ENERGY INDUSTRY EVENT
Meet us at the E-world 2024
Book a personal expert meeting now and find out how you can continuously optimize the efficiency of your receivables management with collect.AI – the next generation order-to-cash platform for the AI era.
+50 European Enterprises – over € 7.1 billion in receivables volume since 2021 – with collect.AI
collect.AI at the E-world 2024
You will find us in Hall 3
E-world energy & water will once again be the meeting place for the European energy industry in 2024.
The E-world 2024 energy trade fair will take place at Messe Essen from February 20 to 22, 2024.
You can find us here at the Aareal Bank stand from February 20 – 22:
Hall 3, stand number 3H100
Messe Essen, Norbertstraße 2, 45131 Essen
The future
AI-based automation & network effects
Data enrichment AI uses network effects and automates data processes throughout the entire customer journey. Continuous training improves the efficiency of the processes and thus protects the budget right from the start. It is also continuously increasing the quotas for legally valid advertising consent (double opt-in) and direct debit mandates.
Maximize effectiveness
Digital order-to-cash and receivables management
By using collect.AI, you can significantly increase the performance of your receivables management. Read more in our energy supplier case study.
About E-world Energy & Water
The leading trade fair for the energy industry
E-world energy & water is a leading European trade fair for the energy and water industry, which takes place annually at Messe Essen, one of the most modern exhibition centers in Germany. It was founded in 2001 and is organized by E-world energy & water GmbH, a company specializing in the organization of events in key areas of the energy industry. The trade fair focuses on core topics such as energy generation, efficiency, trade, transportation and storage as well as green technologies. A particular focus is on the area of smart energy, which showcases innovative solutions for the energy transition and efficient energy generation and use.
