Lead - EMS Design

Purpose/Objective

The Lead EMS is responsible for designing, developing, integrating, testing, and commissioning Energy Management System (EMS) solutions for Battery Energy Storage Systems (BESS).
The role involves optimization of energy dispatch, renewable integration, grid interaction, demand response, forecasting, and EMS-SCADA coordination to ensure efficient plant operations.

Key Responsibilities of Role

Key Responsibilities EMS Design & Development - Lead EMS architecture design for utility-scale and commercial BESS projects.
- Define EMS functional requirements, control philosophies, and operational strategies.
- Develop energy optimization algorithms for battery charging/discharging.
- Configure EMS applications for peak shaving, load shifting, energy arbitrage, and ancillary services.
System Integration - Integrate EMS with: - Battery Management System (BMS) - Power Conversion System (PCS) - SCADA - Weather Forecasting Platforms - Renewable Energy Systems (Solar/Wind) - Ensure seamless communication using Modbus, IEC 61850, OPC-UA, DNP3, and MQTT protocols.
Grid & Market Operations - Develop grid-support functionalities.
- Implement frequency regulation and voltage support strategies.
- Support energy market participation and dispatch scheduling.
- Monitor renewable generation forecasts and battery operating strategies.
Testing & Validation - Prepare EMS FAT, SAT, and Commissioning procedures.
- Perform functional testing and troubleshooting.
- Validate optimization algorithms and system performance.
- Support site commissioning and performance guarantee tests.

Technical Competencies

EMS Technologies,Power Systems,Communication Protocols,Software & Tools

Qualifications and Experience

B.
E.
/B.
Tech/M.
E.
/M.
Tech in: - Electrical Engineering - Electrical & Electronics Engineering - Instrumentation & Control - Power Systems - Energy Engineering