Nissan Ariya EV Production in Japan (Nissan Intelligent Factory – Tochigi Plant)

Nissan unveiled a production line at its Tochigi Plant featuring the Nissan Intelligent Factory initiative. This unique initiative supports the manufacture of next-generation vehicles using innovative technologies and contributes to the realization of carbon neutrality. Nissan also announced a roadmap to achieve carbon neutrality by 2050 at its production plants around the world.

Hideyuki Sakamoto, Nissan’s executive vice president for manufacturing and supply chain management, said, “The automotive industry is in a period of great change, and solving the global challenge of climate change is urgent. We see this as an opportunity to build the strength of monozukuri (manufacturing), a part of our DNA, to develop and apply innovative technologies to overcome the challenges we face.”

Nissan Intelligent Factory
Since its foundation, Nissan has honed its ability to manufacture vehicles through high quality and highly efficient production processes and the superb skills of the company’s takumi (master technicians). However, the business environment surrounding manufacturing is undergoing major changes. In Japan, there is a need to break away from conventional labor-intensive manufacturing to cope with an aging society and serious labor shortage. Unforeseen situations, such as climate change and pandemics, also need to be managed. At the same time, industry trends in electrification, vehicle intelligence and connected technologies are making vehicle structure and functionality more advanced and complex.

Nissan introduced the Nissan Intelligent Factory initiative at its Tochigi Plant to respond to these needs and trends. Nissan Intelligent Factory enables Nissan to:

1. Use robots that have inherited the skills of takumi to manufacture next-generation vehicles; of the highest quality,
2. Create an improved environment where a wide range of people can work comfortably, and;
3. Realize a zero-emission production system, thereby accelerating efforts to achieve a decarbonized society.

Tochigi Plant is scheduled to start production of the all-new Nissan Ariya crossover electric vehicle this fiscal year.

Achieving carbon neutrality
Nissan aims to achieve carbon neutrality across its operations and the life cycle of its products by 2050. The company aims to realize carbon neutrality in manufacturing by promoting innovations to support higher productivity in vehicle assembly, starting with the Nissan Intelligent Factory initiative, and by improving energy and materials efficiencies at plants. Plant equipment is to be fully electrified by 2050 by introducing innovative production technologies and by reducing energy use. To achieve carbon neutrality at production plants, all electricity used will be generated from renewable energy sources and or generated with onsite fuel cells that use alternative fuels.

“By rolling out the Nissan Intelligent Factory initiative globally, starting at the Tochigi Plant, we will more flexibly, efficiently and effectively manufacture next-generation vehicles for a decarbonized society. We will also continue to drive innovation in manufacturing to enrich people's lives and to support Nissan's future growth,” said Sakamoto.

Nissan Ariya Specifications:
▪ Length/width/height/wheelbase – 4,595/1,850/1,660 mm
▪ Est. kerb weight – 1,800-2,300 kg
▪ Cargo volume (AWD) – 468 (415) litre
▪ Engine – Electric

- 63 kWh
▪ Max output – 217 PS (160 kW)
▪ Max torque – 300 Nm
▪ Battery capacity – 63 kWh
▪ Drivetrain – 2WD
▪ 0-100 km/h – 7.5 seconds
▪ Top speed – 160 km/h
▪ Driving range (WLTP est.) – 360 km

- 87 kWh
▪ Max output – 242 PS (160 kW)
▪ Max torque – 300 Nm
▪ Battery capacity – 87 kWh
▪ Drivetrain – 2WD
▪ 0-100 km/h – 7.6 seconds
▪ Top speed – 160 km/h
▪ Driving range (WLTP est.) – 500 km

- 63 kWh AWD e-4ORCE
▪ Max output – 278 PS (205 kW)
▪ Max torque – 560 Nm
▪ Battery capacity – 63 kWh
▪ Drivetrain – AWD
▪ 0-100 km/h – 5.9 seconds
▪ Top speed – 200 km/h
▪ Driving range (WLTP est.) – 340 km

- 87 kWh AWD e-4ORCE
▪ Max output – 306 PS (225 kW)
▪ Max torque – 600 Nm
▪ Battery capacity – 87 kWh
▪ Drivetrain – AWD
▪ 0-100 km/h – 5.7 seconds
▪ Top speed – 200 km/h
▪ Driving range (WLTP est.) – 460 km

- 87 kWh AWD e-4ORCE Performance
▪ Max output – 394 PS (290 kW)
▪ Max torque – 600 Nm
▪ Battery capacity – 87 kWh
▪ Drivetrain – AWD
▪ 0-100 km/h – 5.1 seconds
▪ Top speed – 200 km/h
▪ Driving range (WLTP est.) – 400 km

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Video Timeline
0:00 – Body
2:30 – Paint
5:29 – Assembly
11:49 – e-Powertrain
13:21 – Quality Assurance
14:20 – Plant Exterior