Sustainable & Decarbonized

Make Mobility Sustainable & Decarbonized

Make mobility sustainable & decarbonized by reducing the environmental impact of transportation and minimizing emissions throughout the transportation value chain and vehicle lifecycle.

Electrification

Addresses the transition from fossil-fuel-powered transportation to electric power, aiming to reduce emissions and dependence on non-renewable energy sources. This applies to cars, trucks, busses, rail, aviation vehicles and micro-mobility vehicles.

EV Components & Batteries

Focuses on the development and optimization of EV parts, such as electric motors, power electronics, thermal management systems, or advanced batteries with longer lifespans and faster charging and safety mechanism to enhance vehicle performance, increase driving range, and reduce costs

Energy Storage & Management

Focuses on improving the range, performance and longevity of EVs through usage of energy with technologies such as energy recovery systems, energy harvesting or predictive analytics of battery performance

Charging Infrastructure

Focuses on improving accessibility, speed, efficiency and integration with renewable energy sources such as fast, wireless or robotic charging options, smart charging systems, bi-directional charging, charging network connectivity and grid-integrated charging.

Sustainable Resources

Aims to significantly lower the ecological footprint and improve energy efficiency throughout the entire lifecycle of mobility solutions and vehicles.

Clean Energy Sources

Focuses on transitioning to renewable, and low-emission energy options or alternative fuels to power transportation systems, such as hydrogen fuel cells and solar arrays.

New Materials

Emphasizes the development and use of environmentally friendly materials in the production of vehicles and infrastructure, such as biodegradable composites, aiming to reduce the ecological impact and enhance recyclability.

Circular Economy

Promotes the principles close loop recycling to minimize waste and maximize resource efficiency throughout the lifecycle of vehicles, infrastructure and related services such as tires, vehicle body, batteries.

Sustainable Manufacturing

Concentrates on adopting production practices that minimize environmental harm, reduce resource consumption, and promote sustainability throughout the production lifecycle of vehicles, components, and infrastructure such as low carbon manufacturing solutions or sustainable battery production through green mining and material sourcing.