Training on Smart Grid Technology
Training on Smart Grid Technology for Electrical Engineers
Pertecnica Engineering offers a specialized professional course on Smart Grid Technology, designed for electrical and EEE engineers working or aspiring to work in utilities, distribution networks, renewable integration, metering, automation, and grid reliability sectors.
The course helps engineers gain practical knowledge of smart meters, SCADA, communication technologies, grid automation, renewable integration, cybersecurity, and demand response systems, along with certification and real project experience.
Topics Covered
1. Fundamentals of Smart Grid Systems
Difference between conventional grid and smart grid
Components of smart grid architecture
Smart substations, digital controls, automation systems
Grid modernization challenges and solutions
Role of AI, IoT, and analytics in smart grids
2. Renewable Energy Integration & Grid Stability
Variable renewable generation behavior
Solar, wind, and hybrid power integration
Grid balancing techniques and storage systems
Voltage and frequency stability management
Forecasting, scheduling, and curtailment policies
3. Smart Meters and Advanced Metering Infrastructure (AMI)
Smart meter hardware and communication design
AMI architecture, MDMS, and billing systems
Net metering, prepaid metering, demand-based billing
Meter tamper detection, accuracy, and reliability
Hands-on understanding of smart metering protocols
4. Communication Technologies for Smart Grids
SCADA communication concepts
PLC, DNP3, IEC 61850, Modbus
GSM, RF, LoRa, Wi-Fi, optical fiber networks
IoT sensors and gateways for grid monitoring
Cybersecurity requirements for grid communication
5. Distribution Automation & Protection
Automated feeders, reclosers, sectionalizers
FLISR (Fault Location, Isolation, Service Restoration)
Digital relays, synchrophasors, PMU, WAMS
Protection coordination in smart distribution
Outage management systems (OMS)
6. Demand Response & Energy Management Systems
Load estimation and forecasting
Demand response strategies and incentives
Dynamic pricing, peak load management
Building EMS, industrial load shifting
Integration with AMI, SCADA, and DSM platforms
Skill Assessment, Training, and Certification
Skill Assessment
Before training begins, engineers undergo a skill assessment that evaluates:
Understanding of electrical power distribution
Knowledge of renewable energy and grid protection
Familiarity with smart meters, SCADA, and communication protocols
Ability to interpret real-time grid performance data
This assessment identifies both strong and weak areas so the training can be customized for individual skill improvement.
Training
Engineers requiring improvement receive focused skill-gap training, including:
Smart meter and communication debugging
Utility-level automation scenarios
Case studies on renewable energy integration
Hands-on SCADA and protocol interpretation
Practical exposure using real industrial data and simulations
Training focuses on real-world utility problems, ensuring practical usability.
Certification & Project Experience
After training:
Certification is awarded by Pertecnica Engineering
Project experience certificate is provided
Projects include smart metering, grid automation design, renewable integration analysis, or EMS-based optimization.
These documents strengthen your job profile and prove your practical skills.
Who Should Join?
Diploma / B.Tech / BE in Electrical, EEE, E&I
Utility and distribution engineers
Renewable energy professionals
Engineers in metering, SCADA, automation, and EMS
Professionals looking for certification to advance in power sector jobs
Career Opportunities After Training
Smart Grid Engineer
Smart Meter Specialist / AMI Engineer
Renewable Integration Engineer
SCADA & Automation Engineer
Utility Data Analyst
Power System Reliability & Cybersecurity Engineer
How to Join
To get brochure, fee details, and training schedule, choose your preferred mode:
Classroom Training
Online Training
Weekend Fast-Track Batch