2711P-RDB7CX After five years, the all-electric single-seater Formula racing championship returned to China
On and off the field, ABB technologies and solutions help reduce emissions and improve efficiency
China is ABB’s second largest market in the world, and ABB is committed to playing an important role in China’s energy transformation and industrial upgrading process
The ABB FIA Formula E World Championship will return to China with its first visit to the Shanghai International Circuit, bringing a feast of passion and speed to the audience.
At that time, 22 drivers will compete on the 12 corners, 3.05 km long circuit. The desi2711P-RDB7CX gn inspiration of its track layout comes from the Chinese character “Shang”, which means positive and enterprising spirit.
“The return of the ABB FIA Formula E World Championship to China is very encouraging. Since its first race in Beijing in 2014, ABB Formula E has continued to show the world the limitless potential of electrification and sustainable mobility. “In China, ABB is actively promoting industrial upgrading and energy transformation, providing leading power and automation solutions for many projects to increase electrification, improve energy efficiency and reduce carbon emissions.”
Last season, ABB applied its innovative ABB Ability™ OPTIMAX® energy management software solution to the Formula E FE World Championship, helping to significantly improve energy efficiency at the race site. Off the field, the technology has applications in the wider industrial and energy sectors. A famous university located in the Guangdong-Hong Kong-Macao Greater Bay Area, when constructing an integrated campus energy station, fully exploited the energy cost advantages of local power plants in steam supply, cooling storage and peaking and valley electricity prices at diffe2711P-RDB7CX rent times, and applied dynamic optimization technology to create a multi-energy complementary operation mode of centralized cooling. ABB OPTIMAX® dynamically predicts load demand through weather forecasting and optimizes the energy supply side in real time, balancing cooling demand in an economical way
