Best Practices for Energy Storage Deployment

introduction
Energy storage deployment and sustainability will be the new paradigms that are expanding exponentially worldwide. Energy Storage System (ESS) is a game-changing technology that can store energy for later use. ESS addresses solar and wind power intermittencies and enhances grid resilience by actively managing mismatches between electricity supply and demand. Energy storage systems are vastly versatile, and this is a technology that can meet the needs of numerous users and be utilized in diverse fields. The electrical load is equalized by storing electrical energy in energy storage systems, promoting the efficient use of energy.
OBJECTIVES
By the end of this training course, participants will be able to:
• Learn the need for energy storage
• Understand the principles of various energy storage systems
• Describe the performance of various energy storage systems
• Identify high-capacity energy storage
• Explain challenges of energy storage integration with the grid
Course Outline
DAY 1
• Synopsis of Energy Storage
• Energy Storage Infrastructure
• On-grid and Off-Grid Energy Storage
• Hybrid Energy Storage
• Energy Storage Reliability
• Tracing and Monitoring including IV Curve

DAY 2
• Electrical
• Mechanical
• Electrochemical
• Thermal
• Hydrogen
• Grid storage applications

DAY 3
• Lithium Batteries
• Sodium Sulphur (NAS) Batteries
• Lead Acid
• Super Capacitors
• Flywheel
• Compressed Air Storage System

DAY 4
• Energy Storage Hazards and Mitigation
• Safety Codes and Standards
• Solar Energy Storage Schematics
• Wind Power Energy Storage Schematics
• Maintenance of Energy Storage
• Digitalization and Artificial Intelligence (AI) Application to Energy Storage

DAY 5
• World’s Largest Solar Energy Storage
• Bulk Hydrogen Storage
• Alternatives to Lithium-Ion Battery Storage
• Distributed Energy Resources and Microgrids
• Digitalization of Future Energy Storage