Environment Technologies

• XTRONIC CVT

  This is a newly developed compact CVT which features a unique sub-transmission. ratio coverage that surpasses 7-speed automatic transmission, as well as a significant efficiency improvement.
• The New Generation XTRONIC CVT

  The CVT (Continuously Variable Transmission), with its non-step gear change, offers not only smooth acceleration, but also a good fuel consumption level due to its gearing selection, and a powerful drive, thanks to the ability to select a transmission curve which is combined to the optimal engine rpm according to the vehicle speed.
• “New hybrid system (for front-wheel drive vehicles)”

  To contribute to CO2 reduction by fitting hybrid systems into vehicles of various kinds regardless of their drive mechanisms and vehicle types. Nissan has moved another step closer towards this dream.
• “PURE DRIVE”

  In order to reduce the total amount of global CO2 emissions, Nissan believes it is important not only to develop and circulate zero emission vehicles such as electric vehicles and fuel cell vehicles, but also to improve the fuel economy of engine-powered vehicles.
• Next-generation Fuel Cell Stack

  The fuel cell has been trialled and introduced in a variety of fields from 1000kW class electric power stations to 100W power source for ordinary homes.
• “LEAF to Home” Electricity Supply System

  EVs are currently gathering attention as a car able to be charged at home. The times are surging forth, however. Present technology makes things function the other way, allowing the cars to in fact supply the household with energy.
• “Wireless Charging System”

  The characteristic of the EV is that it may be easily charged in parking spaces, whether at home or at work. EVs, which were previously charged by connecting the cable, have evolved even further.
• “Zero-emission Leadership”

  To realize a sustainable society, Nissan is committed to “becoming a leader in zero-emission vehicles” and is targeting the circulation of Zero-Emission Vehicle which emits no CO2 while traveling.
• Environmental Undertaking

  In order to steadily advance towards the ultimate goal, Nissan has devised a mid-term environmental action plan, the“Nissan Green Program”, and all group companies are taking action in order to achieve its goal.
• 3-Cylinder 1.2-liter Direct Injection Gasoline Engine Supercharger

  The HR12DDR is a newly developed 3-cylinder 1.2-liter direct injection gasoline engine with supercharger that aims to achieve class-leading low CO2 emissions.
• Hybrid Vehicles

  The new hybrid vehicle was developed to improve environmental performance while also pursuing Nissan's objectives of direct response. The system incorporates a lithium-ion battery to improve fuel economy while also "fulfilling driving pleasure" .
• Hybrid System

  The new hybrid system was developed to improve environmental performance while also pursuing Nissan's objectives of direct response. The system incorporates a lithium-ion battery to improve fuel economy while also "fulfilling driving pleasure".
• Lithium-ion Battery for Hybrid Vehicles

  The lithium-ion battery developed especially for hybrid vehicles are designed to improve acceleration and fuel efficiency. While they remain the same size as conventional lithium-ion batteries, they realize twice the power, allowing for strong acceleration, and they regenerate more easily, recapturing more energy in regenerative braking.
  
• Lithium-ion Battery

  For the commercialization of electric-powered vehicles, Nissan has been developing lithium-ion batteries - one of the key technologies.
• Electric vehicles and environment-friendly towns

  With the spreading use of cleaner energy and construction of infrastructure like park-and-ride lots and non-contact charging stations, cities and towns and the lives of the people living in them will be richer and more attractive. Nissan is working to help build societies where EVs are common.
• ECO Pedal

  The newly developed ECO Pedal system - the world's first technology of its type - is designed to assist drivers in fuel efficient driving through control over excess fuel consumption during start and acceleration. Nissan plans to commercialize the ECO Pedal by fiscal 2009.
• Reducing CO2 Emissions From Internal Combustion Engines

  Under the Nissan Green Program 2010, the company is working to raise the efficiency of internal combustion engines to the ultimate level. Nissan is developing technologies to cut engine emissions of CO2 by 30%* from the current level by 2015. (*Note: Goal for the engine itself)
• Clean Diesel Technology : Newly developed Diesel Engine M9R

  The M9R engine introduced in Europe from 2007, combines all the elements of power, quiet engine, and affordability. This clean diesel engine drastically reduces NOx and PM emission levels.
• Next generation XTRONIC CVT

  Nissan will begin introducing it globally to improve the fuel efficiency of gasoline-powered vehicles.
• VVEL (Variable Valve Event and Lift system)

  NISSAN's newly developed Variable Valve Event and Lift (VVEL) system for realizing unprecedented balance of responsiveness and power, fuel efficiency and low emissions.