Changes

     <p>Dynamic load management is a sophisticated feature that empowers users to efficiently control electric load by managing a group of chargers installed within a single circuit. Through the implementation of modbus RS-485 communication, the chargers are able to communicate with one another and dynamically adjust their charging power in response to the load on the grid, ensuring optimal charging operations and grid stability.</p>

     <p>Dynamic load management is a sophisticated feature that empowers users to efficiently control electric load by managing a group of chargers installed within a single circuit. Through the implementation of modbus RS-485 communication, the chargers are able to communicate with one another and dynamically adjust their charging power in response to the load on the grid, ensuring optimal charging operations and grid stability.</p>

     <h2>DLM Types</h2>

     <h2>DLM Types</h2>

     <p>Dynamic load management (DLM) is a versatile solution applicable in various scenarios, providing users with the flexibility to choose between using it with or without a smart meter. Here are the key distinctions:</p>

     <p>Dynamic load management (DLM) is a versatile solution applicable in various scenarios, providing users with the flexibility to choose between using it with Ct clamp. Here are the key distinctions:</p>

=== DLM with smart meter: ===

=== DLM with smart meter: ===

# Each slave charger has its own specific setting called "'''Slave Modbus address'''". This setting must be configured individually for each charger.

# Each slave charger has its own specific setting called "'''Slave Modbus address'''". This setting must be configured individually for each charger.

# '''Number of devices''' - This setting is available only for the master charger. The administrator must specify the total number of slave chargers that will be connected in the circuit.

# '''Number of devices''' - This setting is available only for the master charger. The administrator must specify the total number of slave chargers that will be connected in the circuit.