Dynamic Voyage Optimization Platform used by MOL

Mitsui O.S.K. Lines, Ltd. (MOL) has decided to introduce the dynamic voyage optimization platform ‘Wayfinder’ developed by Sofar Ocean from the USA to its group’s operating vessels, aiming to reduce GHG emissions by improving fuel efficiency.

Wayfinder provides the optimal speed and route for safe and efficient navigation to each ship daily. These recommendations leverage real-time weather forecasts based on information from Sofar’s global network of ocean sensors, the ship’s fuel efficiency calculated using a data-driven model, and market and safety constraints. The Dashboard shows a vessel’s current route, the suggested route optimized by Wayfinder and real-time weather and voyage information.

The ocean sensor ‘Spotter buoy’ (pictured), developed by Sofar, collects ocean data such as wave spectra, wind, sea surface temperature, and atmospheric pressure in real time, and is used by various government agencies. By combining the collected ocean data with weather data from satellites and other sources, Sofar’s weather forecasts, including wave field predictions, are up to 50% more accurate than other operational forecasts. Waves have a significant impact on the efficient operation of a ship, and Sofar’s weather forecasts are expected to be impactful in this regard.

In a trial with 40 of MOL group’s operating vessels, it has confirmed an average fuel/GHG emission reduction of about 6% per voyage. More than 80% of the captains participating in the trial have highly evaluated the convenience of the platform and accuracy of the weather and ocean forecasts, and MOL has decided to introduce it to its group’s operating vessels as a platform that contributes to further safe and efficient navigation.

MOL Group aims to achieve net zero GHG emissions by 2050 and reduce GHG emissions intensity by 45% by 2035 (versus 2019) under the ‘MOL Group Environmental Vision 2.2.’ The introduction of Wayfinder is a measure that contributes to the achievement of these goals, and MOL will continue to expand the number of vessels using the platform across the group. We will further promote the digital transformation of maritime operation by utilizing a common platform for vessels and operators, realizing real-time information sharing.

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Wait Times for Transiting Ships Back to Normal Levels Due to Panama Canal Measures, Improving Weather

 

New Clark Sales Partner for Morocco

Clark Europe has gained a new contractual partner for Morocco in Techniplus. The market leader for the maintenance and repair of vehicles in port handling in Morocco will take over all sales activities for Clark Europe in Morocco in future. With this strategic step, Clark aims to further expand its sales activities in the North African market.

Techniplus was founded in 1991 in Casablanca and is owned by Motherwell Bridge Industries Ltd. based in Malta. The company is managed by Amine Rfiqi. The company’s core competences lie in the provision of high-quality industrial equipment solutions and after-sales services for the industrial, logistics and port handling sectors. Its customer base includes operators of the largest Moroccan ports in Casablanca, Tangier, Agadir and Jorf Lasfar as well as well-known companies from the industrial, steelworks and mining sectors.

Techniplus offers its customers a comprehensive range of services, including sales, rental, spare parts and lifetime maintenance and repair services. The company is also active in this segment in Mauritania, Senegal, Tunisia and Algeria. The Casablanca site has sales offices, a warehouse and a workshop covering a total area of 500 m2. The company currently employs a total of 52 people in administration, sales, workshop and warehouse – 41 of whom work in customer service alone. Techniplus has further service centres in Tangier, Agadir, Jorf Lasfar and Safi.

Techniplus offers its customers in Morocco the complete Clark range of services. In addition to the sale of all forklift truck classes and warehouse trucks, this also includes the supply of Clark spare parts and accessories. A comprehensive range of services including rental and financing as well as a comprehensive technical service for new and used Clark industrial trucks rounds off the range of services. The highly qualified service technicians receive regular training and are equipped with the latest tools and technologies. Techniplus offers its customers both on-site and off-site service options.

“With Techniplus, we can welcome a very experienced partner with in-depth expertise in the logistics sector to our team. We are very pleased to be able to further expand our sales in Morocco with our new sales partner. We wish Techniplus every success in their new role,” says Rolf Eiten, President & CEO at Clark Europe.

“Our cooperation with Clark Europe is an significant milestone for Techniplus. It enables us to expand our product offering and provide our customers with reliable and innovative industrial trucks. We look forward to a continued and prosperous partnership,” said Amine Rfiqi, Managing Director of Techniplus, at the signing of the contract.

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Clark Europe Introduces New Management

 

Libiao Robots Deployed at French Hub

Kuehne+Nagel has introduced a new robotised order sorting system from Libiao Robotics at its multi-client Châtres warehouse, situated south-west of Paris, France. The new technology is designed to improve productivity, accommodate high volumes during peak times, develop collaborative technologies to support human resources, and reduce repetitive manual tasks.

Logistics provider Kuehne+Nagel is automating its Châtres logistics centre in the Seine-et-Marne region by deploying collaborative autonomous mobile robots (AMRs) supplied by Chinese company Libiao Robotics. Kuehne+Nagel claims it is the first third-party logistics provider (3PL) in France to use automate order sorting in such a way, and the first of its warehouses worldwide to be equipped with the technology.

Dedicated to fulfilling orders for customers in the eCommerce and fashion sectors, the Libiao solution, “enables teams to maintain continuity of operations while remaining flexible and responsive, particularly during seasonal peaks or site changes”, explains Christophe Vandrome, Contract Logistics Director at Kuehne+Nagel France.

The robots – nicknamed ‘mini yellows’ by Libiao Robotics and its customers thanks to their distinctive colour – receive packed and pre-labelled parcels in their tilting platforms from warehouse operatives and transfer the parcels to the correct bin ready to go out for delivery. As well as saving time, the collaborative technology has led to a reduction in error rate, which is now close to zero, according to Kuehne+Nagel.

The integration of collaborative robots in warehouses is necessary, particularly in sectors where seasonal variations in volumes are significant. Robotic technologies are effective solutions for managing these fluctuations, not least because of their ease of use.

These collaborative robotic technologies, “are designed to meet customers’ needs while focusing on the well-being and efficiency of employees”, adds Vandrome. “Our teams are delighted to have these robots, because they enable them to reduce the drudgery of logistics tasks and concentrate on higher added-value operations such as personalising parcels.” The robotisation of the facility is also leading to the creation of new jobs and new skills in areas such as robot maintenance.

With around 50 Libiao AMRs, the Châtres installation was integrated by Körber Supply Chain Software, Libiao’s global partner-integrator for the past three years. The solution is a further building block in a wider project to adopt collaborative, flexible and scalable technologies. In an initial, successful pilot project, Kuehne+Nagel set up a system of nine Libiao robots deployed as part of a Robots-as-a-Service (RaaS) approach to help sort parcels, envelopes and goods. Thirty per cent of the orders placed during the last peak season were processed using the sorting robots during this first phase. The company has now gone one step further with a wider deployment of a new generation of robots to consolidate items by order.

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LiBiao Robotics Opens Frankfurt HQ

 

Great Forklift Power Comes with Reliability

Mitsubishi Forklift Trucks has launched 6.0–12.0 tonne electric counterbalance truck, the largest electric model in the range. Built for heavy-duty operations including heavy industrial and engineering, oil and gas, timber, and ports, the new FB60-120N(H) Series sets new standards for manoeuvrability and versatility.

Mitsubishi Forklift Trucks models have long been known for their best-in-class ergonomics and legendary reliability. FB60-120N(H) is no exception.

With 4WS the front axle drive motors turn in separate directions, resulting in better grip and precise handling. The rear axle boasts a full 101-degree steering capability, with dual drive motors for instantaneous and smooth turning on the spot, reducing risk of damage to your site and loads. This tighter turning can allow you to cut 1.5 metres off aisle widths, affording you greater storage density potential.

H models feature Four Wheel Steering (4WS) which grants exceptional manoeuvrability, even in narrow spaces, and reduces tyre wear. Low Noise Lift features the quietest hydraulic pump on the market and contributes to an incredibly low overall noise level of only 65 dBA. Each model features a rubber-sealed cabin that minimises microvibrations and reduces noise in the cabin, making for a more comfortable, stress-free environment.

A low overhead guard option is available on all models — even up to 12 tonnes — allowing the truck to be used in container applications. Single-tyre models are also available for a narrower profile, so it’s simple to specify one of these trucks to do heavy work in confined areas.

These are just some of the features which Mitsubishi Forklift Trucks say makes the brand a favourite with owners and operators alike. The spacious, open cabin allows drivers of various sizes to easily find comfortable driving positions while benefitting from an extra-large low step to ensure that entering and exiting the truck is as safe as possible. This all helps to minimise fatigue on the longest of shifts to keep your operators happy, productive, and healthy.

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Autonomous Robotic Piece-Picking System

 

sennder to Acquire C.H. Robinson’s European Surface Transport

Today, sennder Technologies GmbH, a digital road freight forwarder in Europe, announces the acquisition of the European Surface Transportation (EST) operations of global logistics provider C.H. Robinson, one of the world’s largest logistics providers with $22 billion in freight under management and 20 million shipments annually. Through this transaction EST will become part of sennder and may deliver significant growth potential, unlock the full power of network density and technology for the European road freight industry, and accelerate decarbonization efforts.

The combined business will become a Top 5 Full Truck Load (FTL) player in Europe, with a combined revenue of EUR 1.4 billion, with 1700 staff and a European footprint that stretches to more than 20 locations. This will further sennder’s mission to create an efficient and sustainable road freight network in Europe, essential for delivering the products and goods that drive the European economy.

David Nothacker, CEO of sennder, says: “This acquisition will be pivotal in advancing sennder’s roadmap. With its vision to accelerate global trade to deliver products and goods that drive the world’s economy, C.H. Robinson aligns strongly with sennder’s mission and values to create an efficient and sustainable road freight network in Europe. sennOS, the technological powerhouse behind sennder, requires scale and volume density to unlock its full potential. This M&A transaction gives us that scale. We are deeply impressed by the EST team from C.H. Robinson, and with our combined business and enhanced talent pool, we can deliver substantial growth and operational scale, accelerating our European expansion in road freight and increasing network density and
digital capabilities for the benefit of carriers, shippers, and the wider industry. We are excited to welcome the EST team, and embark on the next chapter of sennder’s journey.”

David Bozeman, President and CEO of C.H. Robinson says: “I am convinced that sennder will be a great home for the EST business and will provide good continuity of service to EST customers. We are confident in this strategic decision to drive more focus in our organization and pleased to see the potential for growth and opportunity that this transition brings for the EST team. To win, we
need to focus on what sets us apart and build upon our competitive advantages. While we remain committed to our global forwarding and managed services presence in Europe, and continuing to invest in the region, this clarity of investment is important for the long-term success of our business and employees as well as the value and impact we can offer our customers and carriers.”

EST is one of the leading FTL providers in Europe. It provides a highly complementary offering to sennder, integrating 30 years of industry expertise from the C.H. Robinson team with sennder’s
technology capabilities. Through the transaction, a total of over 6,500 shippers and over 15,000 carriers will become part of the sennder network. sennder and C.H. Robinson are working closely with all groups to ensure a smooth transition that maintains the high standards of service that both sennder and C.H. Robinson’s customers and employees have come to expect.

With the acquisition, sennder continues to enhance and broaden its service offering and furthers its mission to create an efficient and sustainable road freight network in Europe. The combined business will unlock a step change in network density and data capabilities: it will expand shipper and carrier propositions through access to efficient network planning, and to competitive capacity as well as to a broader array of freight opportunities via sennder’s proprietary platform, sennOS.

sennOS, tailored specifically to the European road freight market, will be available to EST customers, giving them access to the most technologically advanced platform in Europe. sennOS will facilitate the integration of the new unit by enhancing efficiency in load management. Shippers will have access to sennOS to digitally manage their transports, gaining full control and visibility over their trucking operations, and accessing the largest and greenest digital carrier network in Europe. Carriers will benefit from higher utilization, fewer empty kilometers, faster payments, and technology that reduces their administrative workload. All customers will benefit from a boost in efficiency in load management, increased operational transparency, and superior service quality.

The closing of the transaction remains subject to only to the completion of the corporate structuring of the EST business unit to be acquired, as well as mandatory employee consultations and
applicable merger control proceedings and is expected to close in Q4 2024. sennder was advised by Evercore on the financial side and Taylor Wessing on the legal side. Terms of the transaction are not disclosed.

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Sending Freight Together

 

Electric Forklift brings ICE-like Performance

Hyster has launched new integrated lithium-ion battery powered forklifts that deliver robust performance, comparable to an internal combustion engine (ICE) lift truck. The Hyster® J2.0-3.5XTLG series, capable of lifting up to 3.5 tonnes, can be used in both indoor and outdoor operations, providing a durable, flexible option with zero exhaust emissions.

“Many industrial businesses are looking to drive down emissions and are keen to replace ICE models with electric fleets. But they need to do so cost-effectively, while maintaining high performance and productivity,” says Fraser Brash, Product Manager for Hyster. “The new Hyster lift trucks are a competitively priced, emission free option with tried and tested toughness built in.”

The design features up to 34% better through mast visibility, a spacious weatherproof cabin, large superelastic tyres and high ground clearance, so operators can maintain productivity over uneven surfaces and through challenging weather conditions. The new Hyster electric models can not only be used inside industrial warehouses, but also outside in yards or loading areas in the wood, metals, chemical or construction materials industries.

Lithium-ion battery power also delivers productivity benefits. Opportunity charging trucks during breaks helps maximise uptime across shifts, while the battery itself requires zero maintenance. Eliminating engine servicing and battery changes also helps save valuable operational time.

Lithium-ion charging can be more efficient compared to charging a lead acid battery, providing users with more power, without additional cost. Compared to an ICE counterpart, energy costs can typically be halved with the new Hyster models. The lift trucks also represent value with a long battery life and a 5-year warranty included.

Customers can choose from models with either 154V or 115V batteries to match power requirements with operational intensity. The Hyster J2.0-3.5XTLG also includes a larger battery capacity than many competitors as standard, to power longer run times and reduce downtime.

“When you combine lithium-ion power with Hyster toughness, you get Clean Power that Means Business – a lift truck solution fit for strict emissions regulations, which keeps productivity high, and costs low,” adds Brash.

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Hyster Highlights Robotic and Lithium-ion Technology

 

How is the ‘Uberisation’ of Warehouses Changing Supply Chains?

Warehouse ‘uberisation’ is changing supply chain, writes Steve O’Keeffe (pictured below), Regional Vice President of UK&I, Epicor.

We live in an ‘on-demand’ economy. Amazon’s ‘Last Mile’ logistics model, as well as platforms like Uber, Airbnb and a whole host of others, has led consumers to expect near-instantaneous delivery of products and services. This has set high standards across industries, compelling businesses to rethink their supply chain strategies to keep up. The nature of this ‘on-demand’ paradigm, alongside the growing trend towards the ‘uberisation’ of warehouses, is drastically reshaping the supply chain landscape. This shift involves converting underused spaces into strategically located micro-warehouses, bringing products closer to customers.

By decentralising their warehousing network and integrating these localised storage facilities, companies have reduced delivery times and improved customer satisfaction. But why are local warehouses important?

Local warehouses have become crucial in the modern supply chain. Unlike large, centralised warehouses that serve broad geographic areas, these facilities can be situated closer to urban centres and densely populated regions. This proximity allows for quicker last-mile deliveries, which are often the most time-consuming and expensive part of the delivery process, a hallmark of Amazon’s renowned efficiency. Local warehouses play a vital role in the modern supply chain, not just for their geographic location but also for their versatility. They can be established in diverse types of locations, such as garages, unused office spaces, and even within retail shops, maximising space and reducing overhead costs.

Challenges for Business Leaders

While the uberisation of warehouses offers many advantages, it also presents challenges for supply chain managers. Ensuring security and safety within these unconventional storage spaces is essential, necessitating investment in robust security systems and insurance policies to protect against theft, fire, damp, and structural damages. This is crucial for safeguarding inventory and maintaining customer trust.

Steve O’Keeffe

The fragmentation of the warehousing network also requires careful coordination and integration between each element of the supply chain to prevent disruptions and inefficiencies, demanding a strategic logistics approach, where technology is vital for providing visibility.

The Role of Technology

Technology is the lynchpin in modern warehousing. Advanced warehouse management systems and real-time tracking technologies enable businesses to maintain precise oversight of inventory across multiple locations. These systems enhance visibility, allowing for rapid decision-making and agile response to market demands. The integration of IoT and AI also unlocks huge potential. IoT devices can monitor the warehouse environment, ensuring ideal storage conditions and reducing the risk of damage to goods, while AI algorithms can analyse vast amounts of data to optimise routing, predict demand, and streamline operations. Businesses must adopt scalable and flexible technological solutions to remain competitive in this dynamic environment. The ability to quickly adapt is critical.

Speed and Convenience

The uberisation of warehouses represents a transformative shift in the supply chain landscape, driven by the need to meet rising consumer expectations for speed and convenience. While this model brings strategic advantages, it also presents challenges in security, coordination, and tech integration. However, with a solid tech-savvy strategy, businesses can thrive in this new landscape, staying resilient and competitive. The future of warehousing is clear: tech-driven, decentralised, and ultra-responsive to today’s consumer needs.

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Logistics Software Specialist Runs New Warehouse at Full Capacity

 

 

Reusable Pallet Shipper helps Pharma save on Disposal Costs

CSafe, the provider of active and passive temperature-controlled shipping solutions for the pharmaceutical industry, has announced the launch of a new reusable pallet shipper – the Silverpod MAX RE – with a host of updated features. The new and improved product will help pharmaceutical customers around the world save on disposal costs, meet their sustainability targets and improve logistical transparency during the shipping journey.

CSafe has taken its globally recognized, single-use Silverpod MAX passive pallet shipper and enhanced it for reuse to create Silverpod MAX RE – a highly durable PCM pallet shipper made entirely of reusable components. This product directly assists the industry in hitting newly-imposed and increasingly stringent sustainability targets, contributing to a more sustainable shipping industry.

New features also include a built-in TracSafe RLT data logger for tracking the location of the shipment, which integrates with CSafe Connect (CSafe’s integrated digital supply chain ecosystem). This enables customers to get real-time visibility of their shipments throughout the entire journey. It also monitors payload temperature, external ambient temperature, shock, tilt and GPS location.

The new shipper, which offers 120+ hours of qualified thermal protection, is made from durable exterior panels with extended edge and corner cap protection that can be used time and time again. It’s supplied via a rental model where CSafe fully manages the life cycle and return of the product, eliminating disposal costs and inconvenience for the customer. The product is supplied flat-packed for the most cost-effective delivery, storage and assembly.

Patrick Schafer, CSafe CEO, said: “Reusability and quality are a major focus for pharmaceutical businesses needing to meet their sustainability targets, and we want to make it as easy as possible for them. With the Silverpod MAX RE, we’ve turned one of our best-loved flagship shippers into a fully sustainable product, while maintaining the high quality and best-in-class technology that CSafe is known for.”

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CSafe Expands European Cold Chain Offering With Kalibox Acquisition

 

The Pathway to Success in Logistics Technology

Innovate and thrive to follow the pathway to success in logistics technology, writes Tim Dunn (pictured) of Phoenix Equity Partners.

In the ever-evolving world of logistics, technology is the key to enhancing efficiency and propelling companies towards their strategic goals. The logistics technology sector has undergone significant advancements in recent years, contributing to improved asset utilisation, enhanced driver safety, and better overall planning. Below, we’ll explore the critical components that have moved the sector forwards. We will also address a pressing question: What features are essential for a competitive edge in the logistics tech space?

Recent advancements driving progress

Recent technological advancements have revolutionised logistics technology, significantly boosting efficiency and ESG compliance efforts. Cutting-edge resources like in-cab telematics, Transport Management Systems (TMS), multi-modal software planning solutions, and fleet tracking and monitoring technology have been instrumental in this transformation. In-cab telematics offer real-time data on vehicle performance and driver behaviour, enhancing safety and operational efficiency. The adoption of TMS has grown, allowing for improved planning and utilisation of assets, leading to reduced fuel consumption and emissions, aligning with fundamental ESG goals.

Multimodal software planning solutions optimise logistics across different transportation systems, improving overall efficiency. Companies are also making greater use of enhanced tracking systems, allowing them to better manage their fleets, leading to cost savings and improved overall service. The integration of these technologies has had a profound impact on the industry. Better planning through TMS has not only optimised asset utilisation but also reduced idle times and unnecessary trips. Furthermore, advanced telematics tools have improved driver health and safety, further advancing ESG goals. While progress is clear, collaboration between different systems and networks remains limited, increasing the importance of platform marketplaces.

The power of platform marketplaces

Platform marketplaces are essential in the logistics tech landscape, offering a range of benefits that foster a more integrated and collaborative environment. As open networks, users can plan across multiple fleets and logistics providers. Unlike traditional TMS, which is generally confined to a single fleet, these marketplaces enable wider collaboration and optimal resource management. Additionally, smaller logistics companies can benefit from the scale and efficiency of larger networks. Palletways, one of Phoenix’s most successful investments, thrived by leveraging this technology. User-friendly and free from the complications of legacy technology, they also offer a variable cost model that makes them accessible to a wide range of users without hefty upfront expenses.

The characteristics of a successful logistics technology business

There are several key features that should define a successful logistics technology business. First, being asset-light is crucial. Businesses that do not own significant physical assets can remain agile and reduce overhead costs, allowing them to scale quickly and adapt to shifting market dynamics. Expertise in a specific market niche or segment is another invaluable trait. Companies that leverage deep industry knowledge can offer tailored solutions that meet unique customer needs. Successful businesses also capitalise on macro trends such as the growth of e-commerce and the digital transformation of manual processes to serve ongoing demand for advanced logistics solutions.

Data is another driver of success. Incorporating compliance data into core logistics solutions ensures that businesses meet regulatory requirements and can demonstrate their commitment to sustainability objectives. Finally, a scalable technology platform is a hallmark of any successful business, enabling it to handle increased demand and expand functionality without extensive need for reengineering.

The successful businesses in the logistics technology sector are those that have harnessed technology advancements, leverage platform marketplaces, and embody core characteristics, such as being asset-light and leveraging specific industry knowledge. By focusing on these elements, logistics technology companies can drive efficiency, enhance the employee experience and achieve sustainable growth. Logistics technology doesn’t stand still and embracing change will be key to a smarter, better-connected industry.

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Connectedness and the supply chain at the heart of business success

 

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

 

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