Description

DESCRIPTION:

This comprehensive energy storage training program is designed to equip participants with a thorough understanding of energy storage technologies, their applications, maintenance requirements, and safety standards. 

Sessions can be conducted in English, Spanish, French, or Portuguese. 

A minimum of 25 participants per company is required. 

What’s included?

• Four 4-hour live webinars per session
• Q&A
• Training slides

Who should attend?

Any stakeholder interested in understanding the energy storage markets and the different technologies available.

Prerequisite: 

None

Dates: 

Upon purchase, a Clean Horizon team member will contact you to agree on the most suitable date to conduct the training sessions

Program: 

Session #1: Introduction to Energy Storage

• Overview of energy storage technologies and their applications
• Analysis of energy storage market leaders and stakeholders
• Examination of key cost drivers and competitive solutions
• Exploration of main applications including renewable energy integration and voltage control
• Discussion on grid-forming applications and control logic in power inverters

Session #2: Focus on Lithium-ion Battery Storage Systems

• Cost breakdown, architecture, and chemistries of Li-ion battery systems
• Comparison of NMC vs LFP chemistries and their implications
• Understanding key characteristics and degradation factors
• Strategies for mitigating capacity degradation and practical examples
• Calculation methodologies for useful capacity mitigation

Session #3: Key Characteristics and Maintenance

• Understanding battery system characteristics such as voltage, temperature, and C-rate
• Exploring topological configurations for connecting transformers
• Guidelines for operation, maintenance, and decommissioning
• Control strategies for different services within a system
• Recommendations for preventive and corrective maintenance, commissioning, and end-of-life management

Session #4: BESS Safety Standards and Practices

• Overview of applicable safety standards and regulations
• Fire prevention measures and the role of Battery Management Systems (BMS)
• System architecture and grounding considerations
• Firefighting procedures, detection systems, and automatic extinction methods
• Training on handling alarms and the role of firefighters in BESS safety