Road Safety: See it, Say it, Sorted

Data insights on road safety lead to action. At Samsara’s Beyond event in Chicago David Priestman learned how transport businesses can work smarter.

Chicago is a mightily impressive city. The construction of canals and then railroads made it the perfect location for trade and Chicago became the dominant port for wood in North America, with miles of lumber yards along its riverside, receiving timber from across the great lakes. Feats such as reversing the course of the river, reclaiming land from Lake Michigan and building the first skyscrapers followed. Workers flocked from everywhere, warehousing and stockyards boomed. A fitting venue, then, for discussing logistics.

Samsara’s CEO, Sanjit Biswas, has positioned the company and its AI and IoT technology to assist transport operators with challenges such as cargo detecting, trailer location, reefer monitoring, fuel saving, EV adoption, telematics and, above all, road safety. He pictures the service as a ‘flywheel’ – a virtuous circle for customers. AI creates the insights, using Samsara’s operational data and images, which leads to recommended actions for driver coaching, asset utilisation, EV suitability and emissions.

Over the last 12 months Samsara’s platform was used for 60 billion miles of driving, 75 billion API (application programming interface) calls and 9 trillion data points. DHL are a major customer and has reported a reduction in significant accidents by a quarter, with a halving both of the cost of accidents and of driver turnover. Impressive, given that DHL considered its fleet to be safe before switching to Samsara. “We’re just getting started,” declares Biswas, as applications in other sectors, such as construction and agriculture, are sought. With 290 integration partners Samsara try to make it easy to get set-up.

Same driver pool

Brakes Food distribution, part of Sysco, has had 1500 Samsara-equipped trucks for nearly two years. Prior to that Brakes used CCTV to monitor drivers, but could only do 10% of the fleet at a time, with little feedback, no real statistics and time delays for taking out the hard drives to look at the footage. “It was telematics without context,” explains Mike Cox, head of Health & Safety, “you might find bad driving but we want to be proactive, not reactive. We’re all fishing in the same driver pool.”

With Samsara, events are delivered to line managers instantly. “We thought we didn’t have a mobile phone problem,” adds Cox, “but we spotted 40 in the first month alone. We expected just 2! If you’re a 3PL not using AI and think you don’t have a phone usage problem think again,” he advises. When Brakes trialled Samsara one driver was caught watching a film on an iPad and checking his phone. Not only was he dismissed by Cox, the driver was also reported to the police.

Now Brakes analyses harsh breaking and turns. “With incidents we know if the driver is telling us the truth,” Cox states. “We can have better conversations with drivers as we can see the context. Sometimes it’s complicated, but we have these conversations within 24 hours.” The company’s insurance costs are down by 90%, on-road events down 40%, cost-per-claim down 10%. “Overall it’s less work for managers,” he concludes, “we can spot natural harsh turns, speed bumps, potholes etc. Extra work on screen is better than going to the vehicle to retrieve the hard drive.”

Tag your assets

A new product unveiled at Beyond is the Asset Tag. The size of a key fob (see picture), it is very durable. The tag uses Bluetooth to ping any Samsara gateway device in the vicinity. As all other devices are cellular and GPS-based, providing constant connectivity, the Asset Tag can piggyback on that network to provide exact location updates for high-value items in transit, giving cloud-based visibility. It has a 4-year battery life, no door or moving parts and can be applied to totes or pallets.

Samsara tested it by freezing, dropping and even striking with a golf driver club – the tag remained intact and functioning. On a 2000 mile test trip one Asset Tag was picked up by the Samsara network 1500 times, with 200 ‘pings’ a day. The tags are being manufactured in Mexico at scale. “Creative customers will find their own solution for them,” VP or Product Platform Sean McGee told me.

Let’s go

British electrical appliance online retailer AO has a national distribution centre in Crewe plus local depots, operating a fleet of 1000 commercial vehicles. Switching to Samsara from a telematics provider, “the demo was an eye opener,” according to Holly Beveridge, AO Commercial Business Partner. “Before switching members of the public would complain to us about bad driving twice a week, but it’s much less now.”

Fraikin provide a full-service contract hire fleet to AO, equipped with Samsara devices. “Fraikin gives us access to Samsara as part of a value-added service,” Beveridge explains. “This was the key moment when we realised that the most effective way of reducing our vehicle repair bills would be to leverage Samsara.” AO report a £2.2 million saving overall, including insurance cost reductions. Spending on tyres and new windscreens is down as a result of better driving. Fuel spend and engine idling are also lower.

AO’s drivers are self-employed and the logistics operation has seasonal peaks. Next day delivery is standard, with service, installation and recycling of old appliances offered. “We handle bulky products and heavy payloads,” Beveridge informs, “there’s little automation. Goods are sack-barrowed from the loading bay.” Driver coaching used to take days, with weekly meetings typical. Each depot has a driver manager. “Now we have the driver name (not just the vehicle registration number) and can do digital walkarounds. We get vehicle alerts for speeding and harsh events. Initially there were lots of alerts, now its fewer. We call the driver when an alert happens as we have 2-man crews which makes it safe.”

AO are trialling Samsara’s dashcams, to add them to the tech used. “We’re taking drivers on a journey,” Beveridge says, “rather than imposing it. Drivers are not keen but we’ll persuade them it’s in their interest too. We still have accidents, but they’re not as big.”

Safety first

Samsara tech is also being used for forklift fleet inspection checks, using the ‘Connected Forms’ App for safety and compliance needs. Accidents trigger a report and workflows are automatically assigned, using ‘Connected Training’ which has customised courses and quizzes. Biswas told me, “we cover operational assets, including all materials handling equipment. Safety inspections are a big use case. This is part of our expansion into lots of different vehicles and we’re thinking globally.”

New APIs launched this year include lane departure warning, drowsiness/fatigue and forward collision alerts. The core set of safety training provided by the platform is based on the various alerts, which also include heavy braking, phone use, seatbelt use, tailgating and fast acceleration. This triggers training on specific behaviour and reduces the time involved for it as it’s done remotely. Alerts are meant to ‘nip problems in the bud’, rather than recalling drivers to their depot. Immediacy is best for corrections. The platform capture all the alerts in one place, so all the data is there.

Outcome is more important than hardware. “Can we get to the driver before they have an accident?” Ingo Wiegand, Samsara’s safety expert, asks. “We make that possible by spotting good drivers and bad drivers easily. We can exonerate innocent drivers on the spot due to the video footage,” which creates a good butterfly effect. The dashcam has been refreshed, for new installations and there are camera connectors for side cameras on trailers. Blindspot detection technology may be added soon. One Mexican 3PL customer, Trayecto, has a panic button for drivers, to provide security and reassure them that they are not alone. Fewer thefts means higher driver retention.

It’s Electrifying

Most Samsara customers deploy multiple solutions, including TMS and telematics. “We don’t expect to be the only tech supplier to them,” states Robert Bales, Director of Product Management. “We don’t offer order management or TMS but we overlap on work modules, routing, driver applications and digital proof-of-delivery.”

Electric vehicle adoption is an opportunity for Samsara to add further value. “Investment in charging sites is open data,” Bates adds. “We help customers see the state of the battery, charging profile and battery degradation, advising them what percentage charge is optimal to enable journeys to be completed quicker.” Europe is ahead of the USA on EV uptake. Distances are shorter and user incentives higher, with better charging facilities. It makes sense to switch to EVs, says Bales, if your fleet is mainly operating shorter routes and charging at your own warehouses and DCs, rather than opportunity charging.

One new EV is Freightliner’s eCascadia HGV truck, which can be 80% charged in 90 minutes, with a range between 155 and 230 miles. Samsara provide EV suitability analysis, looking at a vehicle’s usage, mileage and fuel cost per mile to advise which ICE trucks and vans are least efficient and should be switched to EVs first. It can make direct comparisons from mpg to kWh, or a threshold can be selected, such as a cost per mile cap to see how many vehicles should be changed. Autonomous vehicles (AVs) is the next horizon, but is not forecast to eliminate driver shortages and may bring additional costs plus the obvious challenges of charging and crossing borders. Platooning AVs in convoy is probably years away.

Deploying Samsara implies a certain amount of engagement for the transport operator. There’s a minimum of 1-2% fuel saving. Heavy users with large fleets can make 6-7% fuel and idling reductions. On a fleet of 1000 that is a big saving. Drivers can even be incentivised financially to help achieve these results. Business-savvy Chicago would approve.

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Samsara Launches Sustainable Fleet Management Solution

 

Testing a Fully Electric Truck and Trailer

In the rapidly evolving world of logistics, the shift towards sustainable transport solutions is more crucial than ever. As companies lad the charge with the implementation of battery electric vehicles (BEVs), understanding the real-world impact of these innovations is essential. Who better to provide this insight than the drivers themselves, who are at the forefront of this transformation?

In this interview, we hear directly from Arvydas, an experienced Girteka driver, who has been working for the company for over 12 years. He shares his firsthand experiences on driving a fully electric truck and trailer. His insights shed light on the practicalities, challenges, and immense potential of BEVs in modern logistics.

How much experience do you have with driving an electric truck? What was your overall impression of BEV trucks from that experience?

“I have driven two electric trucks and one electric trailer in a variety of conditions, including normal and city traffic, as well as in winter. We covered significant mileage testing these new trucks. They surprised me and everyone around. People often took pictures, asked about the experience, and uploaded videos of our Girteka electric trucks on Facebook. The trucks are incredibly quiet, with no engine noise. People just could not believe that the truck was so quiet, with no engine sound – you could barely hear it when it pulled up. Everybody is used to trucks being loud. The driving experience is quieter, smoother, and more comfortable, allowing for better concentration. It is much more enjoyable to drive these modern, improved vehicles, and leave a lasting impression for everyone.”

Was it hard to get used to driving such a truck? Is there any special training needed?

“I have been driving Volvo and other manufacturers’ trucks that Girteka provides for many years, so there was not much difference. The interior and controls are identical to conventional trucks. The main difference is in starting the machine and managing the lack of engine noise and vibration. I also had to learn some new symbols specific to electric trucks.”

How about charging? Is the whole charging process a smooth procedure?

“Charging comes with some challenges, primarily due to the lack of suitable charging stations for trucks. We need more powerful stations than those available for cars, ideally 300 kW. Unfortunately, the actual power of the station often falls short, and issues like non-functional stations or stolen wires add to the difficulty. The infrastructure needs improvement, but it is progressing. Currently, our routes are planned around charging stations, which is easily manageable with experience.”

The idea is to have the charging done during the mandatory rest breaks. Do you find that convenient?

“Yes, it is very convenient. During the charging time, we can complete paperwork, eat, walk, exercise, or simply rest. That adds a lot of comfort and flexibility for drivers. Planning rest breaks and charging based on station availability is crucial. Especially since charging times vary depending on the station’s capacity. I expect future improvements in station capacity and charging times.”

Overall, how does driving a BEV truck compare to driving a conventional diesel truck? What are the benefits and disadvantages?

“Electric trucks offer several advantages over diesel trucks. Apart from the mentioned ones, they have fewer technical issues since they lack many components prone to failure in diesel engines. There is also no risk of fuel theft, a common problem with diesel trucks. The main drawback is the current infrastructure’s inadequacy and occasional charging station malfunctions. Additionally, extreme temperatures in winter or summer can affect battery performance, requiring careful energy management.”

Are there any particular features of the truck that you found interesting?

“One surprising aspect is the reduced need for technical interventions. Issues are typically resolved by specialized workshops, sometimes even remotely, making maintenance more comfortable and quicker for the driver.”

I imagine there is chit chat among the drivers’ community regarding electric trucks. What have you heard? Are they excited about the possibility of driving these trucks? What are their concerns?

“Drivers are extremely excited about the innovation and improvements in electric trucks, just like me. The increased comfort and convenience are widely appreciated by all of us. When it comes to concerns – there are a few about emergencies and natural disasters, such as floods, and the potential dangers associated with electric batteries in accidents. Despite these worries, drivers are extremely optimistic and eager to learn and adapt to these new technologies. The overall excitement outweighs the worries, as we understand that most challenges will be resolved over time.”

We know electric trucks are less noisy, have less vibration, and zero tailpipe emissions. Also, these trucks are new – they have the latest safety features installed, including improved cabin comfort. Do you think these trucks will improve drivers’ working conditions?

“Yes, definitely. Electric trucks allow drivers to concentrate better due to the quieter operation and reduced vibration. The lack of engine noise means drivers can focus more on the road and less on the constant drone and vibrations of a traditional diesel engine, which can be both physically and mentally exhausting over long periods. The advanced safety features also provide peace of mind, allowing me to feel more secure and confident on the road. These features significantly improve working conditions for me and other drivers covering many kilometres every day.”

Could electric trucks impact driving habits? If yes, in what way?

“Electric trucks enable drivers to focus more on driving without the noise and worries about mechanical breakdowns. This reduces stress and allows us to concentrate on our job, improving overall driving habits.”

From a driver’s perspective, do you believe Europe and the road freight sector is ready to adopt electric trucks on a large scale?

“While Girteka has the financial capacity to invest in electric trucks, many logistics companies find them too expensive. The high cost is a barrier to widespread adoption, but prices are expected to decrease over time. As infrastructure improves and more advanced electric trucks become available, I believe they will become a viable option for more companies. I am proud to see that Girteka is now leading the way for other companies and making significant strides towards sustainability.”

Which sustainable trucking solution – alternative fuel, conventional diesel, electricity-powered trucks – do you think is the most suitable for medium to long-haul transportation, from your, as a driver’s, perspective?

“I believe electric trucks are the ideal solution if the charging station infrastructure is improved and new, enhanced versions of electric trucks are released, which is already happening rapidly. The first and second versions of electric trucks are available, and the third and fourth versions will soon be released, likely covering even longer distances. As the infrastructure improves and these new versions are released, electric trucks will become the most suitable option for medium to long-haul transportation, in my opinion. Various industries are moving towards sustainability and cooperating to make this transition smoother. This collective effort across industries is crucial for creating a sustainable future, and it is exciting to see how quickly progress is being made.”

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Electric Heavy Goods Vehicles in Action

 

Empowering BEV Driving Trainers

Today, the quality of road transportation services relies heavily on the skills and expertise of truck drivers. With educational programs, repeated training, and course upgrades, drivers can not only provide exceptional services to clients but also make the experience of logistics services smoother, more positive and professional. The same principle applies to sustainable transport solutions.

To equip the drivers of the largest asset-based company in Europe, Girteka, with the knowledge necessary to operate a battery-electric truck (BEV), knew that driver trainers had to be prepared first. They received individual training on BEV technology and daily utilization.

The company’s Drivers’ Academy trainers and truck drivers spoke with an expert from Volvo, and together reviewed one the manufacturer’s battery-electric trucks’ model. They also had the chance to test drive the truck and get familiar with the main differences and new features of the electric vehicle compared to a conventional diesel truck.

Comfortable Silence

“The electric truck made a huge impression. It does not feel like you are driving a truck; you almost do not hear anything,” says Singaras Čepaitis, Drivers Training Team Lead. The silence inside and outside the truck is one of the most mentioned differences between today’s battery-electric vehicles and trucks with an internal combustion engine (ICE). Trainers have concluded that BEVs provide a much better working environment, with less noise to interrupt or irritate drivers while delivering cargo.

“Driving the truck is very easy, as there are no significant differences. The control is very similar to a diesel truck, which will allow the driver to get used to the controls more quickly,” Čepaitis continues.

Continuous Learning

Maintaining a high level of proficiency among truck drivers is critical to delivering exceptional logistics services to clients. This requires not only thorough preparation and execution but also continuous collaboration with manufacturers and robust internal training programs.

“We understand that to achieve professional excellence, we must first empower our trainers with the necessary knowledge and skills. By working closely with manufacturers like Volvo, we ensure our trainers receive the most up-to-date information and hands-on experience with BEVs,” explains Andrius Žukauskas, Head of E-Mobility at Girteka.

This approach allows the trainers to effectively pass on their expertise to the rest of the company’s 12,000 drivers, ensuring they are well-prepared to operate these advanced vehicles.

Importance of Sustainable Solutions

The adoption of BEVs is a significant step towards sustainable logistics, necessitating the sector to be well-prepared for their effective use. Recognizing that the successful integration of BEVs into operations requires a comprehensive understanding of their capabilities and optimal usage strategies, Girteka reflects this in advanced training programs and by providing opportunities for real-life experiences.

“These training sessions are essential as we expand our BEV fleet, ensuring we maintain our high service standards. This initiative highlights our dedication to both environmental responsibility and professional excellence,” comments Žukauskas, adding that, “Empowering our trainers with the latest knowledge ensures that we are well-prepared to meet the evolving needs of our logistics operations and provide the best available customer experience.”

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Electric Heavy Goods Vehicles in Action

 

15 Electric Renault Trucks in Operation

Renault Trucks and Dachser are cooperating on the gradual decarbonization of road freight transport. In total, the logistics service provider is expanding its fleet by fifteen Renault Trucks vehicles. The all-electric trucks complete local and long-distance transport tours at seven Dachser locations in Germany every weekday.

Five Renault Trucks E-Tech D are already in use for Dachser. Seven more vehicles of this type and three Renault Trucks E-Tech T tractors are now being delivered. The latter are used at Dachser in Öhringen, Neuss and Langenhagen.

“We are convinced that in the long term, only those companies that position themselves sustainably will have a future,” says Alexander Tonn, COO Road Logistics at Dachser. “We therefore want to make a valuable contribution to environmental and climate protection and be a driving force for the logistics industry with measures on many levels. Bringing emission-free vehicles into practical use plays an important role in this. With Renault Trucks, we have a reliable partner with whom we can embark on what is still a long journey to decarbonise our road transports.”

As part of its sustainability and climate protection strategy, the logistics service provider Dachser is preparing for the gradual transformation towards zero-emission vehicles and the corresponding charging infrastructure. Since January 1, 2022, the company has been sourcing its electricity entirely from renewable energies worldwide. Dachser wants to steadily increase the number of BEVs (battery electric vehicles) and FCEVs (hydrogen-powered) trucks in both the local and long-distance transport networks, depending on performance, charging infrastructure and cost-effectiveness.

“At Renault Trucks, we are aware that we can only implement a long-term climate protection strategy together,” says Frederic Ruesche. “I am all the more pleased that we are working with Dachser to drive forward the reduction of CO2 emissions in the short- and long-haul segments.”

Renault Trucks claims to be the first and only manufacturer to offer its entire range as all-electric trucks. From the 2.8-tonne light commercial vehicle (LCV) to the 44-tonne truck for long-haul transport, every segment can be operated electrically. In addition, Renault Trucks also claim to be the first manufacturer to convert diesel vehicles into electric trucks in the spirit of the circular economy.

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“We Were Pioneers, Now We’re Experts” Says Renault with New Electric Range

 

Decarbonize your Supply Chain with Easy Tool

Girteka has recently launched a pioneering tool in the logistics industry known as the Battery Electric Vehicle Insight (BEVI). This tool is uniquely designed to allow businesses to evaluate the feasibility and benefits of transitioning to battery electric vehicles (BEVs) for their logistics needs without the need of purchasing additional software.

The BEVI stands as the first tool of its kind, providing the opportunity for companies to gain personalized insights into how battery electric trucks can transform their operations. By simply entering the details about their typical routes and vehicle specifications, users will receive a comprehensive report that includes total route distance, estimated energy consumption, and required charging times.

Your Step-by-Step Guide to Using the BEVI

To access the tool, analyse its potential, and receive insights on electrifying your supply chain, follow these simple steps:
1. Visit our dedicated BEV landing page at www.girteka.eu/electric-trucks
2. Scroll down and enter your planned route information into the BEVI, including the start and end points.
3. Select the type of trailer you would utilize on that route (tilt, reefer).
4. Specify the type of terrain that characterizes your route (mountainous, flat, or a combination of the two).
5. Specify the total weight of the cargo to be transported.
6. Add any required or potential waypoints along your route.
7. Enter the expected duration of loading and unloading procedures.

Tailored Solution One Click Away

Upon completion of these steps, the BEVI will process the inputs and generate a comprehensive report detailing total route distance, estimated energy consumption, required charging times, and locations. This personalized report provides a clear snapshot of what switching to BEVs for your transport needs would look like, making your supply chain more sustainable and efficient.

“With such insights, each company, whether it operates in domestic or cross-border markets, can easily check their options if they were to utilize battery electric trucks on their routes. With support from our dedicated sustainability team, we can work on individual solutions, where we adapt drafted ideas into tangible, optimized, and environmentally sustainable solutions,” describes Remigijus Stugys, Marketing Manager at Girteka.

The transition to electric vehicles represents a significant step forward in the decarbonization of road transport. However, this shift also presents challenges such as infrastructure development, initial investment costs, and operational adjustments. Tools like the BEVI help companies navigate these complexities by demonstrating feasible scenarios and use cases of adopting BEVs, accompanied by solutions tailored to the client’s specific needs and requirements.

Collaborative Approach to Sustainable Logistics

The development and launch of the BEVI underscores a collaborative approach involving customers, manufacturers, and transport companies. “Only through shared efforts and a unified vision can we effectively decarbonize the logistics sector in a way that benefits both our planet and our economies,” states Viktorija Terekė, Head of Sustainability at Girteka.

This tool offers a straightforward, easily accessible way to understand the steps toward the implementation of electric vehicles in daily logistics operations. It is designed to provide businesses with practical data, helping them make informed decisions as part of a broader effort to reduce transport emissions. Together, companies and carriers can take meaningful steps towards decarbonization, recognizing that progress requires collaboration and a series of small, but impactful actions rather than a single solution.

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Alliance to Decarbonize Road Freight Transport

 

Milestone for Autonomous Heavy-Duty Truck Commercialization

Inceptio Technology, developer of autonomous driving technologies for heavy-duty trucks, announced that heavy-duty trucks powered by the Inceptio Autonomous Driving System and its Truck Navigate-on-Autopilot (T-NOA) capabilities have surpassed the significant milestone of 100 million kilometers in safe commercial operations, reinforcing Inceptio’s global leadership in the commercialization of autonomous trucks.

This achievement underscores how L3 and L2+ autonomous heavy-duty trucks have been successfully deployed across the line-haul logistics sector, including express delivery, less-than-truckload (LTL) transportation, as well as contract logistics. This also reflects the significant value that autonomous trucks offer logistics operators.

Accelerating the Adoption of Autonomous Trucks Across the Line-Haul Logistics Sector

Inceptio-powered trucks surpassed 50 million kilometers of safe commercial operations in August 2023. Building on this success, the company expanded the number of compatible truck models and surpassed the 100-million-kilometer mark by the end of April 2024.

Inceptio’s Autonomous Driving System covers 83% of China’s national highways connecting 7 major economic zones. Over the course of the 100 million kilometers, a total of 1,864 drivers safely used Inceptio-powered L3 and L2+ trucks in their daily operations.

Current customers include all the top logistics companies in China such as ZTO Express, YTO Express, STO Express, JD Logistics, and SF Express. Inceptio has also established an extensive footprint across the contract logistics segment including cold chain, automotive, beverages, and fast-moving consumer goods among many others, serving global brands like Budweiser and Nestlé. Inceptio’s autonomous driving technology caters to a diverse user base — from big logistics companies to small fleets and individual operators.

Inceptio has partnered with several leading Chinese truck manufacturers to pre-load mass produced trucks with the Inceptio Autonomous Driving System. These partnerships have expanded the number of trucks Inceptio powers and include popular models from Dongfeng, Sinotruk, Foton and Liuqi that are available in both 4×2 and 6×4 axle configurations to meet the diverse needs of the line-haul logistics sector.

Paving the Way for Greater Commercialization

Over the course of 100 million kilometers, Inceptio has demonstrated how its autonomous driving technology and its T-NOA capabilities are paving the way for greater commercial deployment across the line-haul logistics with safer, more efficient, and profitable operations.

The majority of the routes large express delivery companies in China use exceed 500 kilometers in length. Two drivers are commonly assigned to each traditional truck on these routes and take shifts driving in order to minimize fatigue and ensure safety when meeting tight shipping schedules. Inceptio’s solution makes driving much less physically and mentally exhausting as it handles more than 90% of the journey. Express delivery companies have been able to significantly reduce the number of drivers per truck and labour costs on these same routes as a result. On routes ranging from 500 to 1,200 kilometers, Inceptio has realized a direct shift from two drivers per truck to one, resulting in a significant 40% to 50% reduction in labor costs. On routes that exceed 1,200 kilometers where an autonomous truck relay model has been deployed, a traditional assignment of 6-8 drivers per three trucks has been reduced to 5. Likewise, a traditional assignment of 8-10 drivers per 4 trucks has been reduced to 6, resulting in a substantial decrease in labour costs and improved driver satisfaction.

The benefits are equally strong for contract logistic companies, both large and small. Huatai Logistics for example, a contract logistics company specializing in automotive parts transport on routes that average 1,500 kilometers, has seen its driver-to-truck ratio decrease from two to one by using Inceptio-powered trucks. Combined with a reduction of 3-5 liters in fuel consumption per 100 kilometers, total cost of ownership per kilometer decreased by 7-15%. The stellar safety record and enhanced driving comfort offered by autonomous trucks improved fleet-attendance rates significantly and increased monthly kilometers per truck by as much as 10%.

Some individual operators have also seen increases of 10-20% in monthly kilometers per truck and 2,500-5,500 RMB in monthly net income due to the fundamental improvement of safety and driving comfort offered by Inceptio-powered autonomous trucks. The fuel-saving benefits of autonomous trucks are particularly attractive for individual operators.

Leveraging Data Assets to Enhance Inceptio’s Autonomous Driving Technology

Inceptio leverages its powerful, data-driven R&D system to rapidly iterate and enhance its autonomous driving technology. This system, which incorporates accurate and efficient data capturing, automated cloud processing, advanced scenario mining, and automatic annotation, allows Inceptio to continuously refine its industry-leading T-NOA algorithm in real-time. This focus on real-world data is a key driver of Inceptio’s competitive edge in the autonomous driving technology landscape.

Julian Ma, founder and CEO of Inceptio Technology, commented, “Inceptio’s autonomous driving technology and its T-NOA capabilities are making significant progress in their commercialization, allowing us to rapidly surpass the 100-million-kilometer milestone after hitting 50 million kilometers only eight months ago. The impact our technology is having on the logistics industry is profound. The commercial deployment of Inceptio-powered autonomous trucks across the line-haul logistics sector is exciting, but what’s truly inspiring is the creativity and innovation our customers bring to the table. This user-driven approach is pushing the boundaries of how these autonomous trucks are used, opening up new ways to deploy our technology. The more data we gather, the faster we will be able to enhance our algorithms and improve our full-stack solution. We will continue working closely with our truck OEM partners to offer even greater safety, efficiency, and profitability to logistics customers.”

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Heavy-duty Autonomous Trucks with Autopilot

 

 

Electric Heavy Goods Vehicles in Action

The transition to electric vehicles is not just a trend; it is one of the solutions to shift towards sustainable logistics whilst the industry navigates through the transition period, according to Girteka Group. As global discussions intensify around decarbonizing transport and optimizing supply chains, adopting battery electric heavy goods vehicles (HDVs) emerges as a practical and effective solution. While still in its early stages, the adoption of battery electric vehicles (BEVs) has already demonstrated potential of reductions in carbon footprints, providing a promising glimpse into a more sustainable future.

Simple but Effective Solution

Thermomax, a Norwegian transport company, part of the Girteka Group, provides heavy goods transportation services using Volvo’s BEVs for one of its domestic customers. The purpose of this solution is straightforward – to enhance the sustainability of logistics operations by replacing conventional diesel trucks with BEVs.

At the core of this project is a simple yet effective strategy: combining BEVs with intermodal rail transportation. The transportation services conducted by Thermomax in the Trondheim area of Norway involve trucks traveling approximately 150 km daily to maintain a steady flow of goods. The cargo is delivered from a railway station to a warehouse. This approach showcases a practical commitment to reducing environmental impact of transport operations while maintaining efficiency by utilizing various forms of sustainable transport in joint creation with the customer.

Constant Data Monitoring

One of today’s advantages with modern trucks and advanced telematics is the constant monitoring of the truck’s performance. All data that can be analysed is stored and available online, providing opportunities to monitor cargo transportation for both logistics companies and their customers. In this particular case of using a BEV, information about the engine’s power usage and more are being gathered during the operations. This data allows for an investigation of energy consumption levels based on distance, average parameters of consumed energy, propulsion used, or energy regeneration.

Throughout this project, the Volvo battery electric vehicle has already been travelling for five months, consuming a total of 12,600 kWh (excluding charging) while conducting deliveries. While daily exploitation of the truck differs due to specific circumstances, the system analyses average energy consumption based on 100 km driven.

From November 2023 to March 2024, the average energy consumption fluctuated around 150 kWh per each 100 km. The energy consumption varies with the temperature and on the whole year the  is expected to be lower on average than for the winter period. Throughout the total of 330 hours of driving at an average speed of 42 km/h and using cruise control at the level of more than 30%, the BEV covered more than 8,000 km.

“At Volvo, we believe in the power of collaboration to advance electric truck technology and enable our customers to electrify their transport operation. Working closely with logistics companies like Girteka Group allows us to get feedback that is crucial for improving our electric vehicles. This partnership approach ensures that we understand the needs and challenges of the industry, enabling us to develop more efficient and sustainable transportation solutions together,” says Stefan Widlund, Electromobility Director at Volvo Trucks.

Real Environmental Effect

While the current usage of electric trucks is still primarily limited to domestic transport, mostly due to infrastructure challenges, the real environmental effect can be easily calculated. However, the calculation depends on various factors, including the energy source for the electricity, ways of truck utilization, or weight of loads. Within this example, the transition to BEVs has resulted in a reduction of 6.2 tonnes of CO2 over just a few months. This figure represents a clear, measurable benefit of adopting electric vehicles in terms of reducing greenhouse gas (GHG) emissions.

“We already see in practice the positive environmental impacts of using electric trucks. Scaling up these initiatives is crucial, and it requires a deep understanding of the challenges involved. By continuously analysing our experiences and sharing the benefits through co-creation with all partners in the Supply Chain, we aim to demonstrate to our customers the real advantages of transitioning to battery electric vehicles. This approach is not just about improving our operations; it is about leading the way in sustainable logistics for the entire industry,” summarizes Mark Mulder, Chief Commercial Officer at Girteka.

While individual effects can still be discussable, the scale makes a difference. Taking into consideration that more than 6 million trucks are currently circulating in Europe, even a small step like this can make a difference. The shift to electric heavy goods vehicles is a crucial step towards a sustainable future in logistics.

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Girteka Group Launches Educational Campaign on Sustainability

 

Carbon Reporting Technology for Greener Road Transport

Coyote Logistics is increasing its efforts to make road transport greener by incorporating innovative carbon reporting technology from Pledge, a carbon reporting platform for freight forwarders, into its operations. This move represents another important step towards building a more environmentally friendly future for logistics.

By integrating Pledge’s GLEC-accredited and ISO 14083-aligned carbon reporting technology, Coyote Logistics will offer its customers a clear picture of the emissions produced by their supply chains. This initiative underscores Coyote’s commitment to environmental responsibility as the Amsterdam-based 3PL company is not only dedicated to providing top-quality logistics solutions; but also focused on moving the road transport industry towards a more sustainable future.

To meet the sustainability demands in this sector, they are actively working to reduce road transport emissions across Europe. This approach is consistent with Coyote’s customer values of driving more sustainable road freight by optimizing routes, implementing fuel-saving driving techniques and using zero-emission vehicles.

Carbon Reporting Technology

Environmental considerations play a key role when choosing a logistics service provider. By choosing Pledge, Coyote offers its customers a reliable foundation on which to entrust their green logistics requirements and enables them to comprehensively report emissions across their logistics operations, helping them make choices consistent with their environmental goals.

Joep Kusters, SVP Head of Europe at Coyote Logistics, emphasizes the active role in shaping a greener future: “We do more than just dream of a more sustainable future; we are actively building it. Our work with Pledge demonstrates our shared commitment to caring for the environment. This is a significant step towards creating a healthier planet for future generations.”

David de Picciotto, CEO and Co-founder of Pledge, said: “Coyote Logistics is leading the way in sustainable road freight in Europe by implementing some of the most ambitious green initiatives in the industry. Integrating our GLEC-accredited and ISO 14083-aligned carbon reporting technology will further facilitate their ambitious climate goals, offering customers a clear picture of their supply chain emissions and the insights they need to reduce them. We’re excited to witness the positive impact working together will have for sustainable logistics.”

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Companies Focused on Sustainability; Supply Chains Play Integral Role

 

Pathway for Reducing Vehicle Emissions

Geodis has pledged to reduce its scope 1 and 2 greenhouse gas (GHG) emissions by 42% and reduce the carbon intensity of subcontracted transport (scope 3) by 30% by 2030 compared to 2022.

Confronted with the climate emergency, GEODIS is committed to a process of reducing its carbon emissions through the application of a science-based approach (the Science Based Targets initiative, or SBTi), in compliance with the goal of the Paris Agreement to limit global warming to 1.5° C. This commitment concerns both direct and indirect emissions.

GEODIS has set targets of 42% for the reduction of the GHG emissions generated by its fleets of vehicles and its buildings (scopes 1 and 2) and 30% for the carbon intensity of subcontracted transport (scope 3) by 2030, by comparison with the base year 2022. These targets have been submitted to the SBTi for approval.

Marie-Christine Lombard, Chief Executive Officer of GEODIS, said: “For many years, GEODIS has been working seriously alongside its customers and partners on measuring and reducing its impact on the climate. Our new goals will further speed up the process, and they establish GEODIS as one of the most committed companies. This new phase is fully in line with the Group’s ambition to make its lines of business more sustainable and to provide our customers with innovative, sustainable and ethical logistics offerings.”

To achieve these ambitious objectives, GEODIS has defined pathways for each Line of Business and geographic region, and has taken account of all the levers necessary for decarbonization.

With regard to its own fleet, GEODIS plans to continue the transition towards alternative vehicles and modes using carbon-free or bio-sourced energies and installing suitable infrastructures for refueling and charging. Collaborative innovation is key to these transformations. As far as last-mile deliveries are concerned, GEODIS has already set a target of providing low-carbon delivery services in 40 French cities by the end of 2024.

Alongside the transition of its own fleet, GEODIS is carrying out measures to reduce GHG emissions on all forms of transport involved in its operations. Its plan entails the use of sustainable marine fuel (SMF) and sustainable aviation fuel (SAF), giving support to customers seeking to optimize their flows and implement appropriate modal shifts, and permanent optimization of the efficiency of the resources employed (the latest generation planes, ships and vehicles; optimized loading and itineraries). This transformation depends on selecting subcontractors on the basis of their practices and commitments, and on supporting small road transport companies to help them carry out their own technological transition.

Reducing the carbon emissions of sites assumes a 40% improvement in overall energy efficiency as well as the availability of a minimum of 90% of low-carbon energy. Projects for new sites incorporate the most stringent environmental requirements.

Measures to achieve optimization, whether they concern routing, loading or the energy efficiency of vehicles or sites, make heavy use of increasingly sophisticated digital tools that are very much part of GEODIS’s ongoing innovation projects.

This transformation relies greatly on the commitment of GEODIS teams. A vast awareness campaign has given them a thorough understanding of climate issues, the principle being the more they understand, the better they will act. Meanwhile, the Group’s senior executives already have a climate criterion incorporated into the variable portion of their remuneration. In addition, environment-related criteria are taken into account in decision-making processes associated with acquisitions and investments.

Electric Semi-trailers and Trucks in Chile

The first fully electric sets of semi-trailers and trucks are in operation in Chile for transporting cargo in the Americas. The historic milestone is the result of a partnership formed by Randon, the largest semi-trailers manufacturer in Latin America, and the Chilean mining company SQM. The company completes the delivery of units from the exclusive Hybrid R line, equipped with pioneering e-Sys auxiliary traction technology, from Suspensys, for application in the transport of the ore extraction process in Chile.

Among the new features of the operation is the development of an electric Tank semi-trailer model for transporting lithium brine, in a customized configuration for the complexity of the production process in which it is applied. The other model, which is also already in operation, is a dump truck for the transport of ore, which has achieved significant results in reducing fuel consumption and component wear when combined with a truck with a combustion engine.

The partnership also has the mediation of the distributor Epysa, Randon’s representative in the Chilean market, and the carrier Nazar, which will carry out the operation of the all-electric sets in the mining area. SQM, one of the world’s leading lithium producers which has the lowest carbon footprint on the market, has acquired the sets of electrical equipment in accordance with its Sustainability Plan, where it commits to be carbon neutral in all its business lines by 2040 – in the specific case of lithium by 2030.

The use of Randon‘s semi-trailers equipped with e-Sys technology allows the Chilean company to have some of the first 100% electric cargo transport sets in the world, since the company has high-tonnage electric trucks in the fleet of its operations. With the use of the Hybrid R models, the estimate is a significant reduction in operating costs for the customer.

“Another delivery that confirms the potential for global transformation that this sustainable technology can offer to logistics and transportation. We believe that cooperation and the construction of disruptive solutions are the way forward for the evolution of electromobility. We are proud to be at the forefront of this trajectory, together with strategic partners to execute this challenge”, celebrates Randoncorp’s CEO, Sérgio L. Carvalho.

With an innovative and sustainable concept, the Hybrid R line has the exclusive e-Sys electric auxiliary traction system, which acts on the recovery of energy generated during descent and braking movements, for complementary application as an extra force in the traction of the set. This movement can generate up to 207 hp of additional power to contribute to traction on climbs and overtaking. The complete solution was pioneered by Randoncorp through a partnership between Randon, Suspensys and Randon Technological Center.

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