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Total solution lithium batteries

Lithium-ion battery logistics thought through to the end

For our complete lithium ion battery solution, we have a certified and exclusive network of partner companies at our side. This enables you to transport batteries of all sizes. Recently added logistics partners are located in Italy, Holland, UK, Hungary and Poland.

We specialise in lithium-ion battery transports and offer Europe-wide disposal and worldwide logistics with our Lithium Batteries Total Solution. Within this framework, we also provide you with our own hazardous goods transport boxes, which you can use to transport defective, damaged to critical cells, modules and batteries.

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Overall solution Lithium Ion Batteries

Everything from one source with our all-round carefree package

  • Specialist for Li-ion battery transports Top-trained specialist staff Hazardous goods experts
  • Permit for the collection, transport and brokering of hazardous waste (AVV 160 121, AVV 16 06 05)
  • Battery transport of all sizes Forklift service
  • Disposal & Recycling Logistics Express Service
  • LogBATT Networksolution (area coverage through exclusive and certified logistics partners)
  • Training Li-ion batteries in our own training centre via online platform Provision of our own
  • hazardous goods transport boxes for the transport of critically defective or damaged cells, modules and batteries with our SafetyBATTbox
  • Milkrun system possible with our storage and quarantine containers SafetyBATTbox Storage and/or transport containers SafetyBATTbox
  • Takeover of the dangerous goods and waste legal documentation

Ask for our all-round carefree package:
Tel.: +49 7153 925080

Total solution lithium batteries

We offer solutions for the entire battery logistics supply chain, from development, testing and production to aftersales and disposal and recycling logistics. With our all-round carefree package, you receive everything related to the lithium ion battery supply chain from a single source.

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Disposal and recycling logistics

No matter whether one battery or a complete supply of several tonnes of batteries, no matter whether at the test institute, in the production plant or in aftersales at the car dealership, specialist dealer or at the customer’s site: With our team, we take over all dangerous goods legal activities for you, including disposal logistics (link to the other LPs!) and recycling logistics (link to the other LPs!) with all dangerous goods and waste legal approvals and associated documentation.

We are familiar with hazardous goods law. Ask us your questions:
Tel.: +49 7153 925080


All our vehicles, from Sprinter class to truck, have all the necessary ADR equipment and are specially modified in accordance with the official requirements for transporting critically defective batteries, for example with a 6-fold air exchange.

Container rental

All our transport containers, developed and produced in-house, are approved and tested for critically defective batteries in accordance with P911/LP906. With our 5 different SafetyBATTbox sizes, we can offer you containers for rent as required in conjunction with our logistics and our all-round carefree package.

Packaging training

Global and digital training opportunities to package critically defective batteries can be realised through our LogBATT Academy in Lithium Battery Packaging Training.

LogBATT Networksolution

In order to be able to cover comprehensive and scalable logistics in a dynamic and growing market for our customers in Germany and throughout Europe, we offer access to network partners trained and certified by LogBATT GmbH with our network specially developed for battery logistics.

FAQ – Frequently Asked Questions about our Lithium Batteries
Complete Solution

How are batteries packed for safe transport?

For transport-safe packaging of batteries, it first depends on the type of batteries: Mixed batches are handled differently than lithium batteries. In addition, a distinction must be made between the weight and whether the batteries are defective or undamaged. For undamaged lithium batteries weighing >500 g, for example, they must be packed in such a way that short circuits and dangerous heat generation are prevented. This is given, for example, by protecting the terminals, using inner packaging to prevent contact between cells and batteries, using a non-electrically conductive and non-flammable cushioning material and protecting the batteries against excessive movement during transport. LogBATT’s total lithium battery solution covers all the important points as a matter of course.

How harmful are batteries to the environment?

Basically, batteries and accumulators are not harmful to the environment, but if they are disposed of improperly, some of the possible toxic ingredients such as mercury, cadmium and lead endanger the environment.

They thus pose a threat to the health of humans, animals and plants. Mercury, for example, is highly toxic to humans and can lead to impairment of the nervous, immune and reproductive systems. Cadmium compounds can cause kidney damage and are potentially carcinogenic, while lead can damage organs and the central nervous system. We are therefore particularly concerned that batteries, especially lithium ion batteries, are disposed of properly and professionally.

How long is the life of a lithium battery?

The service life of a battery is the period between the time of delivery (Begin of Life) and the time when the battery values fall below previously defined values due to the ageing process (End of Life). The End of Life does not mean that the battery no longer functions, but rather that the battery has such a high loss of performance that it can no longer be used as an energy storage device at this point. For example, the battery no longer holds energy as well as it did at the beginning of its life and needs to be charged more frequently.

The service life of a lithium battery cannot be predicted as a general rule, as many different factors influence the service life: The frequency of charge and discharge cycles leads to chemical changes within the cells and to thermal expansion and the formation of dendrites. In addition, the amount of time that has elapsed since manufacture must be taken into account because the battery is subject to an ageing process over time. The battery type, state of charge, ambient temperature, depth of discharge and time also play a role.

To prolong the life of the battery, it makes sense to never fully discharge the battery and never fully charge it. This way, the device is used at a low depth of discharge and the battery life is extended. A high depth of discharge means stress on the materials. To store a battery, it is advisable to first charge the battery to 50 % and store it in a cool place – this also extends the service life.