The concept is based on a standard Nissan Ariya, upgraded with high-performance photovoltaic modules on the hood, roof, and tailgate, covering a total area of approximately 41 square feet (3.8 m²). These high-efficiency solar cells convert sunlight directly into DC power, which is fed into the vehicle’s energy management system. Developed in collaboration with solar-mobility specialists, the modules are designed to integrate seamlessly into the bodywork, maintaining the SUV’s sleek aesthetic without significant design changes.

Initial real-world testing has shown promising results. Under ideal sunny conditions, the Ariya’s solar modules can provide up to 14.3 miles (23 km) of additional range per day. Barcelona: Averaged approximately 10.9 miles (17.6 km) per day. Dubai: Averaged approximately 13.2 miles (21.2 km) per day. London: Despite frequent cloud cover, the system still gained roughly 6.3 miles (10.2 km) daily. Beyond just extending range, Nissan notes that this solar system could significantly reduce charging frequency—by 35% to 65%, depending on driving habits. During a two-hour, 50-mile (80 km) drive, the system generated up to 0.5 kWh of clean energy, adding roughly 2 miles (3 km) of zero-emission range while on the move.

The project was co-developed by engineering teams from Nissan’s Advanced Product Planning unit in Dubai and its Powertrain Planning team in Barcelona. While currently a technology demonstrator, the solar-powered Ariya provides a vision for how Nissan aims to reduce dependence on external charging infrastructure and lead the next phase of sustainable mobility.