Completed Clean Energy Engineering

Strategic Drive for Low Emissions Commercial Vehicles

In plain English

AI plain-English summary

Twenty plug-in hybrid Ford Transit vans will hit London streets in mid-2017 as a test fleet to see how the technology performs in real commercial use. The problem is straightforward: commercial vans are a major source of urban air pollution and CO₂ emissions, but pure electric versions often lack the range and payload capacity businesses need. Plug-in hybrids offer a middle ground—short trips on battery power, longer runs on petrol—but their real-world performance in stop-start city driving, with different operators and loads, has not been rigorously tested. This project fills that gap by putting the vans into actual delivery and service fleets and measuring air quality, fuel costs, and CO₂ savings. If the trial confirms that plug-in hybrids can cut emissions without sacrificing utility, it could accelerate the shift to low-emission commercial vehicles across UK cities. That would directly improve urban air quality—something that affects everyone who breathes city air—and help fleet operators reduce running costs. The feedback from the trial will also allow engineers to fine-tune battery size, motor power, and control systems, creating a template for affordable zero-emission-capable vans that businesses can actually use.

View original technical description
The project will be placing 20 plug-in hybrid electric (PHEV) Ford Transit customs into London during mid-2017. These vehicles will be an advanced proof of concept fleet aimed at evaluating the performance of the Hybrid in a commercial vehicle platform over a range of inner city operations with a range of operators. The projects outputs will allow confirm the air quality, CO2 benefits and operating costs from using the plug-in hybrid in the inner city environment. The project will support the optimisation of the hybrid systems allowing fine tuning to component sizing and systems balances via real world feedback. This is a strategically important project that will move the bench mark for commercial vehicle emissions and provide a technology path that offers zero emissions capability combined with excellent vehicle utility and an affordable cost model.

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Original classification

BEIS-Funded Programmes

Plain English summaries and category classifications on this site are generated by AI and may not perfectly reflect the original research.