The Biomega SIN CUV Has a Slim Design for Better Economy
Michael Hemsworth — November 14, 2018 — Autos
References: sin.biomega & yankodesign
Range anxiety is one of the major points of concern that many drivers have about electric vehicles, so the Biomega SIN CUV has been designed to solve this issue with an intentionally minimal aesthetic.
The vehicle offers four passengers with ample space without compromising on overall efficiency and has a two-part battery that will offer up to 160kms of range per charge. The four-wheel drive vehicle has a top speed of 130km/h and features an in-hub motor that produces 160 Nm of torque, which will calm concerns about power from those presently driving gas-powered vehicles.
The Biomega SIN CUV identifies what can be done in the way of urban electric transportation and gives us a glimpse into the near future of what will likely be debuting on city streets.
The vehicle offers four passengers with ample space without compromising on overall efficiency and has a two-part battery that will offer up to 160kms of range per charge. The four-wheel drive vehicle has a top speed of 130km/h and features an in-hub motor that produces 160 Nm of torque, which will calm concerns about power from those presently driving gas-powered vehicles.
The Biomega SIN CUV identifies what can be done in the way of urban electric transportation and gives us a glimpse into the near future of what will likely be debuting on city streets.
Trend Themes
1. Minimalistic Electric Vehicles - Designing electric vehicles with a minimalistic aesthetic to improve efficiency and reduce range anxiety.
2. In-hub Motors - Developing in-hub motors for vehicles to address the concerns about power supply from gas-powered vehicles.
3. Two-part Battery Design - Innovating the two-part battery design to offer longer ranges per charge for electric vehicles.
Industry Implications
1. Electric Vehicle Manufacturing - Manufacturing companies should focus on minimalistic design and improving battery technology to address range anxiety.
2. Automotive Engineering - Automotive engineers can incorporate in-hub motors and innovative battery designs to create efficient electric vehicles.
3. Smart City Transportation - Including minimalistic electric vehicles with longer ranges as a part of smart city transportation systems to reduce carbon footprint and improve efficiency.
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