
CUSTOMIZED ENERGY MANAGEMENT SYSTEMS
Customized energy management systems
A modern energy management system is at the heart of efficient and sustainable mobility solutions. At the EDAG Group, we use innovative technologies and data-based strategies to optimize energy use and storage in vehicles. Our energy management system combines adaptive algorithms, digital twins and cloud connectivity to precisely control energy flows in vehicles and extend the service life of battery systems, for example. In this way, we not only achieve greater efficiency, but also promote the stability of energy grids and sustainable mobility.
Our expertise includes the integration of intelligent load and energy management systems in the automotive sector as well as the development of future-oriented vehicle technologies. You benefit from innovative solutions that meet the highest standards and create competitive advantages through creative approaches. Together, we are shaping the future of electric mobility.
Topic overview
Why holistic energy management solutions are crucial for electric cars
Holistic energy management solutions are indispensable for electric vehicles because they go far beyond simply controlling power consumers. With the help of AI, modern systems dynamically plan energy requirements and feed excess energy into the grid. This benefits both drivers and the stability of the power grid.
Connected vehicles enable manufacturers to continuously optimize energy flows, for example through software updates. These solutions thus promote efficiency, sustainability and flexibility in use.


The four evolutionary stages of modern energy management systems
- Energy management 1.0
- Introduction around the year 2000: Focus on managing battery storage energy
- Reaction to increasing loads: Adaptation to new electrical consumers in the low-voltage system
- Primary control: Switching off energy-intensive consumers when the remaining range is low
- Energy management 2.0
- Development with high-voltage drives: Introduction to hybrid and electric vehicles
- Map-based operating strategies: Using historical measurement data to optimize performance
- Focus on battery life: Optimization by balancing cell potentials and efficient charging current management
- Energy management 3.0
- Cloud connection: Vehicles from 2020 with connection to backend systems
- Extended database: Use of data from all vehicles to improve operating strategies
- Intelligent load management: Externally controlled charging and integration into smart grids and smart buildings
- Energy Management 4.0
- Pattern recognition and predictive management: Use of real-time data and external sources (e.g. traffic, weather) for optimized range calculation
- Integration into energy networks: Connecting the vehicle to the infrastructure to stabilize the energy supply
- Individual battery monitoring: Taking into account the actual state of the battery cells for optimized operating limits
Free driving: vision through intelligent networking
- Requirement
- Connected functions in and outside the vehicle that make it possible to keep an eye on the status of the vehicle and the associated infrastructure (e.g. charging stations) at all times.
- Solution
- The EDAG Group offers initial solutions in the EnMS4.0 (or EMM4.0) environment with self-defined requirements and developed algorithms, which we integrate into our customers' systems.
- Your benefit
- As an independent service provider, we are in contact with numerous OEMs and new stakeholders in the field of energy and energy networks – a good prerequisite for jointly defining interfaces and thus getting closer to the goal of “free driving”.

Advantages of the EDAG Group's modern energy management systems
- Sustainable energy generation: Maximum use of renewable energies through intelligent integration into energy networks and vehicles.
- Reducing energy consumption: Optimized operating strategies reduce power demand and increase vehicle efficiency.
- Efficient energy storage: Extended battery system life through precise cell monitoring and optimized charging cycles.
- Intelligent energy distribution: Dynamic load management ensures a consistent energy supply within and beyond the vehicle.
- Reducing energy consumption in the e-car: AI-based control minimizes the consumption of energy-intensive components and increases efficiency.
- Extending the range of electric vehicles: Predictive management uses real-time data to optimize range.
- Promoting grid stability: Vehicles act as active participants in the smart grid and stabilize the power grid by feeding energy back into it.
- Flexible deployment: Cloud connectivity enables software updates and continuous optimization of energy flows.
- Cost savings for drivers: Smart charging times and energy feed-in to the grid create financial advantages.
- Promoting sustainable mobility: Holistic solutions contribute to environmentally friendly and future-proof electric mobility.

MANAGE YOUR ENERGY INDIVIDUALLY
We look forward to working with you to implement customized projects in the field of modern energy management systems. Let us develop pioneering solutions together that impress with maximum efficiency and sustainability. Discover our expertise in the areas of powertrains and energy conversion systems and actively shape the mobility of the future.
Let's talk about your specific application now!
