Jannik Carl

Exhibition: June 23–25, 2026, Messe München
Conference: June 22–23, 2026, ICM München

Job Title: Senior Energy Markets Manager
Company: Kraken Technologies
Country: Germany

Jannik Carl is a Senior Energy Markets Manager at Kraken, specializing in the commercial optimization and trading of flexibility, with a focus on aggregated residential flexibility. With deep expertise in energy system modelling and European electricity market design, he develops strategies to unlock and monetize distributed assets, ranging from utility-scale sites to demand-side resources, across EMEA power markets. Prior to his role at Kraken, he spent four years at Aurora Energy Research, where he modelled the evolution of European electricity markets with a special focus on renewables, battery co-location and 24/7 Carbon-Free Electricity.

June 22, 2026Title to be Announced

Sessions

Joint Session

Electric Vehicle Grid Integration - Scaling up Flexibility

Monday, June 22, 2026, 02:15 pm - 03:15 pm

ICM München Room 4

As the number of electric fleets, depots and fast-charging hubs is rising across Europe, grid integration is becoming increasingly important. Large charging sites can either strain local feeders or become controllable and flexible loads that support grid stability if managed smartly.This session highlights the latest experiences from utility companies, network operators, fleet managers and technology providers who are turning e-mobility into an active part of the power system. We will explore how to align charging demand with grid capacity and market signals and also how we can successfully scale up e-mobility with increased demand-side flexibility. What are some best practices already in use? The panelists will also discuss the economic benefits for aggregators and end users as well as the organizational and regulatory conditions that are needed to transition from 'plugging in' to paying off through smart and bidirectional charging. The panel will highlight best practices for integrating demand-side flexibility into a resilient energy system.