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Lithium Battery Safety Awareness For Yacht Crew

Lithium Battery Safety Awareness for Yacht Crew

Course Content

Module 1: Introduction & Risk Context
5 Topics
1 Quiz
1.1 Why Lithium Batteries Matter on Yachts
1.2 Where Lithium Batteries Are Found Onboard
1.3 Why Yachts Are a High-Risk Environment
1.4 Consequences of Lithium Battery Failure Onboard
1.5 Individual Crew Responsibility
Assessment
Module 2: Lithium Battery Fundamentals
9 Topics
1 Quiz
2.1 Why Crew Need to Understand the Basics
2.2 What a Lithium Battery Actually Is
2.3 Inside a Lithium Battery Cell
2.4 How Energy Is Stored and Released
2.5 Common Lithium Battery Chemistries Found Onboard Yachts
2.6 Energy Density Explained (Why Size Is Misleading)
2.7 Battery Management Systems (BMS): What They Do — and Don’t Do
2.8 Lithium vs Lead-Acid Batteries (Why Old Assumptions Fail)
2.9 Why Damage Is Often Delayed
Assessment
Module 3: Lithium Battery Fundamentals
10 Topics
1 Quiz
3.1 Why Most Lithium Battery Fires Are Crew-Created
3.2 The Concept of Failure Pathways
3.3 Mechanical Damage (The Silent Trigger)
3.4 Electrical Stress: Overcharging and Mismatched Chargers
3.5 Thermal Stress: Heat Is the Enemy
3.6 Water and Salt Contamination
3.7 What Thermal Runaway Actually Is
3.8 Early Warning Signs (Often Missed)
3.9 Why Multiple Batteries Increase Risk Exponentially
3.10 Real Yacht Incident (Instructional)
Assessment
10 Topics
1 Quiz
4.1 Why Storage and Charging Are the Highest-Risk Activities
4.2 The Myth of “Out of the Way” Storage
4.3 Principles of Safe Lithium Battery Storage
4.4 Charging: Where Risk Peaks
4.5 Approved Chargers Only (No Exceptions)
4.6 Charging Location Selection
4.7 Battery Quantity Management
4.8 Storage State of Charge
4.9 Handling Damaged or Suspect Batteries
4.10 Real Yacht Incident (Instructional)
Assessment
10 Topics
1 Quiz
5.1 Why “Old but Working” Is a Dangerous Category
5.2 Lithium Battery Aging: What Actually Degrades
5.3 Cycle Life and Real-World Yacht Use
5.4 Inspection: What Crew Should Actually Look For
5.5 Inspection Frequency and Responsibility
5.6 Battery Identification and Tracking
5.7 End-of-Life: Knowing When to Retire a Battery
5.8 Safe Temporary Storage of Retired Batteries
5.9 Disposal: Why Lithium Batteries Are Not “Trash”
5.10 Real Yacht Incident (Instructional)
Assessment
Module 6: Recognising Escalation & Making Early Intervention Decisions
16 Topics
1 Quiz
6.1 Why Early Intervention Matters More Than Firefighting
6.2 Escalation Is a Process, Not a Moment
6.3 Behavioural Changes That Signal Escalation
6.4 Sensory Warning Signs
6.5 Decision Thresholds: When Monitoring Becomes Action
6.6 Isolation: The Most Powerful Early Response
6.7 Common Hesitation Errors
6.8 Risk to the Vessel vs Risk to Equipment
6.9 Real Yacht Incident (Instructional)
6.10 Standard Operating Procedures (SOPs) as a Primary Risk Control
6.11 Why SOPs Matter for Lithium Battery Risk
6.12 What a Lithium Battery SOP Should Cover
6.13 SOPs as Escalation Triggers
6.14 SOPs and Authority to Act
6.15 SOPs as Training Reinforcement
6.16 SOPs as Incident Protection
Assessment
10 Topics
1 Quiz
7.1 Why Lithium Battery Emergencies Are Different
7.2 The Crew Response Timeline
7.3 Integration With SOP (No Improvisation)
7.4 STAGE 1 — Abnormal Battery Identified (Pre-Escalation)
7.5 STAGE 2 — Escalation Confirmed (Pre-Ignition)
7.6 STAGE 3 — Thermal Runaway / Fire
7.7 Firefighting Strategy (Reality-Based)
7.8 Post-Fire & Re-Ignition Risk
7.9 Crew Psychology Under Lithium Battery Events
7.10 Real Yacht Incident (Instructional)
Assessment
Annex
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