The TRIUMPH project, part of the Office for Low Emission Vehicles’ Low Emission Freight and Logistics Trial in partnership with Innovate UK, will see Kuehne + Nagel introduce four fully electric lorries: two range extended electric vehicles and two liquid nitrogen cooled refrigeration vehicles. Operating across a range of temperature-controlled transport routes, these vehicles will be used to make food deliveries to Whitbread hospitality brands, such as Costa and Premier Inn. This is the first trial of its kind to provide real-world performance data to make the business case for investment in zero emission capable trucks and zero emission temperature controlled transport.
Working in partnership, Cenex will manage data collection and mapping for the trial, while Microlise develops a supporting telemetry system and Tevva provides zero emission running strategies – based on the real time air quality measurements captured by EarthSense. Finally, Emissions Analytics will be responsible for measuring trial vehicles’ emissions and range capability.
“We look forward to working with Cenex, Kuehne + Nagel and the other project partners, to better understand the true air quality and carbon reduction improvements electric vehicles and nitrogen cooling technologies can offer the logistics industry,” commented Professor Roland Leigh, Technical Director of EarthSense. “However, predicted CO2 savings and reductions in Particulate Matter emissions are only a guide; the true test will be when these technologies are monitored on daily transport routes within the TRIUMPH trial.”
The Zephyr sensor used by EarthSense to capture real-time air pollutions measurements is compact, lightweight and portable, and can be operated in static or mobile mode. Measuring pollutants such as Nitrogen Dioxide (NO2) and Ozone (O3), the Zephyr can also be calibrated to measure Particulate Matter (PM), Sulphur Dioxide (SO2) and Carbon Monoxide (CO).
EarthSense Systems is a joint venture between aerial mapping company Bluesky and the University of Leicester.