🎯 Active Projects: Implementation Hub

Mission: Document real builds in progress, completed systems, and lessons learned. Every failure is data. Every success is replicable.

🚀 Current Project Statuses

📋 Project Templates & Examples

Example-Project-12V-Cabin-Solar

Complete, documented example

• 4kW array, 10kWh battery, 3kW inverter
• Wiring diagrams, component sources, cost breakdown
• Challenges encountered and solutions
• Performance data (6+ months)
• Replicability: Can be built by skilled DIYer in 40-60 hours

Link to full documentation: [Project-Solar-Cabin-12V]

Example-Project-LM-Studio-Setup

Local LLM deployment, small scale

• Single GPU (RTX 4070), Llama 2 7B
• Integration with Obsidian vault
• Energy efficiency optimization
• Cost: $2,000 one-time + $10/month electricity

Lessons: Model quantization critical for 8GB VRAM, inference speed improved 3x with GPTQ vs. base

Example-Project-Community-Cistern

Water harvesting, 10-household scale

• 2000-gallon collection + treatment
• Sediment + carbon filter, UV disinfection
• Cost-shared ($2,000 per household)
• Water testing protocol
• Maintenance routine

Replicability: Clear for other climate zones, some adaptation needed

📂 How to Start a New Project

1. Clone Project-Template with today's date
2. Link from this MOC: [[Date-Project-Name]]
3. Update status weekly (15-min log)
4. Document challenges as they occur (post-action notes less useful)
5. Share learnings when complete (make it replicable)

Example: Created 2024-02-15-PROJECT-Soil-Testing.md

🔍 Project Categories

⚡ Energy Systems Projects

Completed:

• Completed-Solar-Array-5kW
• Completed-Battery-Upgrade-LiFePO4
• Completed-Generator-Backup-Install

In Progress:

• IP-Dual-Generator-Setup (for redundancy)
• IP-Micro-Hydro-Assessment (site study ongoing)

Planned:

• Planned-Wind-Feasibility (anemometer deploy, data collection 6 months)

💾 LLM & Computing Projects

Completed:

• Completed-LLM-Inference-Setup
• Completed-Obsidian-RAG-Integration

In Progress:

• IP-Quantization-Optimization (GPTQ, testing tradeoffs)
• IP-Fine-Tuning-Pipeline (domain-specific domain training)

Planned:

• Planned-Distributed-LLM-Network (federated inference across 3+ nodes)

🌱 Food & Water Projects

Completed:

• Completed-Rainwater-Cistern
• Completed-Permaculture-Guild-Install

In Progress:

• IP-Aquaponics-Backyard
• IP-Seed-Saving-Program

Planned:

• Planned-Root-Cellar-Dig (excavation, insulation, climate control)

🏗️ DIY & Fabrication Projects

Completed:

• Completed-Solar-Charge-Controller-PCB
• Completed-Temperature-Monitor-Device

In Progress:

• IP-Hydro-Turbine-Prototype
• IP-3D-Printed-Enclosure-Iteration

🤝 Community Projects

Completed:

• Completed-Tool-Library-Setup (cataloging, checkout system)
• Completed-First-Skill-Share (5 workshops, 20+ participants)

In Progress:

• IP-Community-Coordinator-Hiring
• IP-Governance-Documentation

📊 Learning Repository

Failures (Most Valuable)

Failure-Solar-Controller-Firmware-Corruption

• What happened: Update broke charge controller during rain
• Root cause: No offline backup, firmware had bug
• Lesson: Always have manual override, test firmware on dev board first
• Prevention: Implement automated backup of critical firmware

Failure-Aquaponics-pH-Crash

• What happened: pH dropped to 5.8, killed fish
• Root cause: Buffering insufficient, didn't monitor daily
• Lesson: Auto pH monitoring essential, not optional
• Prevention: Add sensor + alert system before stocking

Failure-Water-Cistern-Leak

• What happened: 500 gallons lost over 2 weeks
• Root cause: Fitting corrosion (galvanized steel + water)
• Lesson: Material selection matters (stainless > galvanized)
• Prevention: Use brass/stainless for water systems

Wins (Replicate These)

Success-LiFePO4-Battery-Installation

• Performance: 3,000+ cycles, zero degradation visible
• Efficiency: 94% roundtrip (exceeded 90% target)
• Reliability: Zero failures in 2 years
• Lesson: Higher upfront cost paid for itself in longevity

Success-Community-First-Harvest

• Yield: 500 lbs vegetables from 200 sq ft
• Cost per pound: $1.80 (vs. $3.50 store-bought)
• Community engagement: 8 households, knowledge spreading
• Lesson: Food production is also community-building

🧪 Experimental Projects (High Risk/Reward)

Exp-Methane-Digester-Small-Scale

Status: Testing phase
Goal: Convert food waste → biogas + compost
Risk: Requires careful management, smell potential
Reward: 2-4 hours cooking fuel/day if successful
Timeline: Results in 6 months

Exp-Fungi-Cultivation-Protein

Status: Learning phase
Goal: Grow mushrooms/mycoprotein for protein production
Risk: Contamination, learning curve steep
Reward: High-protein, low-cost food production
Timeline: First harvest in 3 months, optimization ongoing

📈 Metrics & Outcomes

Energy Projects: Typical Outcomes

• ROI timeline: 5-7 years (then pure benefit)
• Reliability: > 99% uptime for well-designed systems
• Efficiency: 80-95% roundtrip (generation → use)
• Maintenance: 5-10 hours/year for full system

Food Projects: Typical Outcomes

• Cost per pound: $1-2 (vs. $2-5 store)
• Time investment: 10-20 hours/month (scales with size)
• Yield improvement: Year 1 → Year 3: +300% (learning curve)
• Biodiversity: Year 1 (3-4 crops) → Year 3 (20+ varieties)

Community Projects: Typical Outcomes

• Engagement: 30-50% households in first year, 70%+ year 3
• Skill spreading: Average person learns 2 new skills/year
• Economic impact: $5,000-20,000 value creation per household annually
• Resilience: Can sustain 2-4 weeks isolation without supply chains

🎓 Lessons-Learned Summary

Recurring Wins:

• Documenting as you build (not after) = 10x better replicability
• Starting small and iterating > perfect upfront planning
• Redundancy in critical systems = few failures vs. frequent crises
• Teaching others = forces clarity, catches design gaps

Recurring Failures:

• Underestimating material costs (always budget +20%)
• Skipping safety measures (then scrambling)
• Not testing before full deployment
• Over-designing when simple works

✅ Project Checklist

Before starting:

• Goal is clear (1-2 sentences, not vague)
• Success criteria defined (how will we know it works?)
• BOM created and costs verified
• Timeline realistic (add 50% buffer)
• Team assembled (who does what?)
• Failure mode identified (what could go wrong?)

During:

• Daily or weekly log (even 5 minutes)
• Photos at key milestones
• Challenges documented in real-time
• Progress visible (whiteboard, Gantt chart)

After completion:

• Full writeup done (while memory fresh)
• Replicability tested (could someone else build it?)
• Media (photos, video) organized
• Shared with community (teaching moment)

🔗 Quick Links

Active Projects: [List each by category above]
Completed Projects: Vault-Completed-Index
Project Template: Project-Template
Failure Log: Lessons-From-Failures
Success Patterns: What-Actually-Works

Status: Growing library of projects
Last Updated: [DATE]
Most Recent Addition: Most-Recent-Project
Next Project Scheduled: Next-Project-Planned

Community projects strengthen through documentation. If you build something, document it. Future builders will thank you.