🌲

Off-Grid Survival
Binder

Simple · Realistic · Actionable

1 Home Blueprint

2 Water System

3 Solar & Power

4 Cold Climate Heating

5 Printable Binder Pages

6 First 24 Hours Plan

PRINT · LAMINATE · KEEP ACCESSIBLE

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Off-Grid Home Blueprint

SECTION 01

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A realistic off-grid home doesn't need to be expensive or complex. The goal is minimum viable infrastructure — shelter, warmth, water, and power working together as a system.

[ ROOF — Metal preferred, steep pitch for snow/rain collection ] | ``` [ ATTIC — Insulation space, passive heat buffer ] / [ LOFT ] [ STORAGE ] ← dry, accessible, off ground | [ MAIN LIVING AREA — South-facing windows for passive solar gain ] ┌─────────────────────────────────────────────────────┐ │ Kitchen/Cook Area │ Living / Sleep Space │ │ (Wood stove here) │ (Minimal, multi-use) │ │ │ │ │ Pantry / Root Cellar │ Off-Grid Power Corner │ │ access below │ (batteries + inverter) │ └─────────────────────────────────────────────────────┘ | | [ CRAWL SPACE / CELLAR ] [ MECHANICAL ROOM ] Root cellar, water tank, Water filtration, grey gray water holding water, propane if used

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Smart Layout Principles

Square footage: 400–800 sq ft is plenty. Less to heat, less to maintain.
South-facing windows: Free passive solar heat in winter. Place main living area on south wall.
Open floor plan: Heat distributes from one stove. No hallways wasting space.
Loft sleeping: Heat rises — loft stays warm without extra heating.
Buried or bermed walls: Earth provides R-2 per foot of insulation on north side.

Priority Build Order

Shelter + weatherproofing
Heating (wood stove)
Water collection + storage
Basic power (start with 12V)
Food storage (root cellar)
Communications
Expand / improve incrementally

Foundation Options

Type	Best For	Cost	Notes
Pier / Post	Remote sites, sloped land	$	Easy to DIY, good airflow underneath, less concrete
Rubble Trench	Good drainage areas	$	No concrete, uses gravel + perforated pipe in trench
Slab on Grade	Flat sites	$$	Thermal mass benefit; insulate below slab
Full Basement	Cold climates	$$$	Doubles as root cellar and mechanical room

⚠ Insulation is your #1 investment

Heating costs and comfort hinge almost entirely on insulation. Aim for R-40+ in ceiling, R-20+ in walls, R-30+ under floor. Spray foam around windows/doors. This is far more impactful than a bigger stove.

Essential Systems Checklist

Metal roof with gutters (water collection)
Wood stove — main heat source
Propane or rocket stove — backup cook
Root cellar or insulated cold storage
Solar + battery bank installed

Rainwater tanks (1,000+ gal)
Gravity-fed or hand pump water
Outhouse or composting toilet
Greywater system (simple reed bed)
Communication: radio + charged phone

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💧

Water Collection + Filtration

SECTION 02

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Water is your first survival priority. A robust system combines multiple collection sources with multi-stage filtration so you're never dependent on one method.

Rainwater Collection System

RAIN ``` ↓ [ Metal Roof — ideal, no asphalt shingles ] ↓ [ Gutters → Downspout ] ↓ [ First Flush Diverter ] ← discards first ~10 gal (debris/bird waste) ↓ [ Leaf/Bug Screen Filter ] ↓ [ Storage Tank — food-grade poly, 1,000–5,000 gal ] ↓ [ Gravity Feed OR 12V Pump ] ↓ [ FILTRATION STAGES — see below ] ↓ [ Tap / Point of Use ]

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Filtration Stages — Layer These

Stage	Method	Removes
1 — Pre-filter	100–200 micron mesh or sand	Sediment, debris, large particles
2 — Ceramic	Berkey-style gravity filter or candle filter	Bacteria, protozoa, fine sediment
3 — Carbon Block	Activated carbon (GAC) cartridge	Chemicals, chlorine, odors, taste
4 — UV Sterilizer	SteriPen or inline UV lamp (12V)	Viruses, remaining bacteria
5 — Final polish	0.1 micron inline membrane	Sub-micron particles, cysts

✓ Minimum viable setup

For most off-grid situations: Pre-filter → Berkey gravity filter → boil for drinking. This covers bacteria and protozoa. Add UV if you suspect viral contamination.

Storage Sizing

1 person: ~50 gal/week (drinking + cooking + hygiene)
Family of 4: ~200 gal/week minimum
Target: 90-day supply minimum
Use food-grade HDPE (marked #2) tanks only
Store in shade — UV degrades plastic, algae grows in light
Add 5–7 drops unscented bleach per gallon for 6-month storage

Alternative Sources

Well: Best long-term option. Test annually for bacteria + nitrates. Manual pump as backup.
Spring: Capture at source with concrete springbox. Protect from surface runoff.
Stream: Always filter + treat. Test for agricultural runoff upstream.
Snow melt: Clean but low volume. Collect large quantities, melt in batches.

Water Testing

Test new sources for: coliform, nitrates, pH, hardness
Buy 3-in-1 test strips for quick field checks
Retest after heavy rain or flooding
Keep a $30 TDS meter — tells you total dissolved solids

⚠ Cold climate

Bury pipes below frost line. Insulate exposed tanks. Keep a manual backup — pumps fail in extreme cold.

DIY Slow Sand Filter (Free / Cheap)

Fill a food-grade barrel from bottom to top: gravel (6") → coarse sand (6") → fine sand (18") → activated charcoal (4"). Water enters from top, exits via pipe 2" above gravel bottom. Biological layer (schmutzdecke) forms in 2–4 weeks and does most of the work. Effective against bacteria and sediment. Always follow with boiling for drinking.

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☀️

Solar + Power Basics

SECTION 03

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A realistic off-grid power system is built around what you actually need, not what grid-connected homes use. Reduce consumption first, then size your system.

System Components (in order)

[ Solar Panels ] ──── DC power ────→ [ Charge Controller ] │ ↓ [ Battery Bank ] │ ┌─────────────┴──────────────┐ ↓ ↓ [ 12V DC Direct ] [ Inverter ] Lights, fans, → 120V AC USB, pumps Appliances

Realistic Starter System

Component	Spec	Approx Cost
Solar Panels	400–600W total (2–3 panels)	$300–500
Charge Controller	MPPT 40A (more efficient than PWM)	$80–150
Battery Bank	100–200Ah LiFePO4 or AGM	$400–900
Inverter	1,000–2,000W pure sine wave	$150–300
Wiring + fuses	4–8 AWG, fuses, bus bars	$100–200
Total starter	Covers lights, phone, laptop, small pump	~$1,000–2,000

Battery: LiFePO4 vs AGM

	LiFePO4 (Lithium)	AGM (Lead Acid)
Lifespan	3,000–5,000 cycles	400–800 cycles
Usable capacity	80–100%	50% (don't go below)
Weight	Light	Very heavy
Cold performance	Reduced below 32°F	Significantly reduced
Cost	Higher upfront	Cheaper upfront
Verdict	Best long-term value	OK starter option

Know Your Loads First

Calculate daily watt-hours before buying anything:

LED lights (x4): 5W × 6hr = 30Wh
Laptop: 45W × 4hr = 180Wh
Phone charging: 10W × 2hr = 20Wh
12V water pump: 60W × 0.5hr = 30Wh
Radio/comms: 5W × 3hr = 15Wh
Total: ~275Wh/day

Add 25–30% buffer. Multiply by days of cloudy weather you want to survive (2–3 days minimum).

What NOT to Power Off Solar

Electric space heaters (huge draw)
Electric water heaters (use propane)
Air conditioning (not realistic off-grid)
Electric stoves / ovens

Wind + Hydro Backup

Small wind turbine: Worth it if avg wind >10 mph. Generates at night/cloudy days when solar can't.
Micro hydro: Best power source if you have a year-round stream with 3+ ft drop. Runs 24/7.
Generator: Keep a small 2,000W inverter generator as true backup. Run occasionally to top batteries in winter.

💡 Priority rule

Run everything 12V DC when possible. Inverting to 120V AC wastes 10–15% as heat. 12V LED strips, 12V fans, 12V USB chargers, 12V water pump — all run directly from your battery.

✓ Panel placement — cold climate tip

Tilt panels at your latitude + 10–15° in winter for better angle. Face true south (not magnetic). Keep snow-clearable — a brush on a long handle. Panels actually work better in cold temperatures but lose output under snow.

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🔥

Heating Strategy for Cold Climates

SECTION 04

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Cold climate heating is a life-safety system, not a comfort preference. The right strategy uses layered redundancy: passive solar + a primary wood heat source + a backup.

Passive Solar (Free Heat)

South-facing windows = free heat during daylight. Use double or triple pane.
Thermal mass (concrete floors, stone walls, water barrels) absorbs heat during day, releases at night.
Insulated window quilts or heavy curtains at night — windows lose ~10× more heat than insulated walls.
Roof overhang sized to let winter sun in but block summer sun (use your latitude to calculate).

Primary: Wood Stove

The most reliable, fuel-independent heat source. Choose a cast iron or steel insert sized for your square footage.

Sizing: ~25 BTU per sq ft in cold climates. 600 sq ft = 15,000 BTU stove.
Rocket mass heater: Burns 80–90% less wood than conventional stoves. Radiates stored heat for hours after fire is out. Good DIY option.
Season firewood 1–2 years minimum (moisture below 20%). Wet wood = dangerous creosote.
Clean chimney annually. Keep a chimney brush and mirror.
Stock 3–5 cord of wood before winter. Know your burn rate.

Wood Fuel Calculator

Firewood Type	BTU/Cord (Dry)	Relative Value
Oak, Hickory	~25 million	Best
Ash, Maple	~22 million	Excellent
Cherry, Walnut	~20 million	Good
Pine, Fir	~16 million	OK (burns fast, more creosote)
Birch	~18 million	Good, burns well green

Backup Heat Options

Propane wall heater (non-electric ignition): Excellent backup. Mr. Heater Big Buddy or equivalent. Keep 100+ lb tank filled.
Kerosene heater: Reliable, portable. Keep 10–20 gal stored. Ventilate when running.
Masonry heater: High-efficiency, burns fast + hot, radiates all day. Expensive to build, extremely effective.

Insulation — Your Most Important Investment

Location	Target R-Value	Method
Ceiling/Attic	R-49 to R-60	Blown cellulose or fiberglass batts
Walls	R-20 to R-30	Spray foam + batts
Floor/Crawl	R-25 to R-30	Rigid foam boards
Windows	R-3 to R-5	Triple pane, insulate at night
Door seals	—	Weatherstrip + door sweep, no gaps

Freeze Prevention Checklist

Water pipes insulated or buried below frost line
Know where pipe shutoffs are
Water tank location: inside or insulated
Backup heat can maintain 45°F minimum
2+ week fuel supply always on hand
Carbon monoxide detector installed

🚨 Never do this

Never run a propane, kerosene, or charcoal heater in an unventilated sealed space. CO poisoning kills silently. Always ventilate. CO detector is non-negotiable.

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📋

Printable Survival Binder Pages

SECTION 05

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Fill in these pages now — before you need them. Keep printed copies in your binder, laminate the critical ones.

📞 Emergency Contacts

Name / Role

Phone (primary)

Phone (secondary)

Location / Address

Name / Role

Phone (primary)

Phone (secondary)

Location / Address

Local Sheriff / Police Non-Emergency

Nearest Hospital

Nearest Fire Station

Power/Utility Outage Line

🩺 Medical Information (Household)

Name

Blood Type

Allergies

Medications + Doses

Conditions

Name

Blood Type

Allergies

Medications + Doses

Conditions

🗺 Location & Property Info

Property Address / GPS Coordinates

Property Legal Description

Well depth + pump type

Septic tank location

Water shutoff location

Propane shutoff location

Generator fuel location

Nearest neighbor (name + distance)

📦 Supply Inventory Tracker

Item	Quantity on Hand	Days Supply	Reorder At	Last Checked
Water (gal)			30 days
Food (meals)			30 days
Firewood (cord)			1 cord
Propane (lbs)			40 lbs
Generator fuel (gal)			10 gal
Medications			30 days
First aid supplies			Quarterly
Battery / power bank			—
Water filter cartridges			1 spare
Other: ___________

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🚨

First 24 Hours — Emergency Action Plan

SECTION 06

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This plan covers the first 24 hours of a grid-down or emergency scenario. Execute in order. Don't skip steps. Assign roles to household members now.

🔴 Immediate rule — first 10 minutes

Do NOT panic. Do NOT use your phone for non-essential calls — preserve battery. Turn on a battery radio. Assess threats before acting.

Timeline of Actions

⚡ HOUR 0 — ASSESS & SECURE 0–30 MIN

Confirm everyone in household is safe and accounted for. Treat injuries first.
Identify the threat: power outage? Weather? Medical? Civil unrest? Unknown?
Turn on battery/hand-crank radio — get news and information.
Do NOT open the refrigerator or freezer. Closed, food stays safe 4–6 hrs (fridge), 24–48 hrs (freezer).
Check if outage is localized (your home) or widespread (neighborhood, region).
If threat involves fire, gas leak, or structural damage — EVACUATE FIRST, assess later.

🔦 HOUR 1 — STABILIZE BASICS 30–90 MIN

Light: Deploy battery lanterns in kitchen, main room. LED headlamps to each person.
Heat: If cold — start wood stove or backup heater NOW, before temperature drops. Don't wait.
Water: Fill bathtubs + all large containers immediately from working tap (before pressure drops). Fill a WaterBOB if you have one.
Communication: Text (not call) family members your status. Texts route through congestion better than calls.
Power: Connect critical devices to battery bank/power station. Prioritize: medical devices, communication, lights.

🍲 HOUR 2–6 — ESTABLISH ROUTINE 2–6 HRS

Prepare a meal from shelf-stable or cook-stove foods. Morale matters — eat.
Check on elderly neighbors or dependents nearby.
Inventory your supplies: water, food, fuel, medications, battery levels. Note what you have.
Set a phone charging schedule — charge one device at a time, keep all phones above 50%.
If grid outage confirmed to last 24+ hrs: turn refrigerator to coldest setting, add ice blocks, minimize opening.
Assign overnight watch rotation if situation warrants it.

📅 HOUR 6–24 — PLAN FOR EXTENDED OUTAGE 6–24 HRS

24–72 hrs? Stay put. Continue using stored supplies. Monitor radio for updates.
72+ hrs? Activate extended plan: conserve water aggressively, start rationing non-essential power use.
Contact your emergency network (neighbors, community group) to share information and resources.
If you need to evacuate: go to the pre-planned location. Tell someone where you're going. Take the go-bag.
Medications: if someone needs refrigerated medications, know your 24-hr pharmacy / hospital plan.
Document anything unusual (damage, threats) with photos if safe to do so.

Go-Bag Essentials (Always Ready)

Water (3 days, 1 gal/person/day)
Food (3 days, high calorie, no-cook)
First aid kit (complete)
Copies of important documents
Cash in small bills ($100+ minimum)
Full change of clothes + rain gear

LED headlamp + extra batteries
Battery / solar power bank (charged)
Hand-crank or battery radio
Multi-tool or knife
Medications (30-day supply)
Paper map of your region

Pre-Assigned Roles

Communications / Radio monitor

Water management

Food / cooking

Heating / fuel management

Medical / first aid

Security / perimeter check

✓ Review this plan quarterly

Read through this binder every 3 months. Rotate food and water stock. Update contact info. Practice fire drills. Preparedness degrades without maintenance — the plan you never test is the plan that will fail you.

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