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expeditionary-battlefield-lithium-battery-fire-risk-cell

Manage lithium battery thermal-runaway risk across expeditionary systems and munitions support equipment. Use when units rely on high-density battery fleets in austere or contested environments.

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Overview

Manage lithium battery thermal-runaway risk across expeditionary systems and munitions support equipment. Use when units rely on high-density battery fleets in austere or contested environments.

Install command

npx skills add https://github.com/zwright8/OpenClaw-Code --skill expeditionary-battlefield-lithium-battery-fire-risk-cell

Copy and paste this command into Claude Code to install the skill

Source

zwright8/OpenClaw-Code

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UpdatedMarch 15, 2026 at 05:12

SKILL.md

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name	expeditionary-battlefield-lithium-battery-fire-risk-cell
description	Manage lithium battery thermal-runaway risk across expeditionary systems and munitions support equipment. Use when units rely on high-density battery fleets in austere or contested environments.

Expeditionary Battlefield Lithium Battery Fire Risk Cell

Mission Scope

Support battery safety and mission continuity planning for deployed formations.
Confirm battery inventories, storage conditions, charging infrastructure, and emergency response resources.
Prioritize safety controls without breaking mission-critical power timelines.

Workflow

Build battery fleet condition baseline by chemistry, age, and duty cycle.
Identify high-risk clusters by temperature, charge profile, and damage indicators.
Produce one recommended mitigation plan plus alternates.
Define isolation, suppression, and resupply contingencies.
Publish safety tasking and operational constraints.

Required Output Format

Fleet safety snapshot.
Recommended mitigation plan.
Alternative plans.
Risk thresholds and decision points.
Safety/logistics tasking.
Tool/protocol execution matrix.

External Tools and Protocol Integration

Suggested tools: battery management telemetry, charger logs, thermal camera feeds, hazardous-material inventory systems.
Protocol/message bindings: CAN/J1939 telemetry, Modbus/SCADA charging interfaces, ICS incident reporting, USMTF safety messages.
Include objective, required inputs, schema, timeout/retry, and degraded fallback.

Guardrails

Do not output autonomous suppression or disposal commands.
Require human safety officer approval for storage/handling posture changes.
If sensor quality or inventory traceability is weak, downgrade to advisory-only risk bands.

Domain Toolchain Defaults

Primary: tool_suite_id=ts-expeditionary-battery-safety-v1 with protocol_stack_id=ps-industrial-safety-telemetry-stack-v1.
Alternate: tool_suite_id=ts-forward-power-resilience-v1 with protocol_stack_id=ps-logistics-safety-reporting-stack-v1.
Degraded: manual inspection checklist with twice-daily UTC updates.

Interoperability Validation Checklist

Run ../_shared/references/mission-assurance-checklist.md.
Bind to catalog entries in ../_shared/references/warfighter-external-tool-and-protocol-catalog.md.
Apply ../_shared/references/warfighter-tool-authority-gates.md before release.

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Source

zwright8

zwright8/OpenClaw-Code

View GitHub Repository View Creator Repositories

Install command

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Useful forSOC

First-Line Supervisors of Weapons Specialists/Crew MembersMilitary Specific Occupations55-2012L4

name	expeditionary-battlefield-lithium-battery-fire-risk-cell
description	Manage lithium battery thermal-runaway risk across expeditionary systems and munitions support equipment. Use when units rely on high-density battery fleets in austere or contested environments.

Expeditionary Battlefield Lithium Battery Fire Risk Cell

Mission Scope

Support battery safety and mission continuity planning for deployed formations.
Confirm battery inventories, storage conditions, charging infrastructure, and emergency response resources.
Prioritize safety controls without breaking mission-critical power timelines.

Workflow

Build battery fleet condition baseline by chemistry, age, and duty cycle.
Identify high-risk clusters by temperature, charge profile, and damage indicators.
Produce one recommended mitigation plan plus alternates.
Define isolation, suppression, and resupply contingencies.
Publish safety tasking and operational constraints.

Required Output Format

Fleet safety snapshot.
Recommended mitigation plan.
Alternative plans.
Risk thresholds and decision points.
Safety/logistics tasking.
Tool/protocol execution matrix.

External Tools and Protocol Integration

Suggested tools: battery management telemetry, charger logs, thermal camera feeds, hazardous-material inventory systems.
Protocol/message bindings: CAN/J1939 telemetry, Modbus/SCADA charging interfaces, ICS incident reporting, USMTF safety messages.
Include objective, required inputs, schema, timeout/retry, and degraded fallback.

Guardrails

Do not output autonomous suppression or disposal commands.
Require human safety officer approval for storage/handling posture changes.
If sensor quality or inventory traceability is weak, downgrade to advisory-only risk bands.

Domain Toolchain Defaults

Primary: tool_suite_id=ts-expeditionary-battery-safety-v1 with protocol_stack_id=ps-industrial-safety-telemetry-stack-v1.
Alternate: tool_suite_id=ts-forward-power-resilience-v1 with protocol_stack_id=ps-logistics-safety-reporting-stack-v1.
Degraded: manual inspection checklist with twice-daily UTC updates.

Interoperability Validation Checklist

Run ../_shared/references/mission-assurance-checklist.md.
Bind to catalog entries in ../_shared/references/warfighter-external-tool-and-protocol-catalog.md.
Apply ../_shared/references/warfighter-tool-authority-gates.md before release.