When charging an electric vehicle, Dynamic Load Management (DLM) is often used. This is a method for managing the load on the electrical system in real time, with the goal of optimizing the use of available energy.
DLM is necessary when multiple chargers are operating within the same system. It involves continuous system monitoring, detecting changes in demand, and adjusting the power distribution accordingly. For example, when an additional car connects to the charging system, the system responds by adjusting the load for all other connected vehicles.
Dynamic Load Balancing (DLB) in charging systems is a method used to distribute the load evenly between different consumers.
DLB also involves continuous monitoring to detect load changes across different consumers, for example, between a building and the EV charging system. If the building requires more power, the charging system will reduce its energy consumption accordingly, and vice versa. This helps to prevent overloading the building’s electrical system.
Our charging stations include both DLM and DLB functionalities.
Our experts are here to help you determine which solution you actually need.
DLM is necessary when multiple chargers are operating within the same system. It involves continuous system monitoring, detecting changes in demand, and adjusting the power distribution accordingly. For example, when an additional car connects to the charging system, the system responds by adjusting the load for all other connected vehicles.
Dynamic Load Balancing (DLB) in charging systems is a method used to distribute the load evenly between different consumers.
DLB also involves continuous monitoring to detect load changes across different consumers, for example, between a building and the EV charging system. If the building requires more power, the charging system will reduce its energy consumption accordingly, and vice versa. This helps to prevent overloading the building’s electrical system.
Our charging stations include both DLM and DLB functionalities.
Our experts are here to help you determine which solution you actually need.
