Solar Power Systems
From a simple 100W van setup to full whole-home off-grid systems. Panel selection, battery banks, charge controllers, and inverters explained.
Explore Solar →Built by Homesteaders, for Homesteaders
The Practical Guide to Off-Grid Living
No fluff. No \"grid-connected house with solar panels\" content. Real guides for people who actually want to live off the land — solar systems, water harvesting, food independence, and honest gear reviews.
Site Stats
Updated February 2026
80+
Guides & Articles
30+
Products Reviewed
4
Topic Areas
Free
Always & Forever
What This Site Is Actually About
This is not a lifestyle blog. We don’t post aesthetic photos of cabins in the woods. This site exists to help you:
- Understand the real costs and trade-offs of going off-grid
- Build functional systems that work in the real world
- Avoid expensive mistakes beginners commonly make
- Find gear that’s actually worth buying (with honest affiliate disclosures)
Start Here: Your Off-Grid Path
1
Audit Your Needs
Calculate your power consumption, water usage, and food requirements before buying anything.
Power Audit Guide →
2
Build Your Power
Solar panels, batteries, and inverters — sized correctly for your actual load.
Solar Guide →
3
Secure Your Water
Rainwater collection, gravity-fed systems, and filtration that doesn’t fail.
Water Systems →
4
Grow Your Food
Productive gardens, food preservation, and foraging to reduce dependency on outside supply.
Food & Farming →Topics We Cover
Water Systems
Rainwater catchment, gravity-fed distribution, well drilling basics, and filtration that reliably produces safe drinking water.
Explore Water →Food & Farming
High-yield vegetable gardens, food preservation (canning, fermenting, dehydrating), chickens, foraging, and root cellars.
Explore Food →Building & Shelter
Tiny cabins, earthbag homes, cob construction, and simple DIY structures you can build yourself with minimal experience.
Explore Building →Tools & Gear
Honest reviews of the tools, gadgets, and equipment that actually make off-grid life easier — and the ones that don’t.
Browse Reviews →Solar System Comparison
Compare the most popular off-grid solar kits at a glance. Updated for 2026.
| Kit / Brand | Wattage | Battery | Best For | Approx. Cost | Our Rating |
|---|---|---|---|---|---|
| Renogy 200W Starter | 200W | Not included | Vans, tiny cabins | ~$280 | ★★★★★ Recommended |
| Jackery Explorer 1000 Pro | 100W input | 1002Wh built-in | Camping, temporary off-grid | ~$1,000 | ★★★★ Good |
| Bluetti AC200P | Up to 700W | 2000Wh built-in | Small homes, overlanding | ~$1,500 | ★★★★ Good |
| Victron Energy System | Scalable | LiFePO4 recommended | Full home off-grid | $3,000+ | ★★★★★ Best Overall |
| ECO-WORTHY 400W | 400W | Not included | Budget homesteaders | ~$350 | ★★★ Decent |
Latest Reviews
Gear we’ve personally tested. No paid placements — affiliate links are always disclosed.
Renogy 200W Solar Kit
The most popular entry-level off-grid solar kit. Solid panels, decent charge controller, good value for beginners building their first system.
Rating: Highly Recommended
Read Review →Berkey Water Filter
The gold standard of gravity water filters. Removes 99.9% of contaminants without electricity. Expensive but worth every cent for off-grid use.
Rating: Recommended
Read Review →Jackery Explorer 1000 Pro
A well-built portable power station. Great for camping and short-term off-grid use. Not ideal as a permanent home backup due to limited cycle life.
Rating: Good for Use Case
Read Review →Excalibur 9-Tray Dehydrator
The best food dehydrator for serious homesteaders. High capacity, consistent temperature, and built to last decades. A once-in-a-lifetime buy.
Rating: Recommended
Read Review →Essential Guides
Complete Beginner’s Guide to Off-Grid Living
Everything you need to know before making the leap. Realistic expectations, costs, and a step-by-step starting framework.
Read Guide →Sizing Your Off-Grid Solar System
A simple calculator and methodology for figuring out exactly how many panels and how much battery storage you actually need.
Read Guide →Rainwater Harvesting 101
How to collect, store, and filter rainwater for drinking, irrigation, and livestock. Legal considerations by US state included.
Read Guide →Best Crops for an Off-Grid Garden
The 15 most productive, nutritious, and easy-to-preserve crops for food independence. Calorie density ranked.
Read Guide →New to Off-Grid Living?
Start with these two guides before anything else:
- The Beginner’s Guide — Realistic picture of what off-grid life actually costs and requires
- How to Do a Power Audit — The essential first step before buying any solar equipment
Frequently Asked Questions
How much does it cost to go completely off-grid?
It depends heavily on your lifestyle and starting point. A minimal off-grid setup — small cabin, basic solar, rainwater collection, and a productive garden — can be built for $5,000–$15,000 over time if you do most of the work yourself. A full off-grid home with modern comforts (refrigeration, power tools, hot water, etc.) typically costs $25,000–$100,000+. The single biggest expense is usually the solar and battery system.
What size solar system do I need to live off-grid?
Start with a power audit. Most minimally-equipped off-grid households (fridge, lights, fans, phone/laptop charging, water pump) consume 1,000–3,000Wh per day. A 1,000W solar array with a 200Ah LiFePO4 battery bank handles this in most climates. Larger households with power tools, air conditioning, or electric cooking need 3,000–10,000W+ of solar. Use our solar sizing guide for exact calculations.
Is it legal to collect rainwater and live off-grid?
Rainwater collection is legal in most US states, though some have restrictions on collection volume. Full off-grid living is legal in most rural areas, though some counties require permits for structures, septic/composting toilet systems, and minimum dwelling sizes. Always check your local zoning laws before purchasing land. Our rainwater guide covers legality by state.
What’s the hardest part of living off-grid?
Most experienced off-gridders say it’s not the technology — it’s the mindset shift. Off-grid life requires constant attentiveness to your systems (battery state, water levels, food stores) and a willingness to live within your resource limits. The second hardest challenge is usually water in dry climates and heating in cold ones. Power systems, once properly designed, tend to be the least problematic.
Do I need to be a DIYer to go off-grid?
No, but it helps enormously. You can hire out most of the installation work for your solar system, water system, and shelter — but you’ll pay significantly more, and you’ll be dependent on contractors for repairs. Most successful off-gridders develop basic skills in electrical work (12V DC systems), plumbing, and carpentry over time. Starting with good guides and community forums makes the learning curve manageable.
Which battery is best for off-grid solar: lithium or lead-acid?
LiFePO4 (lithium iron phosphate) is the clear winner for most off-grid applications despite the higher upfront cost. It has 2,000–5,000 charge cycles vs. 300–500 for flooded lead-acid, can be discharged to 80–90% without damage vs. 50% for lead-acid, is maintenance-free, and has a much better energy density. Over a 10-year period, LiFePO4 typically costs less per usable kWh than lead-acid replacements.