Course Overview
This specialized programme delivers comprehensive expertise in battery energy storage technology, applications, and project development essential for enabling renewable energy integration and grid modernization. Participants develop technical and commercial capabilities to evaluate, design, and implement battery storage solutions across grid-scale, commercial, and residential applications in rapidly evolving energy storage markets.
The curriculum examines battery technology fundamentals including lithium-ion chemistry variations, performance characteristics, degradation mechanisms, and emerging alternatives. Attendees gain proficiency in battery management systems, thermal management requirements, and fire safety protocols essential for reliable and safe storage operations. The course addresses energy storage applications including renewable energy firming, frequency regulation services, peak demand reduction, load shifting strategies, and backup power provision for critical facilities and microgrids.
Through practical case studies and system design exercises, delegates develop capability to size and configure battery storage systems aligned with specific use cases and economic objectives. The programme examines revenue model design including capacity payments, energy arbitrage, and ancillary service markets that determine project economics. Participants gain expertise in storage project financial analysis, incentive structures, and regulatory frameworks across different jurisdictions. The course addresses grid integration requirements, interconnection standards, and control strategies for seamless storage operation. Participants explore the strategic role of storage in enabling high renewable penetration, grid resilience enhancement, and energy system decarbonization while understanding safety standards, warranty structures, and long-term performance optimization.
Who Should Attend
- Energy storage project developers and managers
- Electrical engineers and system designers
- Renewable energy professionals integrating storage
- Utility planners and grid operators
- Finance professionals in energy storage sector
- Equipment manufacturers and suppliers
- Anyone involved in battery storage projects
Learning Outcomes
Upon completing this course, participants will be able to:
- Understand battery technology types and chemistry variations
- Evaluate performance characteristics including energy and power density
- Design battery storage systems for diverse applications
- Size storage systems based on use case requirements
- Implement battery management systems and controls
- Address thermal management and fire safety requirements
- Apply storage for renewable energy integration and firming
- Provide grid services including frequency regulation and peak shaving
- Design microgrid and backup power solutions
- Develop storage project economics and revenue models
- Navigate regulatory frameworks and market opportunities
- Integrate battery storage with renewable generation and grid
- Understand interconnection requirements and standards
- Optimize long-term storage performance and warranty management