Week 1: Introduction & Fundamentals

Day 1: Introduction to Battery Energy Storage Systems (BESS)

• Overview of BESS
• Importance and applications in modern energy systems
• Current market trends and industry growth

Day 2: Components of BESS

• Types of batteries used (Lithium-ion, Lead-acid, Flow batteries, etc.)
• Inverters, controllers, and thermal management systems
• Safety considerations in BESS

Day 3: Battery Chemistry and Technology

• Understanding battery chemistry: Li-ion, NiMH, Lead-acid
• Advantages and disadvantages of different battery types
• Energy density, cycle life, and efficiency

Day 4: BESS Architecture and Design

• System design and configuration (modular, centralized, decentralized)
• Key factors in designing a BESS
• Integration with renewable energy sources (solar, wind)

Day 5: Energy Management and Optimization

• Concepts of energy management in BESS
• Load leveling, peak shaving, and demand response
• Tools and software for BESS optimization

Week 2: Applications, Challenges & Future Trends

Day 6: Applications of BESS in the Grid

• Grid stabilization and frequency regulation
• Microgrids and off-grid applications
• Case studies of BESS deployments

Day 7: Economic and Environmental Impact

• Cost-benefit analysis of BESS implementation
• Role in reducing greenhouse gas emissions
• Government policies and incentives

Day 8: Challenges and Limitations of BESS

• Technical challenges (efficiency, degradation, safety)
• Economic challenges (initial cost, ROI)
• Regulatory and policy challenges

Day 9: Future Trends and Innovations in BESS

• Advances in battery technology (solid-state, ultra-capacitors)
• Integration with smart grids and IoT
• Emerging markets and new applications (EV charging stations, residential storage)

Day 10: Practical Workshop and Hands-On Session

• Designing a small-scale BESS project
• Simulation of BESS operations using software tools
• Analysis of real-world BESS case studies

Day 11-12: Industry Guest Lectures and Case Study Reviews

• Inviting industry experts to discuss real-world BESS projects
• Review and discussion of prominent BESS case studies

Day 13: Group Projects and Presentations

• Students work in groups to design a BESS for a specific application
• Presentations and peer review of the projects

Day 14: Final Assessment and Feedback

• Written test or project submission
• Course feedback and discussion of further learning paths