Doomsday Zeus

Developing an Energy Salvage Inventory Objective Create a detailed inventory system for tracking recovered electrical equipment, components, and spare parts. ⸻ How It Works Every recovered component is identified, tested, labeled, and recorded so it can be quickly located when repairs are needed. ⸻ Inventory Categories Wire Breakers Relays Switches Motors Transformers Generators Solar equipment Battery systems Power supplies Connectors Lighting ⸻ Common Problems & Basic Fixes Missing labels Label immediately after testing. Unknown condition Mark as “Untested.” Duplicate storage Organize by category. Lost components Assign shelf locations. ⸻ Tools & Equipment Storage bins Label maker Notebook Spreadsheet Permanent markers Shelving Barcode labels (optional) Multimeter ⸻ Pre-Crisis Application Develop an organized inventory before shortages occur. ⸻ Post-Crisis Application Maintain accurate records of all recovered electrical resources. ⸻ End Goal Create an easily searchable inventory that supports rapid repairs and efficient resource management. ⸻ 🎥 YouTube Learning Inventory Management for Workshop Parts

Building a Component Recovery Workshop Objective Establish a workshop dedicated to inspecting, repairing, testing, and preparing salvaged electrical components for reuse. ⸻ How It Works Recovered equipment is cleaned, tested, repaired when possible, and sorted into inventory for future projects. ⸻ Workshop Areas Inspection bench Cleaning station Testing bench Repair station Parts storage Battery charging area Tool storage Documentation desk ⸻ Common Problems & Basic Fixes Poor lighting Install dedicated work lights. Mixed components Separate by voltage and type. Dust accumulation Clean benches regularly. Incomplete testing Inspect every recovered part before storage. ⸻ Tools & Equipment Workbench Multimeter Oscilloscope (optional) Soldering station Wire strippers Crimpers Power supplies Cleaning supplies Storage drawers Safety equipment ⸻ Pre-Crisis Application Assemble a home workshop and practice repairing common electrical devices. ⸻ Post-Crisis Application Restore salvaged equipment for future use in rebuilding projects. ⸻ End Goal Operate a fully functional electrical workshop capable of extending the life of recovered equipment.

Creating a Local Energy Resource Map Objective Identify and document local sources of electrical equipment, renewable energy, fuel, and repair materials. ⸻ How It Works A resource map allows recovery teams to quickly locate useful equipment while avoiding duplicate searches. ⸻ Resources to Map Solar installations Wind turbines Hydroelectric sites Electrical substations Factories Warehouses Construction sites Junkyards Vehicle repair shops Hardware stores Fuel depots Industrial facilities ⸻ Common Problems & Basic Fixes Outdated information Review locations regularly. Duplicate searches Track completed recovery sites. Missing notes Record equipment availability. Unsafe locations Mark hazards on the map. ⸻ Tools & Equipment Maps GPS Notebook Compass Camera Radio Inventory records Clipboard ⸻ Pre-Crisis Application Identify valuable electrical resources within your community. ⸻ Post-Crisis Application Coordinate efficient recovery operations using updated resource maps. ⸻ End Goal Maintain an accurate map of local electrical resources to support long-term rebuilding.

Manufacturing Replacement Components Objective Produce simple replacement parts locally when commercial manufacturing is unavailable. ⸻ How It Works Some electrical components can be fabricated, adapted, or rebuilt using recovered materials and basic workshop tools, while more complex electronics may require specialized equipment. ⸻ Possible Components Battery cables Wire harnesses Extension cords Fuse holders Terminal assemblies Mounting brackets Control panel labels Battery interconnects Ground straps Electrical enclosures ⸻ Common Problems & Basic Fixes Poor workmanship Inspect all finished components. Incorrect dimensions Measure before fabrication. Weak connections Test mechanical and electrical strength. Material shortages Recover usable materials from salvage. ⸻ Tools & Equipment Wire cutters Crimpers Drill Workbench Metal files Heat gun Label maker Measuring tools Multimeter ⸻ Pre-Crisis Application Practice building simple electrical assemblies using common materials. ⸻ Post-Crisis Application Produce reliable replacement components that keep systems operational. ⸻ End Goal Develop the capability to manufacture essential replacement parts locally. ⸻ 🎥 YouTube Learning DIY Electrical Fabrication Basics

Top 30 Salvage Priorities 1. Copper electrical wire – Essential for electrical repairs, power distribution, motors, and generators. 2. Deep-cycle batteries – Energy storage for solar, wind, and backup systems. 3. Solar panels – Long-term renewable electricity with few moving parts. 4. Charge controllers – Protect batteries and manage solar charging systems. 5. Power inverters – Convert DC battery power into AC power for many appliances. 6. Electric motors – Can be repurposed for pumps, machine tools, fans, and small generators. 7. Alternators – Useful for building charging systems and small-scale power generation. 8. Transformers – Important for adapting voltages in electrical systems. 9. Circuit breakers and fuse panels – Protect electrical installations and simplify repairs. 10. Electrical switches, relays, and contactors – Core control components for automation and power distribution. 11. Generators – Valuable for emergency and backup power when fuel is available. 12. Fuel storage tanks and fuel cans – Support operation of generators, vehicles, and machinery. 13. Hand tools – Screwdrivers, wrenches, pliers, hammers, files, chisels, and saws remain indispensable. 14. Multimeters and electrical test equipment – Essential for diagnosing and repairing electrical systems. 15. Power tools (with batteries and chargers) – Greatly increase repair and construction efficiency. 16. Fasteners – Screws, bolts, nuts, washers, anchors, hose clamps, and rivets are consumed constantly. 17. PVC and metal piping with fittings – Useful for water, drainage, compressed air, and conduit. 18. Water pumps – Critical for wells, irrigation, and moving water. 19. Pressure tanks – Improve water system performance and reduce pump cycling. 20. Bearings – Common wear items in motors, pumps, fans, bicycles, and machinery. 21. Belts, chains, pulleys, and sprockets – Key mechanical power transmission components. 22. Industrial wiring connectors and terminal blocks – Speed up repairs and make syste

Some of this is review, but most is new knowledge for you all. Being able to re-salvage and repurpose old electrical systems ensures that you and your tribe are able to survive. This wont guarantee success, as all situations are complex and play out differently, but it ensures that you have some basic knowledge of what to do in SHTF situations.

If there are any questions, or need for clarification, ask.

Next Classes Coming Up: Transformer design and fabrication please Autonomous Ground Vehicle Engineering (UGV Systems)

One small detail off can cost you everything being successful or failure