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AMPLINK powers Intralogistics

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What began as a research idea quickly turned into AMPLINK, a start-up revolutionizing the charging process for automated guided vehicles (AGVs) in intralogistics. Within just one year, the company developed an innovative system that efficiently and flexibly supplies AGVs with energy during operation, minimizing downtime at charging stations. The InnovationCampus Future Mobility (ICM) played a crucial role in enabling this success through its programs for accelerating start-ups.

From Idea to Start-up

Even before completing his dissertation, Lukas Elbracht founded the start-up AMPLINK in July 2024 together with Jannis Noeren and additional co-founders. Within just one year, researchers at the Institute for Electrical Energy Conversion at the University of Stuttgart transformed a vague start-up idea into an efficient system for dynamically charging AGVs in intralogistics. The InnovationCampus Future Mobility (ICM) was instrumental in this rapid development: he founders participated in the first round of the ICM Early Ride Program in 2023 and further refined their technology in 2024 through two transfer bottom-up projects (DynaCharge I and II), leading to their first technological demonstrator.

Jannis Noeren and Lukas Elbracht developed an efficient dynamic charging system for automated guided vehicles (AGVs) at the Institute of Electrical Energy Conversion. © Ludmilla Parsyak, Universität Stuttgart

ICM Programs: Incubating Innovation

The Early Ride Program serves as an incubator for innovative ideas from young scientists. Through coaching, mentoring, and collaboration with other start-ups and companies, participants learn to evaluate the potential of their ideas, refine their business models, and take the first steps toward founding their companies. "The most important lesson we learned is that we need to open up - to potential customers, so we can develop a market-ready product, and to potential co-founders from industry, who bring knowledge we, as researchers, don't have," says Jannis Noeren.

To develop a functional demonstrator in record time, the ICM's transfer bottom-up projects proved to be an ideal complement. With streamlined applications, fast funding decisions, and short project durations, researchers were able to focus entirely on developing their technology.

 

Advanced Charging System for Maximum Efficiency

AMPLINK expanded its expertise and team through collaboration with intralogistics companies and three new co-founders. The team gained valuable knowledge about intralogistics workflows, sales, and safety, which further enhanced their technology. The demonstrator now requires no floor-embedded components, making it easy to integrate into existing infrastructures and quickly adaptable.

The system's core principle remains the same: it combines charging surfaces, where AGVs can charge while in motion, with dedicated charging stops during idle times. The seamless integration of these two approaches gives AMPLINK's solution significantly higher efficiency than existing systems.

"With our dynamic charging system, it's possible to reduce AGV downtime to a minimum, significantly extend battery life, and use smaller batteries," explains Jannis Noeren. The demonstrator and the founding of AMPLINK lay the foundation for the start-up's next phase: collaboration with investors and customers.

The demonstrator showcases the capabilities of AMPLINK's dynamic charging system. © Gabriel Parsyak, Universität Stuttgart

The optimal interplay of both approaches is the key to significantly greater efficiency compared to existing solutions. "By introducing our dynamic charging system, we can minimize downtime for automated guided vehicles, significantly extend battery lifespan, and enable the use of smaller batteries," explains Jannis Noeren. The demonstrator and the successful founding of the company form the foundation for the start-up's next phase: collaboration with investors and customers.

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