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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Sustainable Practices in Logistics

The logistics sector is actively seeking sustainable solutions to environmental challenges. But what are the real examples of sustainable logistics services solutions? The use of battery electric vehicles (BEV) and electric trailers is an innovative step in this direction. Take a look at the first available testing period of a fully electric truck and trailer done in collaboration between Nestle, Girteka, Volo, Schmitz Cargobull, and BP Pulse.

The Role of BEV and Electric Trailers in Sustainable Transport

In our journey towards sustainable logistics, the adoption of battery electric vehicles (BEV) and electric trailers is one the most mentioned solutions. “As today’s world addresses main challenges, one of them especially touches the logistics – it is decarbonization. And here is where Battery Electric Vehicles supported by electric trailers can be one of the solutions,” summarizes Viktorija Terekė, Head of Sustainability. Recent joint activity from Nestle, Girteka, Volvo, Schmitz Cargobull, and BP Pulse, was aiming and testing fully electric solutions for short deliveries.

This initiative represents a crucial step toward zero-emission logistics, emphasizing the broader impact of leaders’ efforts on the environment. As highlighted by Harry Baxter, EV Fleet Sales Driector for BP Pulse in Europe, ” In terms of e-mobility being a solution then, so we see that approximately 25% of emissions globally are from transportation. And the fact that electric vehicles have zero tailpipe emissions makes it an obvious choice.”

However, the discussion is still ongoing where BEV and how can be used. As the discussion is maintained many companies are already testing and trying to find a common understanding and solution that will combine customer needs, manufacturers possibilities, infrastructure capabilities and availability, and logistics companies to conduct and combine all relevant stakeholders. “The path to decarbonization cannot be walked alone. It necessitates an unprecedented level of collaboration,” highlighted by Viktorija Terekė.

Sustainable Electric VehicleAddressing Challenges and Advancing Solutions

Implementing battery electric vehicles (BEV) and electric trailers comes with its set of challenges, particularly around infrastructure and technology. During the test as well as after the discussion is still ongoing. A critical aspect of this transition is infrastructure. The need for charging stations and maintenance facilities for electric and alternative fuel vehicles is immediate.

Meanwhile, Mathias Fleischer, Supply Chain Director from Nestle points out the progress and hurdles in electrical transport: ” Electrical transport has come a huge way when you look from years ago till today because now today we can run ranges up to 250 and 300 kilometres which is much better like it has been years before. Still, the charging facilities we need to improve. We need to find the way how we do the optimal charging and how we do the optimal payload on this one.”

However taking into consideration the structure of today’s heavy goods transportation, there is hope. “We know that if you look at all the goods in Europe, 45% are traveling less than 300km per day. This is also a range that we easily can handle today without charging. If you then charge, you will have a significantly longer range. That means that we have examples of our trucks running up to 640km per day, with some top-up charging during the day. Charging takes 90 minutes from 0 to 80%, but in many cases, you only charge from 30 to 80% during the day. And that means that you can do it during a scheduled break of 45 minutes,” informs Stefan Widlund, Electromobility Director at Volvo Trucks.

“The path to an expansive and efficient EV charging network is paved with collaboration—spanning industries, innovators, and policymakers. Through strategic partnerships, like this, we are tackling the immediate need for more charging stations. We’re building out a big network where that is high power charging. The trucks with trailers at a 40-ton size can pull through these bays. There’s no uncoupling of those trailers. You’re not adding to that downtime, but having to uncouple a trailer, leaving in an unsecured position. So it makes the operations much smoother and safer. And that network means that truck operators are flexible as well to travel and know there’s charging available. The second point then would be convenience. So having charges in convenient locations, but also having convenient options for drivers,” explains Baxter, BP Pulse.

Envisioning the Future of Sustainable Transport

The collaborative effort in utilizing battery electric vehicles (BEV) and electric trailers is not just about addressing today’s challenges, that is not only the topic of infrastructure but also the capabilities of today’s solution and cost-oriented solution. “Currently, costs of electromobility are very much dependent on the cost of batteries. The biggest question mark for any business case is how much I have to invest versus what is the outcome. If shippers are not ready to pay more because goods are transported in an electric reefer, then it gets critical. Pay-off needs to come by the operation itself. That’s why we have decided to reduce the battery capacity. It can safely guarantee operations for a minimum of five hours, but it doesn’t cost as much as you have a bigger battery pack that also reduces payload, so where the economy is very much critical,” explains Boris Billich, CSO from Schmitz Cargobull.

Despite challenges, when facing it as a partnership, as it was with this case, BEV and E-trailers can be one of the solutions to achieve ambitious goals. “Electric trucks have a lot of advantages, a lot of positive things. You don’t have the diesel, you don’t have the CO2, and the noise is much less than it has been before. So it’s a no-brainer once we get the technology into place. That is the best way how we can move forward from here. That’s important,” summarize Fleischer, Nestle.

The collaboration with partners such as Nestle, Volvo, Schmitz Cargobull, BP Pulse, and Girteka in this project is invaluable. First and foremost, the collective action and shared commitment among these diverse yet synergistic partners underscore the necessity to act together.

“Open dialogue is fundamental in this collaboration. It ensures that all parties, from a global food and beverage leader like Nestle to an automotive and trucking pioneer like Volvo, and from a trailer manufacturing expert like Schmitz Cargobull to energy specialists like BP Pulse and logistics providers, are on the same page,” ends Viktorija Tereke.

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EV Truck Megawatt Charging System Early ’24

Having recently commissioned the UK’s fastest EV charger and the UK’s largest truck charging depot, Vital EV is raising the bar once again by being among the first to offer a MegaWatt Charging System (MCS) to help decarbonise the truck industry.

Whereas electric vehicles now make-up more than 1-in-6 car and 1-in-20 van sales in the UK, less than 1-in-100 newly-registered trucks are electric. Charging infrastructure has been highlighted as one of the key barriers preventing the electric transition in the HGV sector, which now makes up more than 25% of the total CO2 emissions from transport.

The Kempower MCS from Vital EV is ideally-suited to truck charging applications, providing up to 1.2 MegaWatts (1,200kW) of ultra-rapid DC charging and adding up to 372 miles of range during a 30-minute charging session.

The new charging solution is based on Kempower’s existing hub-and-spoke architecture, with the two Kempower Power Units coupling up to accommodate up to 24 50kW power modules (1,200kW or 1.2MW). This power is then dynamically distributed to the liquid-cooled Satellite Chargers – which have been fitted with the new MCS plug and, with a footprint of less than 0.25m², boast the highest power-to-footprint ratio on the market.

The MCS plug has been specifically designed to deliver the higher charging power required by heavy-duty vehicles like trucks and there are currently no plans to replace the CCS2 connectors used in lighter EVs like cars and vans.

Alex Rae, General Manager & Director at Vital EV, commented: “Decarbonising the truck industry is crucial for the UK’s net-zero strategy and we are delighted to be among the first to market with a viable charging solution for overnight, destination and en-route applications. With our background in industrial power engineering and a range of ground-breaking EV charging projects already under our belt, we are ideally placed to deliver critical MCS infrastructure projects and we look forward with excitement to working with the truck industry to make that fundamental switch to electric.”

Through the ZERFT (Zero Emission Road Freight) programme, the UK government has committed £200m until 2030 to developing infrastructure and lay the foundations for the most advanced electric truck charging networks, known as the ‘Electric Highway’.

As part of the ‘Trust’ aftersales support, Vital EV’s Networks team will continuously monitor the status of the chargers via our Occulus charging management portal, and carry out planned and reactive maintenance – including over-the-air (OTA) updates – to maximise charger uptime.

 

Electric Trucks used for Container Transport

Skaraslättens Transport is Sweden’s biggest provider of container transport on the roads, hauling 850-900 containers daily to all Swedish container ports. The lion share goes to the Port of Gothenburg, and today the haulage company deployed two electric trucks on container flows to the port – with a third truck joining them shortly.

“We don’t want to be standing on the side-line when the transition takes place – we want to be leading the way, and we’re also seeing our customers increasingly requesting sustainable transport operations. With that in mind, this was a pretty easy decision to make,” says Johan Söderström, CCO at Skaraslättens Transport.

Climate-smart – but an economic challenge

Even though electrical power is a superior alternative with regard to the carbon footprint, it is not an investment to be made without meticulous planning. Heavy electric trucks have different properties and are relatively expensive compared with their fossil equivalents.

“Economically, it’s a challenge, and it’s an investment with a longer payback time. So customers that want to use our electric trucks for their transport needs are urged to sign longer agreements with us, which is something we find that they understand. People are prepared to take a broader view and think outside the box,” says Johan Söderström.

The new vehicles do of course also have limitations in terms of their range. It’s a matter of finding the right flows and transport patterns, close to easily accessible charging infrastructure. During the night, the vehicles will be charged at the port’s vehicle terminal, which is operated by Logent Ports & Terminals.

The Port of Gothenburg also has public charging facilities already available in the middle of the port. Cirkle K’s station at Vädermotet has six chargers for heavy trucks each with charging power of 360 kW. In 2023, additional public charging stations will become available in the central areas of the port.

“It provides peace of mind to have public charging in the port, to supplement our depot-based charging. We’ll probably need to have some top-up charging capacity, but it’s difficult to say how much right now. There’s only one way to find out exactly how it’s going to work in practice, and that’s to dive in and give it a go. We’re now really full of anticipation, and it will be great to be able to show Gothenburg our new vehicles,” says Johan Söderström.

Launch pad for broader development

Skaraslättens’ three electric trucks represent an important milestone for the Port of Gothenburg, yet at the same time they are just the beginning of a development that will accelerate during 2023, with more haulage companies and freight forwarders preparing to deploy electric heavy trucks. DFDS is one example, as they will be deploying many of the more than 120 electric heavy trucks they have on order in flows at the Port of Gothenburg later this year. This is a rapid development, which the Gothenburg Port Authority welcomes and wants to continue to support.

“It’s really great to see the transition happening here and now. From the port’s perspective, it’s important that we continue to lower the thresholds for those wanting to make the transition to a climate-smarter transport system,” says Elvir Dzanic, CEO at the Gothenburg Port Authority.

2021 year saw the launch of the Tranzero Initiative project to increase the rate of transition in the transport sector, with a special focus on land-based transport to and from the port. The project is a collaboration between the Gothenburg Port Authority, the Volvo Group, Scania and Stena Line. In 2023, additional charging infrastructure will be available, and two hydrogen stations are to be built for heavy trucks. Electric heavy trucks already have priority in many port terminals, and additional Tranzero Initiatives are being prepared at the port to offer greater incentives and speed up the transition.

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