Nissan unveils first electric version of its Juke small SUV, with vehicle to grid

Nissan has introduced the third generation of its Juke small SUV, marking the first time the model will be available as a fully electric vehicle. Built on the Renault-Nissan-Mitsubishi Alliance’s CMF-EV platform, the new Juke was revealed at Nissan’s Vision Event in Japan. The electric Juke is set to be a key component of Nissan’s strategy to expand its electric vehicle offerings in Europe, signalling a significant step in the company’s commitment to zero-emission mobility. The new Juke will be manufactured at Nissan’s Sunderland Plant in the United Kingdom, which already produces the Nissan Leaf. Production trials are expected to commence shortly, with speculation that the Juke may share battery options similar to the Leaf’s recently upgraded 52kWh and 75kWh packs. While detailed specifications remain scarce, Nissan has confirmed that the vehicle will feature vehicle-to-grid (V2G) technology, allowing the car’s battery to feed energy back into the grid, enhancing its utility beyond just transport. Nissan executives have emphasised the Juke’s distinctive design and its role in broadening consumer choice within the electric vehicle market. Clíodhna Lyons, Nissan AMIEO’s regional vice president for product, brand, and marketing strategy, highlighted the model’s bold design heritage and its evolution into the electric era. The company sees the electric Juke as a way to attract new customers and expand its electrified vehicle range, reinforcing Nissan’s broader electrification ambitions. The introduction of the electric Juke with V2G capability could have wider implications for the UK’s energy ecosystem, potentially supporting grid stability and renewable energy integration. As Nissan prepares to ramp up production, the model’s success may influence future electric vehicle development and infrastructure partnerships. The launch underscores the growing importance of versatile EVs that not only serve as transport but also as active participants in energy management.