Our Energy Management System (EMS) is the brain of energy storage installations, designed to monitor, optimize, and control all system energy flows in real time. It enables intelligent management of battery charging and discharging, interaction with renewable generation, electrical grid, and consumption, maximizing operational efficiency and return on investment.

BK Energies’ EMS integrates advanced control algorithms, continuous monitoring, and communication with BMS, inverters, and auxiliary systems, offering a complete and centralized view of the installation. Thanks to its flexible and scalable architecture, it adapts to industrial projects, utility-scale, and hybrid applications, ensuring safe, stable, and optimized operation in response to changes in demand, energy prices, or grid conditions.

Additionally, it enables historical analysis, intelligent alarms, and remote control, facilitating decision-making, incident prevention, and continuous improvement of the installation’s energy performance.

• Demand and generation forecasting: uses machine learning algorithms to estimate load curves and renewable production, optimizing energy dispatch.
• Tariff arbitrage: calculates energy cost in real time according to different tariffs, maximizing the economic value of each charge and discharge cycle.
• Contingency management and grid balancing: native integration with grid protocols (IEC 61850, Modbus, OPC-UA) to detect and resolve incidents, ensuring stability against frequency and voltage variations.
• Asset control and operating scenarios: defines automatic operating modes (self-consumption, backup, surplus sales, electric vehicle charging) assigning priorities and SoC/DoC limits.
• Customizable dashboard and advanced reports: web and mobile graphic panels with KPIs, historical data, and report generation.
• Cybersecurity and connectivity: encrypted communications, integrated firewall, and user management.
• Open API and IoT compatibility: enabling integration with third-party systems (SCADA, ERP, trading platforms) and incorporation of IoT devices for telemetry and granular control.