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Grid-scale Energy Storage Hazard Analysis Design Objectives for System Safety


Lithium Hazard Technology Report
This comprehensive report provides a technical analysis of large-scale lithium energy storage systems, focusing on 1 MW+ containerized solutions. It delves into the risks of thermal runaway, fire hazards, and toxic gas emissions, along with strategies for fire prevention, monitoring, and site-specific installation considerations. Additionally, it covers the impact of lithium fires on insurance costs and outlines best practices for safety, scalability, and operational efficiency. Emerging technologies and regulatory frameworks are also discussed to provide actionable insights for manufacturers, operators, and policymakers.



Publication Title | Grid-scale Energy Storage Hazard Analysis Design Objectives for System Safety

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Design Objectives
Note: These design objectives overlap with each other or provide alternative methods to enforce the same safety constraint. The following list illustrates the overlapping structure of these design objectives:
◦ Safetycriticalinformationavailabilitytofirefighters
◦ Design objective 1.1 and/or,
◦ Design objective 1.2
◦ Safetyoffirefighterintervention
◦ Design objective 1.3
◦ Thermal runaway prorogation resistance ◦ Passive design or,
◦ Runaway does not violate safe temperature limits in other cells (more stringent)
◦ Design objective 2.1 (cell-to-cell) and/or,
◦ Design objective 2.3 (module-to- module)
◦ Runawaydoesnotinitiateself-heatinginothercells(lessstringent)
◦ Design objective 2.2 (cell-to-cell) and/or,
◦ Design objective 2.4 (module-to- module)
◦ Active design
◦ Runawaydoesnotviolatesafetemperaturelimitsinothercells(morestringent)
◦ Design objective 2.1-Active (cell-to-cell) and/or,
◦ Design objective 2.3-Active (module-to- module)
◦ Runawaydoesnotinitiateself-heatinginothercells(lessstringent)
◦ Design objective 2.2-Active (cell-to-cell) and/or,
◦ Design objective 2.4-Active (module-to- module)
− External fire prevention/suppression ▪ Design objective 2.5 and,
▪ Design objective 2.6
− Explosion prevention
▪ Design objective 3.1 (passive ventilation) or,
▪ Design objective 3.2 (active ventilation)
− Explosion protection
▪ Design objective 3.3
− Automated response to a fire and/or power outage
▪ Design objective 4.1 and,
− Design objective 4.2 (subject to 4.1)
▪ Design objective 4.3
− Regular maintenance and ground fault management
▪ Design objective 4.4
− Data integrity and accuracy
▪ Design objective 5.1

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