Brammo Enertia — Wikipedia, the free encyclopedia

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Brammo Enertia

Brammo Enertia

The Enertia is an electric motorcycle designed and sold by Brammo, Inc. It uses a Lithium iron phosphate battery. and is intended as a commuter vehicle. Enertia motorcycles first went on sale in late July 2009, [ 2 ] and began selling at Best Buy in August 2009. [ 3 ]


Construction and components [ edit ]

The body uses monocoque construction. Early prototypes used carbon fiber as the principal material, but Brammo later decided to produce the monocoque body out of aluminum. Some of the bike’s components are made entirely of recycled material, while the body panels are created from a mixed percentage of recycled and new materials. [ 4 ]

The Enertia’s permanent magnet AC Synchronous motor is powered by six Valence lithium iron phosphate battery modules, which can provide a top speed of over 62mph (100km/h). [ 4 ] The vehicle’s batteries can be recharged via the onboard charger within three hours by plugging into a standard 110volt electrical outlet. [ 5 ]

Brammo has stated the Enertia does not have regenerative braking because of the limited benefit that current regenerative braking technology provides to motorcycles, and the risk of traction problems. [ citation needed ]

According to Cycle World magazine, With its wide, mild-rise handlebar, sporty steering geometry and narrow 18-inch-front/17-inch-rear Avon RoadRiders, the Enertia is a light and responsive handler. The road test editor recorded a 0-60 mph time of 16.1 seconds, and a quarter-mile run of 20.19 seconds at 60.78 mph. [ 6 ]

The current testing versions of the Enertia being shown to the media are described as enjoyable to ride, nimble and easy to control. It is also capable of better speed than widely promised, up to 65mph (105km/h), although this quickly drains the battery.

Most of the cost of the motorcycle is due to the battery. Brammo is hoping for the cost of this component to fall in the future, and is talking of creating a program to lease rather than own the battery. [ 7 ]

Comparison with conventional motorcycles [ edit ]

With 12–25hp (8.9–18.6kW), and 17–34ft·lbf (23–46N·m) of torque in the ‘performance’ mode, the Enertia’s power output is comparable to a conventionally powered Kawasaki Ninja 250 motorcycle. [ 8 ] [ 9 ] However, the 2009 Ninja 250 has a top speed of 95.5mph (153.7km/h), [ 10 ] while the Enertia’s top speed is 50mph [ 8 ] or 55mph (89km/h). [ 4 ] [ 11 ] It has no gears or clutch so shifting is not required, which Brammo claims enables the Enertia to go from 0 to 30mph (0 to 48km/h) in 3.8seconds in performance mode. [ 8 ] Tested by Cycle World . the Ninja 250 accelerates from 0 to 30mph (0 to 48km/h) in 2.0seconds. [ 12 ] Motorcycle Consumer News projected a range of 246mi (396km) for the Ninja 250 based on their tested 51.2mpg -US (4.59L/100km; 61.5mpg -imp ). [ 10 ] Brammo claims the Enertia has a range of 40to 50 miles (64–80km) between charges if power is set to the minimum level, 40%. [ 8 ]

At 19.564lb (8.874kg) [ 13 ] [ 14 ] of carbon dioxide (CO 2 ) per gallon consumed, [ 15 ] the Ninja 250 would emit 93.9lb (42.6kg) per 4.8USgal (18l; 4.0impgal) tank, or about 4,967lb (2,253kg) of CO

2 per year if ridden the US average of 13,000 miles (21,000km) per year. [ 16 ] The Enertia would consume 260 charges over the course of 13,000 miles (21,000km) at 50 miles (80km) per charge. With a battery pack capacity of 3.1kW·h, [ 17 ] the annual consumption of electricity would be 806kW·h. With a US national average emissions of 1.297lb (0.588kg) CO

Brammo Enertia

2 per kW·h, the Enertia’s yearly carbon emissions would be 1,045lb (474kg). [ 16 ]

References [ edit ]

^ Brammo Enertia Powercycle Specifications. Brammo, Inc. Retrieved 2009-08-28. ^ SOUTHERN OREGON MANUFACTURER BRINGS ELECTRIC MOTORCYCLE TO THE MASS MARKET (PDF).

Oregon Economic Development Association. June 2, 2009. Retrieved 2009-07-21. ^ Korzeniewski, Jeremy (August 28, 2009). now on display in select Best Buy locations, sales begin Enertia Now on Display in Select Best Buys, Sales Begin.

Retrieved 2009-08-28. ^ a b c McDermon, Daniel (June 11, 2009). A Short Ride on the Brammo Enertia Electric Motorcycle. The New York Times. Retrieved 2009-07-21. ^ Hall-Geisler, Kristen (June 4, 2009).

An Electric Glide, at a Price. The New York Times. Retrieved 2009-07-21. ^ Miles, Matthew (April 2010), Brammo Enertia Wind in your face, lure of the open road. and the hum of an electric motor?, Cycle World (magazine) . 40–43. ^ Carpenter, Susan (31 July 2009).

Brammo Enertia electric motorcycle primes for its Best Buy debut. Up to Speed (blog) . ^ a b c d Paul Seredynski. Enertia: The Electric Motorcycle. MSN Autos.

Retrieved 2007-11-28. ^ Blain, Loz (6 June 2007), US$15,000 Carbon Fibre Enertia electric motorcycle to hit stores in early 2008. Gizmag . It’s zippy enough to shoot clear of the traffic when the light turns green — the electric engine has 100% of its torque available from a standstill, and it’ll pull to 30mph in 3.8 seconds, which is in the range of a semi-sporty 250cc motorcycle. ^ a b Santos, Franke (June 2008), Model Evaluation Kawasaki Ninja 250R (PDF), Motorcycle Consumer News (BowTie, Inc.): 16–19 ^ Fermoso, José (5 October 2008), With Motorcycles, Eco-Friendly and Badass Can Mix. Wired . At 12 to 25 horsepower (19 kilowatts) in its performance mode, it’s on the same power level as the Kawasaki Ninja 250 gas bike (though its speed tops out at 50 mph). ^ Ets-Hokin, Gabe (June 2008), Small Fortune; 2008 Kawasaki Ninja 250R Cycle World Test, Cycle World 47 (6): 76, ISSN 0011-4286 ^ Voluntary Reporting of Greenhouse Gases Program; Fuel and Energy Source Codes and Emission Coefficients . US Department of Energy ^ Emission Facts: Average Carbon Dioxide Emissions Resulting from Gasoline and Diesel Fuel . US Environmental Protection Agency ^ Voluntary Reporting of Greenhouse Gases Program (Glossary of Terms) . US Department of Energy, Emissions coefficient: A unique value for scaling emissions to activity data in terms of a standard rate of emissions per unit of activity (e.g. pounds of carbon dioxide emissions per unit of fossil fuel consumed). ^ a b How We Calculate . ^ Enertia Bike Technical . Brammo

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