Heavy-duty electric trucks for a sustainable future

(Commonwealth_ The transition to electric vehicles (EVs) is not merely a passing trend but a pivotal solution for achieving sustainable logistics, as emphasized by Girteka Group. Amid escalating global discussions on decarbonizing transportation and optimizing supply chains, the adoption of battery electric heavy goods vehicles (HDVs) is emerging as both a practical and effective strategy. Despite being in its nascent stages, the integration of battery electric vehicles (BEVs) has already demonstrated significant potential for reducing carbon footprints, offering a promising vision for a more sustainable future.

A Simple but Effective Solution

Thermomax, a Norwegian transport company and a part of the Girteka Group, exemplifies this shift towards sustainability by employing Volvo’s BEVs for one of its domestic clients. The goal of this initiative is straightforward: to enhance the sustainability of logistics operations by replacing conventional diesel trucks with BEVs. This initiative reflects a simple yet impactful strategy, integrating BEVs with intermodal rail transportation to optimize efficiency and minimize environmental impact.

In the Trondheim area of Norway, Thermomax operates its BEVs over a daily route of approximately 150 kilometers. This route connects a railway station to a warehouse, ensuring a continuous flow of goods. By combining BEVs with rail transport, Thermomax showcases a practical approach to reducing the environmental impact of logistics operations. This strategy not only maintains operational efficiency but also leverages various forms of sustainable transport, developed in collaboration with their customer.

Constant Data Monitoring

A significant advantage of modern trucks equipped with advanced telematics is the ability to constantly monitor performance. All relevant data is stored and accessible online, enabling both logistics companies and their customers to track and analyze cargo transportation in real-time. For BEVs, this data includes detailed information about engine power usage and other operational metrics, allowing for thorough analysis of energy consumption based on distance, average energy parameters, propulsion methods, and energy regeneration.

In the ongoing project with Thermomax, the Volvo BEV has been operational for five months, during which it has consumed a total of 12,600 kWh (excluding charging) while making deliveries. Although daily usage of the truck varies due to specific operational circumstances, the system provides average energy consumption data based on 100 kilometers driven. This level of data granularity helps in understanding and optimizing the energy efficiency of BEVs, further supporting the case for their broader adoption in logistics.

Practical Implications and Future Prospects

The adoption of BEVs in logistics, exemplified by Thermomax’s operations, highlights several practical benefits and future prospects for sustainable transport. Firstly, the shift to BEVs significantly reduces greenhouse gas emissions, contributing to global efforts to combat climate change. This transition is crucial as the transportation sector is a major contributor to global emissions.

Secondly, integrating BEVs with intermodal transport solutions, such as rail, enhances the overall efficiency and sustainability of logistics operations. This combined approach ensures that goods are transported using the most energy-efficient methods available, reducing reliance on fossil fuels and minimizing environmental impact.

Furthermore, the continuous monitoring and data analysis capabilities of modern BEVs provide valuable insights into their operational performance. This information helps logistics companies optimize their routes, improve energy consumption, and reduce operational costs. The ability to monitor and analyze data in real-time also allows for proactive maintenance, reducing downtime and increasing the reliability of BEV fleets.

Looking ahead, the investment in infrastructure, such as charging stations and renewable energy sources, will be essential to support the widespread adoption of BEVs in logistics. Additionally, advancements in battery technology and increased production capacities will further drive down costs and enhance the performance of BEVs, making them an even more attractive option for logistics companies.

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