Suzuki Unveils Decade-Long Strategy For Energy-Efficient And Carbon-Neutral Vehicles | Auto News

The company added that it will further evolve the lightweight and safety body “HEARTECT” and work to minimise energy consumption through weight reduction technology. The HEARTECT platform is a lightweight platform developed by the company and is used in many Suzuki models. The company will also develop electric vehicles that minimise energy consumption by combining components that embody “Sho-Sho-Kei-Tan-Bi,” such as a small and efficient electric unit, and a small and light battery.

Earlier, the company used a linear economic system in which the flow of raw material extraction, product manufacturing, utilisation, and disposal was unidirectional. This caused mass consumption of energy, resource depletion, and environmental destruction. However, the company will now achieve minimal energy consumption with a circular economy, which aims to save resources by designing products that can be easily disassembled for recycling and reuse.

The company also highlighted that the core of their strategy is the philosophy of “Sho-Sho-Kei-Tan-Bi,” which emphasises the importance of creating value for customers through smaller, fewer, lighter, and shorter designs. The company added that it is also investing in lean-battery electric and hybrid vehicles. 

By combining optimal components tailored to different regions and usage conditions, the company aims to provide customers with the most energy-efficient electric vehicles possible.

“With the aim of providing our customers with the most energy-efficient electric vehicles based on the renewable energy ratio and usage conditions in each country and region, Suzuki will be developing electric vehicles that minimise energy consumption by combining components that embody ‘Sho-Sho-Kei-Tan-Bi,’ such as a small and efficient electric unit, and a small and light battery,” said the company.

Additionally, Suzuki is working on high-efficiency engines, advanced driver assistance systems, and easy recyclability and disassembly designs to promote a circular economy and reduce environmental impact.