Power Electronics, a leading Valencian company in the manufacture of solar inverters for photovoltaic plants, will be the main sponsor of the Aspar Team in the electric category
Power Electronics and the Aspar Team share a vision of a more sustainable and electrified future and together, as the Power Electronics Aspar Team, they will compete in the MotoE World Championship, proving that electric mobility and top-level racing can go hand in hand.
Riders Kevin Zannoni and Jordi Torres will be in charge of fighting to take the Power Electronics name to the top of the podium. The MotoE World Championship, in which nine teams and eighteen riders compete, has become a benchmark in the promotion of sustainable mobility and innovation in motorsport. This season has seven events, each with two races, in seven different countries in Europe: it will start in May in France, continue in the summer in the Netherlands, Austria, Hungary, Spain (Barcelona) and San Marino, and finish in November in Portugal.
Power Electronics, a leading Valencian company in the manufacture of solar inverters for photovoltaic plants in Europe, Oceania and America, and a world leader in the manufacture of energy storage inverters, once again demonstrates its leadership in the electric mobility sector with this alliance that underlines the company's commitment to high-level sport and its vision of a more sustainable future. In addition, the multinational will become the title sponsor of the Moto2 class at the Grand Prix of the Americas and the Australian Grand Prix.
About Power Electronics
Power Electronics is the leading manufacturer of solar inverters for photovoltaic plants in Europe, Oceania and the Americas, and the world's leading manufacturer of energy storage inverters. Its products are present in almost 2,000 plants in 36 countries around the world. The company, which has been in business for 37 years, has carried out more than 3,000 solar and energy storage projects. The Spanish multinational closed the year 2024 with an installed AC power capacity of 120 GW, which has avoided the emission of more than 119.42 million tonnes of CO2 into the environment.