BCP-DLB-11/13M · Smart energy management and load balancing system | Bexie Energy
BCP-DLB-11/13M DLB intelligent system for dynamic load balancing, PV optimisation and smart energy management. Enables bidirectional monitoring, grid overload protection and EV charger integration.
Overview
The BCP-DLB-11/13M DLB system from Bexie Energy is an advanced smart energy management solution designed to optimise electrical consumption in residential, commercial and industrial installations with photovoltaic integration and EV charging systems.
This device enables Dynamic Load Balancing (DLB), preventing grid overloads and maximising solar self-consumption through intelligent and automatic energy management.
Main features
- Real-time PV energy optimisation
- Dynamic Load Balancing (DLB)
- Grid overload protection with automatic power adjustment
- Bidirectional current, power and voltage measurement
- EV charger integration
- RS485 communication via RJ45 (wireless option available)
Applications
- Residential solar self-consumption systems
- Commercial energy management systems
- EV charging infrastructure
- Real-time energy optimisation projects
- Smart home and smart grid systems
Smart energy management
The BCP-DLB-11/13M continuously monitors energy flow and automatically adjusts available power, preventing peak loads and optimising distribution between grid, load and solar generation.
- Automatic overload protection
- Dynamic load balancing
- Optimised solar consumption
- Real-time energy control
Communication and control
The system includes an OLED display with button control for local configuration and monitoring. It also supports RS485 communication for integration with external energy management systems.
Integration within the Bexie Energy ecosystem
The DLB system is part of the Bexie Energy smart ecosystem, enabling unified management of solar generation, storage and EV charging infrastructure.
Frequently asked questions
What does the BCP-DLB-11/13M do?
It dynamically manages electrical load to prevent overloads and optimise solar energy usage.
Is it compatible with EV chargers?
Yes, it is specifically designed for EV charging integration.
What communication protocol does it use?
RS485 via RJ45, with optional wireless connectivity.
What are the main benefits?
Automatic consumption optimisation, peak load prevention and improved energy efficiency.
More information
| Fases | Monofásico, Trifásico |
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