Triathlon Batterien GmbH

Who Is the Client

Triathlon Batterien GmbH company logo

Triathlon Batterien GmbH is a prominent German manufacturer based in Glauchau, specializing in the production and distribution of high-quality batteries for industrial trucks and electric vehicles. Operating on a global scale, they export advanced battery systems and accessories to markets all over the world. As a key player in the energy storage industry, Triathlon is known for its technical excellence, but as their export volume grew, they sought a more structured way to manage the complex logistics of shipping heavy industrial goods internationally.

What Was the Issue?

Before partnering with EasyCargo, the export team at Triathlon Batterien faced significant hurdles in their shipping department. Managing the logistics of industrial batteries is a double challenge: they are not only bulky but also exceptionally heavy. Their planning process for overseas containers was largely unstructured, leading to a constant “guessing game” regarding how much could safely fit into a single container. This lack of precision often resulted in under-utilized space or, conversely, the dangerous risk of overloading, which could lead to port penalties and safety hazards.

Key challenges:

  • Unstructured Planning: Lack of a clear system for overseas container load planning.
  • Overloading Risks: Frequent danger of exceeding weight limits due to the heavy nature of batteries.
  • Inefficient Space Utilization: Inability to achieve maximum container capacity.
  • High Freight Costs: Increased shipping expenses due to low load density and additional shipments.

How Did We Help?

EasyCargo provided Triathlon Batterien with an intuitive, self-explanatory platform that transformed their logistics workflow from manual estimation to digital precision. The software allowed the export team to visualize every shipment before a single pallet was moved in the warehouse.

Automated Load Optimization: Triathlon replaced its manual planning with EasyCargo’s automated algorithm. By simply inputting battery dimensions and weights, the system generates the most efficient layout, ensuring that heavy batteries are placed optimally to prevent shifting and overloading.

Enhanced 3D Visualization: The clear and colorful 3D graphics allowed the warehouse staff to see exactly how to load pallets (shown as an item). This visual guide meant that even complex loads involving different pallet sizes and weights could be executed perfectly in a very short time.

User-Friendly Integration: The software’s “self-explanatory” nature meant that Triathlon’s team could integrate the tool into their daily operations immediately without the need for extensive or time-consuming training sessions.

Accurate Load Verification: Before finalization, the team can quickly verify if the pre-planned goods will actually fit into the selected container type, eliminating last-minute surprises during the physical loading process.

What Are the Results?

After implementing EasyCargo, Triathlon Batterien GmbH saw a measurable shift in their export efficiency. By optimizing their load density, they achieved a significantly higher container utilization rate, which directly translated into lower freight costs as fewer containers were needed for the same volume of goods. Additionally, the time spent on “checking and verifying” loads was drastically reduced, allowing the export team to process shipments faster and with 100% confidence in weight safety and compliance.

 

Metric Before EasyCargo With EasyCargo
Container Utilization Inconsistent, frequent waste Maximized for every shipment
Planning Time Hours of manual checking Verified plan in just a few minutes
Operating Costs High due to wasted container space Significantly reduced via load optimization

 

What Does the Client Say About Us?

“With EasyCargo, freight costs can be saved, and the workload can be thoroughly optimized.”

– Marie Gerhardt, Export Team Leader, Triathlon Batterien GmbH

 

Triathlon Batterien factory in Glauchau, Germany

Martina Krupičková | Published 11 Mar 2026