the prototype/development stage. It will also offer highway speeds with the intent of replacing a car.

Electric recumbent bike kits include the Terra Trike Rambler with E-BikeKit, EcoSpeed kit and NuVinci N360

Electric trailers that carry some cargo and push your bike include the RideKick, RoadRACE Power Pod.

ECO FUV is a yet to be released electric bike from a designer who is building a complete urban vehicle that marries function and technology.

An electric trike concept from industrial designer, George Cooper is intended to encourage more people to cycle. The goal is to "benefit the rider’s health and financial situation while at the same time improving the environment by reducing pollution and the consumption of finite resources.”

Upright Electric Trikes

This summary of upright e-trikes guide will focus on upright electric trikes. As reviewed in the Electric Trike Report and Guide here is a summary of tilting trikes and traditional upright e-trikes.

Butchers & Bicycles MK1 Electric Trike is a tilting three wheeler that can transport cargo. It has a high tech mid drive e-bike system.

Kaylad-e Electric Trike concept is a tilting electric trike with a mid drive similar to MK1 above

Trikke Electric Carving Vehicle is a trike that uses your leg power from a carving motion (like skiing) along with an electric motor in the front wheel.

Worksman Trike with EBikeKit is an economical trike that retails for $1,200.

eZip Tri-Ride Electric Trike is made by Currie Technologies and provides an upright trike with seat back. The eZip Tri-Ride retails for $1,399.


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Innovative Self-Balancing Electric Vehicles

There are some very novel electric vehicles being developed some of which are incorporating some creative innovations. Two examples of such innovative technologies are Toyota's i-Road and the Future Motion's Onewheel both of which use gyros to be self-balancing.

The Toyota i-Road is a cross between a car and a motorcycle. What makes this two seater vehicle truly innovative is the way it leans into corners.

The vehicle was on display at the September 2014 Paris Auto Show. This front wheel drive vehicle is powered by two 2-kW electric motors juice is supplied by 5.5-kWh lithium-ion battery that give it a range of about 30 miles. However it is steered with the rear wheels and has an articulated front end that allows it to lean. The vehicle maintains its balance with the help of gyro inputs that power a separate motor to which adjusts the amount of lean depending on the speed and the angle of the corner. The faster you go the more it leans and it has a super-tight turning radius of only 10 feet.

The best way to describe the "active lean performance" would be to compare it to a skier. Rather than a cushy suspension the I-Road has an articulating seat.

Another even more interesting self-balancing vehicle is the electric skateboard by Future Motion called Onewheel. This self-balancing electric board lets the rider feel as though they are gliding over fresh mountain powder or a glassy ocean wave. The simple appearance conceals some complex engineering including a gyro, accelerometer sensors and a computer processor to determine speed and steering. All of this engineering make it very easy to operate.

The wooden board is perched atop an aluminum wheel. Onewheel is powered by a 48V Lithium Ion battery takes as little as 20 minutes to charge and it can reach speeds of up to 12mph. It even uses regenerative breaking to conserve energy just like electric cars. However, the current generation can only operate for 20 minutes before it needs to be recharged.

Onewheel is currently raising funds through a Kickstarter campaign. It can be pre-ordered for a donation of $1,299 and the first units are scheduled to be shipped at the end of this summer.

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Electric, Air, Water and Thorium Vehicles

Fossil fuel powered vehicles are a leading source of global warming causing emissions. If we are curtail climate change we must find alternatives to gas power cars. Gas consumption has remained flat due to improved vehicle fuel economy. The prospects for electric and hydrogen fuel cell vehicles look good, however, these are not the only alternatives to the combustion engine. There are some lesser known emissions free alternative vehicles that run on everything from air to radioactive thorium.


Electric

Interest in electric and hydrogen powered cars are growing alongside increasing numbers of hybrid vehicles. Although these vehicle are relatively new they are gaining traction and giving big oil reason to worry. This view was expressed in a Bloomberg article titled, "Big Oil Is About to Lose Control of the Auto Industry."

Confidence about the future of electric cars was in evidence at a recent Bloomberg New Energy Finance (BNEF) conference. At this event analysts argued that electric power will supplant traditional fossil fuels and biofuels.

According to Bloomberg, the global total sales of electric vehicles in 2014 was 288,500 units. This represents a five fold increase over 2011 numbers. Although this represents a tiny fraction of vehicles on the road, these numbers are expected to climb exponentially as battery costs continue to decline. They have already decreased by 60 percent since 2010 and these price declines are expected to continue to the point where electric power plants will achieve price parity with combustion engines. Every major automotive manufacturer in the world produces electric vehicles and there are dozens of smaller companies that do so as well.

Air

In 2013 Peugeot developed an inexpensive hybrid car that runs off of compressed air. Such a vehicle could dramatically change the future of sustainable transport. Peugeot, estimates their cars will do 2.9 I/100km, releasing just 69g CO2/km, when they hit the market next year. Peugeot's car also uses brake energy regeneration like many other alternative fuel cars.

Water (Hydrogen)

Hydrogen in water is an ideal fuel source that is completely pollution free. It has the equivalent energy output that is two and one half times more powerful than gasoline. Many have demonstrated working examples of electrolysis that separates hydrogen from oxygen in water molecules.

A Japanese company called Genepax first unveiled a water fueled car in 2008. To make this car run an energy generator splits the water molecules to produce hydrogen and this is used to power the car. They use a membrane electrode assembly (MEA) to split the hydrogen from the oxygen through a chemical reaction. The cell needs only water and air, eliminating the need for a hydrogen reformer and high pressure hydrogen tank.

Nanoflowcell AG has designed a saltwater powered powered hydrogen fuel cell vehicle that debuted at the Geneva Motor show in 2014. This system works by passing abundant saltwater through a membrane in between the two tanks, creating an electric charge. This electricity is then stored and distributed by super capacitors. Electric motors in the car are fed electricity. The car carries the water in two 200-litre tanks, which allows drivers to travel up to 373 miles (600km). The car is currently being prepared for mass production. The technology has other applications including maritime, rail and aviation.

Scientists at the US Naval Research Laboratory in collaboration with NRL have also developed a technology to harvest hydrogen (and carbon dioxide) from seawater that is then converted into liquid hydrocarbon fuel.

There is a long list of hydrogen fuel cell vehicles dating back decades. Some of the companies that have developed hydrogen fuel cell vehicles are (in alphabetical order) Alfa Romeo, Audi, BMW, Chang'an, Chrysler, Daimler, FAW Group, Fiat, Ford, General Motors, Honda, Hyundai, Lotus Engineering, Kia, Mazda, Mitsubishi, Morgan, Nissan, Peugeot, Renault, Riversimple, Ronn Motor Company, SAIC, Subaru, Suzuki, Toyota, Volkswagen:

Thorium

A company called Laser Power System has created a concept for an emissions free thorium powered vehicle. Using only 8 grams of fuel these cars will run for around 100 years. Thorium is a radioactive element  that can be converted into a laser beam that heats water, produces steam, and powers an energy-producing turbine. One gram of thorium yields the energy of 7,500 gallons of gasoline. Safer than uranium thorium has been successfully used in the past. In the US in the 1960s Oak Ridge successfully operated a reactor with fuel derived from thorium and cooled with molten salts. China is currently experimenting with thorium as a fuel source. Thorium was abandoned as a fuel source in the US by the Nixon administration for reasons that are not clear.

There are a number of conspiracy theories surrounding the clean energy. Approximately a year after revealing their water powered vehicle device, Genepax shut down under somewhat mysterious circumstances. Stanley Meyers another company that showed it can turn water into hydrogen fuel to power cars was sued and the inventor Stan Meyer died suddenly in 1998 after dining at a restaurant. Many have alleged that he was intentionally poisoned. Conspiracy theorists say that big oil is to blame for a wide range of unsolved crimes against those who are at the forefront of research into alternatives to fossil fuel powered vheicles, this includes the murder of scientists, arson in labs and the theft of prototypes.

Whether or not these conspiracy theories are true, it is clear that there are trillions of dollars at stake. These technologies and many other experimental approaches to transportation represent a major threat to the oil industry and they can be expected to use their considerable power to ensure that such technologies never come to market.

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Highly Efficient Three wheeled Tadpole Designed Vehicles

When we think about cars we automatically think about four wheels, but that is not necessarily the best configuration. To start with four wheels have more drag and are therefore less efficient than three wheels. When it comes to three wheeled vehicles there are two basic designs Delta and Tadpole. Delta has one wheel in front, two in back and Tadpole has two wheels in front and one in back.

The Tadpole design offers better dynamic stability, meaning it reacts more safely and predictably under various driving conditions than the Delta design. The Tadpole also offers better breaking. Because the front wheels do the most the breaking and considering the Tadpole's two wheels in the front are better than the Delta's one. Although it may appear counter-intuitive the Tadpole's teardrop shape is also a more aerodynamic design than the Delta. Despite the relative simplicity of the Delta's steering and suspension the the Tadpole is the better overall design. A Tadpole's rear mounted engine and batteries provide for more stability than if all the weight was in the front as with a Delta design.

The Elio and the EZOne3 are two examples of three wheeled Tadpole designed vehicles.

In 2013 Elio Motors unveiled a three wheeled, tandem two-seater commuter car that gets 84 MPG (2.8 liters per 100 kilometers) and costs $6,800. The Elio is tiny at only 160 inches long with a wheelbase of 110 inch. Despite its miniscule dimensions it can accommodate people of almost any size. It may be small but it is also safe as it is equipped with three airbags, a reinforced roll-cage frame, anti-lock brakes and a large crumple zone.

The Elio is powered by a 0.9-liter three-cylinder engine that generates 70 horsepower. Its eight gallon fuel tank can travel up to 700 miles on a single tank of gas. It can also reach speeds over 100 MPH.

The latest prototype version of the vehicle was displayed at CES 2015 and had a hatchback trunk and a tablet-based infotainment system. The car was officially unveiled at the 2015 New York International Auto Show just ahead of its public offering. The company will be building the car in Caddo Parish, Los Angeles. Production is expected to start in 2016.

Another three wheeled vehicle seeking funding is the EZOne3 Electric 3-Wheeler. This car has been 8 years in the making and it is about to seek funding through a kickstarter campaign that will help in the production of a kit to build them. The kickstarter campaign will raise funds to pay for the molds to produce the lightweight and inexpensive body.

A second version of the car will use Prius components. To free up space this version will be almost entirely wireless and electronically controlled even the steering. The current 'version one' of the car without body or batteries weighs in at 490lbs using Geo Metro components.

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Exotic Electric Marine Vehicles

While everyone knows about the electric vehicles the Chevy Volt and the Nissan Leaf  (fuel economy of 93 mpg and 99 mpg respectively) the real growth market in electric vehicles will be in marine vehicles. According to IDtechex, the sales of electric and hybrid marine vehicles are expected to rise from 73,000 in 2013 to 118,000 in 2024. This represents sales that will skyrocket from $2.6 billion to $7.3 billion.

The growth of electric and hybrid marine vehicles includes commercial applications like tugboats, oil slick collectors, tourist boats, military craft, research vessels and autonomous underwater vehicles.

A number of electric marine concept vehicles have already been designed. Alastair Callender, a Coventry University student designed a futuristic green super yacht, which he calls ‘Soliloquy’. It is not only eco-friendly, it is also stylish, elegant and beautiful. The extraordinary green super yacht derives it power from from wind, solar and Hybrid Marine Power (HMP) technology from Solar Sailor Holdings Ltd.

Another green concept called the Aquarius Eco Ship is designed to help sustainability in shipping. It was designed by Peter Garth, maritime professional, Eco Marine Power (EMP). It incorporates the fuel and emissions saving Aquarius Marine Renewable Energy (MRE) system. It is the result of intensive research focused on optimising the design of large ocean going ships. It harnesses the power of the wind & sun using a combination of solar panels, energy storage modules, a computer control system and rigid sails. This concept is designed to be flexible and configurable so that it can applied to a variety of ship sizes and types, including bulk carriers, oil tankers, survey ships, passenger ferries and unmanned surface vessels. Other fuel saving measures from EMP include advanced electrical propulsion system, optimised hull design and waste heat recovery technologies. The company says that this combination of technologies could lead to fuel savings of 40 percent alongwith significant emissions reductions.

NYC already has a very green cruise ship called the Hornblower Hybrid. This state of the art ship runs on renewable power generated by hydrogen fuel cells, solar panels and wind turbines. 

© 2014, Richard Matthews. All rights reserved.

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