Approved Technologies and Their Benefits
There a compliance reward of 1 g CO₂/km for deploying each of these technologies in a vehicle:
- Automatic Start-Stop Systems
- Regenerative Braking
- Tyre Pressure Monitoring Systems (TPMS)
- 6-Speed or Higher Transmissions
- High-Efficiency Alternators & Motor Generators
- LED Exterior Lighting
- Electric Water Pumps
- Advanced Glazing & Solar-Reflective Paint
- High-Efficiency Air-Conditioning Systems
The integration of energy-efficient electrical components, such as LED exterior lighting, plays a direct role in reducing a vehicle's carbon footprint by optimising power consumption. Traditional halogen or HID bulbs draw a lot of current from the vehicle's electrical system, which places a heavy continuous load on the engine-driven alternator. By switching to LED systems, automakers cut lighting power consumption by up to 80%. This drastic drop in electrical demand reduces the mechanical resistance the alternator exerts on the engine, thereby lowering fuel consumption and preventing unnecessary tailpipe emissions during everyday driving.
Then, maintaining optimal physical contact with the road is another crucial factor, which is why Tyre Pressure Monitoring Systems (TPMS) are highly valued under the new draft regulations. When tyres drop below their recommended pressure levels, the rubber deforms, creating a larger contact patch that spikes rolling resistance. The engine is then forced to work much harder and burn more fuel just to maintain a steady speed. A Tyre Pressure Monitoring System prevents this hidden inefficiency by providing real-time alerts to the driver.