Home


HYBRID VEHICLES

Hybrid Cars
Acura Hybrid Cars
BMW Hybrid Cars
DaimlerChrysler Hybrid Cars
- Dodge ESX3
- Mercedes Smart ForTwo
Ford Hybrid Cars
- Ford Airstream Concept
- Ford Fusion

GM Hybrid Cars
- Chevy Malibu
- Chevy Volt
- GM Opel Astra
- Saturn Aura
Honda Hybrid Cars
- Honda Civic
- Honda CR-Z
- Honda Accord
- Honda Insight
Hyundai Hybrid Cars
- Hyundai Accent
- Kia Rio
Lexus Hybrid Cars

- Lexus 450h GS
- Lexus LS600h L
Lincoln Hybrid Cars
- Lincoln MKZ
Mazda Hybrid Cars

- Mazda Ibuki
- Mazda RX-8
- Mazda Senku Concept
Nissan Hybrid Cars
-
Nissan Altima
Subaru Hybrid Cars
-
Subaru B9 SC
Toyota Hybrid Cars
- Toyota Camry
- Toyota FT-HS Concept
- Toyota Prius

Hybrid SUV
Audi Hybrid SUV
- Audi Q7 SUV
BMW Hybrid SUV

- BMW X5 SAV
Chrysler Hybrid SUV
- Chysler Aspen

Dodge Hybrid SUV
- Dodge Durango
GM Hybrid SUV
-
Chevy S3X
-
Chevy Equinox
- Chevy Tahoe
- GMC Graphyte Concept
- GMC Yukon
-
Saturn VUE
Ford Hybrid SUV
-
Ford Escape
-
Ford Explorer
Lexus Hybrid SUV
- Lexus RX400h
Mazda Hybrid SUV
- Mazda Tribute
Mercury Hybrid SUV
- Mercury Mariner

Toyota Hybrid SUV
- Toyota Highlander

Hybrid Trucks
Chrysler-Dodge Hybrid Trucks
-
Dodge Ram
GM Hybrid Trucks
-
Chevy Silverado
-
GMC Sierra

Hybrid Minivans
- Ford C-Max
Toyota Hybrid Minivans
- Toyota Estima
- Toyota Alphard
- Toyota Sienna

Hybrid Crossovers
-
Hyundai Portico
- Nissan Tino
- Peugeot 3008 Hybrid4

Plug-In Hybrids (PHEV)
Plug-In Hybrid Electric Vehicles
Audi A3 e-Tron Plug In Hybrid
BYD F3DM
Cadillac ELR
Evo Electric
Fisker Karma
Fisker Surf
Ford C-Max Energi
Ford Focus
Ford Fusion
Genovation G2
Honda Accord PHEV
Jaguar XJ_e
Jaguar XJ_e again
Kia Ray PHEV Concept
Land Rover
Mercedes-Benz S500 PHEV
Mitsubishi Outlander
Porsche 918 SpyderConcept
Porsche 918 Spyder
Porsche Panamera
Toyota Prius
Volvo XC60
VW XL1 Diesel PHEV

Specialty Hybrids
Venturi Hybrids
- Venturi Astrolab

Hybrid Buses
-
GM Allison
-
Orion VII

Hybrid Motorcycles
-
eCycle

Hybrid Trains
-
Union Pacific

Hybrid Watercraft
-
Navy Zodiac
-
Canal

Hybrid Aircraft
Hybrid Airplanes

More Info
Hybrid Vehicle Blogs
Hybrid Vehicle Alerts

Site Info
Privacy
Contact Us
Link to Us
Resources


 

 

 

 

 

 

Genovation G2 Plug-In Hybrid

The Genovation G2 Plug-In Hybrid is one of a new generation of innovative, green plug-in hybrid electric vehicles (PHEVs) that runs on batteries that can be charged from a regular wall power socket, as well as from other sources. The company exists to develop and produce PHEVs for the typical environmentally caring family, using safe new technologies. The PHEV is not a new concept, but the Genovation G2 doesn't just focus on isolated, experimental aspects of the design.

Genovation has defined a set of factors it takes into account when evaluating technologies for its G2. These are what it calls its SCWARE factors, from the initial letters of Safety, Cost, Weight, Availability, Reliability, and Ease of use and maintenance. The company built up a level of expertise with its G1 vehicles, which were modified, pre-owned, Ford Focus cars. These had the internal combustion engine replaced by components to drive the engine electrically, giving buyers the opportunity to own a car that looked conventional but was electrically powered.

Not only is the G2 powered by batteries, but all aspects of the design are being looked at to see where natural and recycled materials can be used. Bamboo and jute fibres, bonded with soy based resins are being considered for the manufacture of body panels. Carpeting made of recycled plastic bottles will be marketed as proof of the G2's green credentials, rather than as a cost-saving measure. The company feels that many existing big name car makers consider the use of these materials as a green step too far. These companies are not prepared to settle for the color inconsistency that can result from recycled materials.

The Genovation G2 Plug-In Hybrid, in common with other hybrid vehicles, includes a gasoline powered engine. This acts as what the manufacturer terms a range extender. This 3-cylinder engine, custom designed by Lotus, drives an electric generator. If you're driving long distances, the extender will kick in and charge the batteries while you travel. Note that the gas engine never drives the wheels directly, it only ever turns the generator to charge the batteries. Weighing just over 1.5 tons, the car will go from 0-60mph in just under 7.5 seconds.

A major technological challenge has been the development of a thermal management system for energy efficiency through optimum use of heat. Where the heat is generated as a by-product, from the motor and from the inverter, for instance, it can be used for passenger comfort and for keeping batteries above freezing before charging in sub-zero temperatures. The main objective is to prevent heat energy being wasted by sending it into the atmosphere.

The Genovation G2 Plug-In Hybrid is driven by AC induction electric traction motors which are controlled from the inverter. This device generates AC power using the direct current of the batteries. The main power batteries are Lithium Iron Phosphate, the only type Genovation consider safe under their SCWARE factors. The auxiliary batteries that power the vehicle's control and entertainment circuits are 12v types charged from the high voltage batteries via a DC-DC converter. The finishing touch comes in the shape of the Kinetic Energy Recovery System that takes the energy derived from braking to drive the induction motors as generators to charge the batteries.



 

 

 

 

 

 

 

 

 

 

 

 


 


 

 

 © COPYRIGHT 2015 ALL RIGHTS RESERVED Hybrid Buzz