Smart Grid and Renewable Integration
1. Training Introduction
The energy landscape is rapidly evolving, driven by
renewable energy adoption, digitalisation, and the need for efficient,
resilient, and sustainable power systems. Smart grids enable real-time monitoring,
automated control, and integration of distributed energy resources, including
solar, wind and storage systems.
This training program equips participants with the knowledge and practical
skills to design, operate, and manage smart grids with high levels of renewable
energy integration, ensuring reliability, efficiency, and sustainability in
modern power networks.
2. Training Objective
The objectives of this program are to:
- Build comprehensive knowledge of smart grid technologies and operations.
- Enable effective integration of renewable energy resources into power grids.
- Develop skills in grid monitoring, control, and optimisation.
- Support planning, operation, and management of sustainable and resilient energy systems.
3. Targeted Group
This program is designed for:
- Power system engineers, planners, and operators
- Renewable energy developers and consultants
- Grid automation and smart grid technology professionals
- Utility managers and energy policy planners
- Academicians, researchers, and postgraduate students in power systems
- Professionals involved in energy transition and digital grid projects
4. Course Duration
- Total Duration: 2 Weeks
- Learning Load: 32 hours per week
- Mode of Delivery: Online / Hybrid / In-Person
- Assessment: Quizzes, assignments, case studies, and capstone project
5. Training Methodology
The program adopts an interactive, technical, and practical approach:
- Expert-led lectures with global best practice examples
- Case studies of smart grid and renewable integration projects
- Hands-on workshops on grid monitoring, automation, and control
- Group discussions and scenario-based simulations
- Capstone project with expert evaluation
6. Course Content
Module 1: Fundamentals of Smart Grids
- Definition, architecture, and components of smart grids
- Role in modern power systems
- Benefits, challenges, and global trends
Module 2: Power System Digitalisation & Communication
- Grid monitoring, sensors, and communication networks
- SCADA, IoT, and data analytics for grid operations
- Cybersecurity and data management
Module 3: Renewable Energy Technologies & Integration
- Solar, wind, biomass, and storage systems
- Grid connection requirements and standards
- Variability, forecasting, and resource planning
Module 4: Grid Automation & Control Systems
- Advanced distribution management systems (ADMS)
- Automated switching, fault detection, and self-healing grids
- Demand response and load management
Module 5: Energy Storage & Microgrids
- Types and applications of energy storage
- Microgrid concepts and islanding operations
- Integration of storage for grid stability and renewable smoothing
Module 6: Grid Stability, Reliability & Power Quality
- Voltage and frequency control
- Power quality monitoring and mitigation
- Reliability indices and performance assessment
Module 7: Policy, Economics & Regulatory Frameworks
- Smart grid and renewable integration policies
- Tariff structures, incentives, and market mechanisms
- Investment, cost-benefit analysis, and regulatory compliance
Module 8: Capstone Project & Certification
- Design or optimisation of a smart grid with renewable integration
- Analysis of technical, economic, and environmental impacts
- Final presentation, assessment, and certification
7. Expected Outcomes
Upon completion, participants will be able to:
- Understand smart grid architecture, technologies, and operations
- Plan and integrate renewable energy resources into power grids
- Operate and optimise grids with advanced monitoring and automation
- Assess performance, reliability, and economic feasibility of smart grids
- Support sustainable, resilient, and digitalised energy systems
- Earn a professional certification from FOTADE
8. Certificate of Completion
Participants who successfully complete all modules and assessments will receive:
Certificate Title:
“Certificate of Completion in Smart Grid and Renewable Integration”
Issued by:
FOTADE Training, Research and Resource Development Centre
Certificate Features:
- Participant’s full name
- Programme title and duration
- Date of completion
- Authorized signature and official seal
- Unique certificate identification number
