Concept
Off-grid living
Also known as: Off-grid, Self-sufficient living
Life in dwellings not connected to public electrical grid, municipal water, or municipal sewer. Off-grid homes generate their own electricity (typically solar PV with battery storage, sometimes wind, micro-hydro, biogas), source their own water (well, rainwater, spring), and process their own wastewater (composting toilet, septic, constructed wetland). Off-grid living ranges from simple rural homesteads to architecturally sophisticated Earthships, ecovillages, and remote communities. Estimated 250,000+ off-grid homes in the United States alone; many millions globally.
What “off-grid” means
The standard definition:
- No utility electricity — typically [[solar-pv|solar PV]] + battery storage; sometimes wind, [[micro-hydro|micro-hydro]], biogas, generator backup
- No municipal water — well, spring, rainwater, or surface water with treatment
- No municipal sewer — composting toilet, septic, constructed wetland, or other on-site treatment
Often also includes:
- Off-grid heating — wood stove, masonry heater, [[passive-solar|passive solar]], biomass
- Reduced consumption — efficient appliances, mindful use, lifestyle adaptation
Spectrum of practice
Off-grid living spans:
- Rustic homestead — minimal infrastructure; manual water hauling, propane appliances, simple solar
- Comfortable off-grid home — full modern conveniences; sized solar + battery; well + pump; modern composting toilets
- High-tech off-grid — Earthships and similar; integrated water-energy-food-waste systems
- Off-grid community — ecovillages, [[intentional-community|intentional communities]]; shared infrastructure
Why people choose off-grid
- Remote locations — places where grid extension is expensive or impossible
- Cost — once the initial investment is made, operating costs can be lower
- Resilience — independence from utility outages, supply-chain disruption
- Values — ecological footprint, self-sufficiency, sovereignty
- Lifestyle — connection to place, simpler life, hands-on relationship with infrastructure
Considerations
- Initial cost — typically higher than grid connection where grid is available
- Skills required — operating off-grid systems requires more knowledge than flipping a switch
- System sizing — match generation, storage, and consumption; mismatches produce uncomfortable results
- Backup planning — winter solar reduction, equipment failure, drought
- Permits and codes — vary widely; some jurisdictions accommodate off-grid, others don’t
Notable examples
- Earthship community (Taos, NM) — see [[earthship]]
- Greater World Earthship Community — 70+ off-grid Earthships
- Numerous ecovillages — most fully or partly off-grid
- Rural homesteads — millions globally
- Small islands — many island communities are necessarily off-grid
See also
Auto-generated from this entry’s typed relations: frontmatter, grouped by relation type so the editorial signal isn’t flattened.
- Shares approach with: [[solar-pv]] · [[rainwater-harvesting]] · [[earthship]]
Sources
- The Self-Sufficient Life and How to Live It, John Seymour (Dorling Kindersley, multiple editions)
- Off Grid and Free, Ron Melchiore (2016)
- Home Power magazine archive
Rooted in life.
What links here, and how
Inbound connections from across the wiki, grouped by lens and by relationship. These appear automatically — every entity page declares what it links to, and that data populates here on the targets.
Practical
shares approach with
- Biogas household biogas systems power cooking and lighting in millions of off-grid rural homes worldwide
- Micro-hydro where a suitable stream exists, micro-hydro is often the most reliable off-grid power source — 24/7 generation unlike solar
- Solar photovoltaic solar PV is the dominant residential renewable for off-grid power; cost reductions made it economical for non-grid-connected homes
- Residential wind residential wind is a key component of well-resourced off-grid systems where wind is reliable
4 inbound links · 3 outbound