Sustainability is at the heart of everything Nissan does, from the vehicles we design to the materials we source and the manufacturing processes we employ. As one of the pioneers of mass-market electric mobility, we understand that true sustainability extends far beyond zero tailpipe emissions. It encompasses the entire lifecycle of a vehicle and, crucially, the batteries that power it.
The Journey of an EV Battery
Every Nissan electric vehicle battery begins its life as a collection of raw materials — lithium, nickel, manganese, and cobalt — sourced through supply chains that Nissan is working to make more transparent and responsible with every passing year. These materials are assembled into battery cells at dedicated facilities, then configured into the battery packs that power the LEAF, ARIYA, and future electric models.
A typical Nissan EV battery is designed to last the lifetime of the vehicle. The LEAF's battery has demonstrated remarkable longevity, with many first-generation vehicles still retaining over 75 per cent of their original capacity after more than a decade of daily use. This durability is a testament to Nissan's battery management systems, which carefully regulate charging and discharging cycles to minimise degradation.
Second Life: Batteries Beyond the Car
When an EV battery eventually reaches the end of its useful automotive life — typically when capacity drops below 70 to 80 per cent — it still has enormous value. Nissan has been a pioneer in developing second-life applications for retired EV batteries. These batteries can serve as stationary energy storage units for homes, businesses, and even entire communities.
At the Johan Cruijff Arena in Amsterdam, repurposed Nissan LEAF batteries provide backup power and energy storage for the stadium's solar panels. In Japan, retired batteries power streetlights and provide emergency backup for disaster relief shelters. Here in the UK, Nissan's partnership with Eaton has produced the xStorage home energy system, allowing homeowners to store cheap off-peak electricity or solar energy in a repurposed LEAF battery.
Recycling: Closing the Loop
Once a battery has completed its second life, the final stage is recycling. Nissan is investing heavily in closed-loop recycling processes that recover valuable materials from spent batteries and feed them back into the production of new cells. This approach reduces the need for virgin mining, lowers the environmental footprint of battery production, and ensures that critical materials remain in productive use for as long as possible.
Our Sunderland facility is at the centre of these efforts in Europe. The planned EV Hub at Sunderland will integrate battery production, vehicle assembly, and recycling into a single campus, minimising transport distances and creating a genuinely circular manufacturing ecosystem.
Manufacturing with Purpose
Nissan's commitment to sustainability extends to every aspect of our manufacturing operations. The Sunderland plant is powered by a combination of renewable energy sources, including on-site solar farms and wind turbines. Water recycling systems have dramatically reduced freshwater consumption, while waste-to-energy programmes ensure that manufacturing byproducts are repurposed rather than sent to landfill.
These initiatives are part of Nissan's Ambition 2030 strategy, which sets ambitious targets for carbon neutrality across the entire value chain by 2050. Key milestones include:
- 100 per cent renewable electricity at all global manufacturing facilities by 2030.
- 40 per cent reduction in supply chain carbon emissions by 2030.
- Full carbon neutrality across operations and vehicle lifecycle by 2050.
- 15 new electric models launched globally by 2030.
What You Can Do as a Nissan Owner
Sustainability is a shared responsibility. As a Nissan owner, you can contribute by charging your EV with renewable energy tariffs, maintaining optimal tyre pressures for maximum efficiency, using eco driving modes, and participating in Nissan's battery health monitoring programmes. Together, every small action adds up to meaningful environmental impact.
The road to sustainable mobility is a journey, not a destination. With every electric mile driven, every battery given a second life, and every gram of material recycled, Nissan is proving that the automotive industry can be a force for positive environmental change.