Dynamic load management: Efficient charging infrastructure for electric vehicles

Dynamic load management

Efficient charge control for electric vehicles

With our dynamic load management system, you can optimize your charging infrastructure for electric vehicles – intelligently, cost-efficiently, and future-proof. Our system ensures that each vehicle receives exactly the charging power it needs without overloading your grid connection. Thanks to the innovative distribution of energy, you stay within the grid limits and simultaneously reduce grid connection costs – supported by real-time load management and a hybrid-capable control architecture.

Dynamic load management – more power for less cost

Dynamic load management optimizes the charging performance of electric vehicles through intelligent energy distribution. The system offers an efficient solution, especially for public charging stations where high grid connection costs can arise. Instead of expensively oversizing the grid connection, the system flexibly distributes the available energy to all charging points.

This allows one vehicle to be charged with 130 kW while another receives 20 kW – without loss of efficiency and controlled by intelligent energy orchestration.
Whether company parking lot, wallbox, or public charging station – dynamic load management ensures maximum flexibility and cost efficiency.

Dynamic load management – your advantages at a glance

Optimization of charging performance

Each electric vehicle receives the optimal energy without exceeding the grid limits.

Cost-efficient charging network

You avoid oversized connections and sustainably reduce grid connection costs – through future-proof energy management.

Scalable charging infrastructure

The charging infrastructure can be easily expanded without having to increase the grid connection size – thanks to Plug & Play EMS for energy systems.

Real added value through integration

Supports functions such as peak load shaving in the charging infrastructure and self-consumption optimization to increase flexibility and cost efficiency.

With dynamic load management, you can build a future-proof and cost-efficient charging network. Thanks to intelligent power distribution, real-time charging monitoring, and integrated additional functions such as peak load shaving, you maximize your savings and simultaneously increase the efficiency and flexibility of your charging infrastructure.

Technology that convinces

Key features of our dynamic load management

Visualization

All charging processes and energy flows can be viewed intuitively and in real time – for full transparency and control.

Real-time analysis

Permanent monitoring of energy consumption prevents grid overloads and optimizes operation with modular energy intelligence.

Scalable architecture

Dynamically adapt your charging infrastructure to new requirements – without major investments, with decentralized grid intelligence.

Questions and answers about dynamic load management

What are the advantages of dynamic load management?

The advantages include avoiding overloads at the grid connection point, reducing energy costs, higher grid stability, and the ability to better utilize existing charging infrastructure – without expensive grid upgrades. With real-time load management and intelligent energy orchestration, the available power is optimally distributed.

Can I integrate dynamic load management into existing systems?

Yes, the dynamic load management from be.storaged is flexible and can be seamlessly integrated into existing energy and charging systems. Thanks to hybrid-capable control architecture and support for various interfaces and protocols, simple implementation is guaranteed.

What happens if the available power is not sufficient?

If the available power is limited, our dynamic load management prioritizes certain consumers – based on preset rules or user preferences. This ensures that critical applications continue to function reliably, supported by decentralized grid intelligence and a scalable EMS for multi-site operation.

How can I guarantee that all vehicles in my fleet are sufficiently charged without creating peak loads?

Costs can be saved through intelligent charging power distribution by charging electric vehicles according to their needs. Peak loads are avoided by having charging processes take place outside of peak times or divided into smaller units. This creates an even load distribution – controlled by Next-Gen energy automation.

What role does a pre-charging storage play in load management?

Locations with limited connection power benefit particularly from the combination of dynamic load management and pre-charging storage. This allows charging processes to be optimized in such a way that overloads at the grid connection point are avoided. In addition, the pre-charging storage opens up new potentials such as procurement optimization: cheaper electricity is temporarily stored, expensive price peaks are avoided – a smart solution through modular energy intelligence.

What is the difference between static and dynamic load management?

With static load management, the charging power is fixed and evenly distributed to all charging points – without dynamic adjustment. With dynamic load management, on the other hand, the power is flexibly distributed to the charging points, depending on the current demand. The distribution of the available energy takes place according to the fair-share principle – with support from future-proof energy management.

How does load management work with charging systems?

The load management controls, monitors, and optimizes the power consumption of the entire power connection. For wallboxes and charging stations, the load management ensures that the grid connection point is not overloaded.