DymoBat

AI-assisted communication technologies for dynamic optimization of mobility and energy storage for frequency stabilization and energy supply

Friedrichstadt Hospital from the outside
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Albrecht Voss
Electric car at a charging station

Introduction

DymoBat is an innovative research project driving the future of energy and mobility transition in Dresden. As a satellite project of the National 5G Energy Hub (N5GEH), DymoBat explores and tests how bidirectional charging of electric vehicles can enhance grid stability and efficiency.

By intelligently connecting electric vehicles, battery storage systems, and the power grid, the project leverages 5G technology and artificial intelligence to optimize charging processes. This enables better integration of renewable energy sources and the flexible distribution of electricity between vehicles, households, and businesses. Through these advancements, electromobility not only supports emission-free transportation but also plays a crucial role in ensuring grid stability and energy security.

The goal

The DymoBat testbed provides a real-world environment for researching bidirectional charging strategies across multiple locations in Dresden. These sites serve as innovation hubs where advanced energy management technologies are tested to explore how electric vehicles can act as mobile electricity storage units, stabilizing the grid and maximizing self-consumption of renewable energy. By interconnecting these test environments, DymoBat creates a low-latency platform for optimizing energy structures. Leveraging 5G communication, artificial intelligence, and decentralized energy sources, the project helps balance load peaks, enhance energy security, and actively engage businesses and citizens in shaping the future energy system.

Through these efforts, DymoBat contributes to sustainable urban development, positioning Dresden as a model city for intelligent energy and mobility solutions.

Smart Energy and Environment

Focus topic

in implementation

Project status

2022-2026

Duration

Friedrichstadt

Area of application

100.000 euros

Budget

Key Information at a Glance

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Adobe Stock l elektronik-zeit

E-Cars as Mobile Energy Storage

With bidirectional charging, electric vehicles can not only draw power but also feed electricity back into the grid. This enhances Dresden's energy resilience while making sustainable mobility even more appealing.

Powering Your Home with Your Electric Car

Your electric car can act as a versatile energy source—charge it with solar power and utilize the stored energy in your home later, offering a smart and independent energy solution.

Enhanced Grid Stability Through Intelligent Control

DymoBat facilitates the intelligent integration of vehicles and the power grid, helping to balance load peaks and ensure a stable energy supply in Dresden.

Driving the Energy Transition Forward

Everyone who owns an electric car can actively participate in the energy system. Through bidirectional charging, you help optimize renewable energy use and contribute to reducing CO₂ emissions.

Business Opportunities and Economic Benefits

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dymobat.de

Fleets as Versatile Energy Storage Solutions

Companies with electric vehicle fleets can integrate them into the energy system, feeding surplus electricity back into the grid. This approach reduces costs and enhances sustainability.

Bidirectional Charging for Enhanced Grid Stability

By optimizing charging processes, companies can help reduce peak loads and actively support the stability of local power grids.

Innovative Charging Technology: Unlocking New Business Models

Bidirectional charging creates new opportunities for companies, ranging from dynamic electricity tariffs to participation in energy markets, allowing them to generate economic benefits from stored energy.

Dresden as a Model City for Smart Energy Solutions

With DymoBat, Dresden is leading the way in modern energy solutions. Companies gain from an efficient infrastructure and cutting-edge technologies for the future of mobility.

DymoBat
Project partner

logo TU Dresden

TU Dresden

ComNets | Deutsche Telekom Chair of Communication Networks develops AI-supported algorithms to optimize energy flows between vehicles, the grid and storage systems.

To the partner

logo SAP

SAP

 

SAP develops digital platforms and data analyses to optimize energy management and integrate electric vehicles.

 

To the partner

logo Meshmerize

Meshmerize

Meshmerize researches and implements wireless 5G-based communication solutions for reliable control of bidirectional charging processes.

To the partner

logo CampusGenius

CampusGenius

CampusGenius contributes expertise in the field of private 5G networks to ensure secure and high-performance networking of the charging infrastructure.

To the partner

logo SachsenNetze

SachsenNetze GmbH

SachsenNetze GmbH develops strategies for grid stabilization through intelligent control of electricity flows from bidirectional charging processes.

To the partner

logo Sachsen Energie

Sachsen Energie

 

SachsenEnergie AG provides the infrastructure for bidirectional charging and integrates the solutions into the municipal energy grid.

 

To the partner

logo ComfortCharge

ComfortCharge

ComfortCharge operates charging infrastructure and is testing the integration of fast-charging stations with bidirectional functionality.

To the partner

Our Smart
City team