When families make the decision to live a lifestyle of self-reliance on a homestead, the one major lifestyle change they’ll encounter is potentially the loss of electricity. But, if your desire is to be completely self-sufficient, going off the grid is the most important component.
Just because you’re technically off the grid – it doesn’t mean you have to go without power completely. We all know batteries are too expensive to store – unless you have rechargeable batteries with solar powered chargers.
One thing you can do is invest in any gadgets that don’t require electricity at all, like and-crank radios, etc. But there are other options you can consider – such as solar, wind and water generated power.
Solar power is the most common option that people think of when they consider moving from a dependency on an electric company. Solar panels can be pricey, but they quickly pay you back for your investment.
You can cook with solar ovens, charge your electronics with solar-powdered gadgets, and do just about anything that you would normally use with paid electricity. You can either buy solar panels or make them yourself.
Be careful about some of the crude do it yourself tutorials. You want things to work on a budget, but you don’t want to put your family at risk with a set up that endangers anyone.
One option, depending on the property and its water resources, is to create a hydropower system. You have to have a stream or river flowing nearby that has a nice drop in elevation for it to work properly.
Wind power is another option. You can install wind turbines that will generate electricity, but you need to live in an area that consistently delivers wind speeds around 9-10 miles per hour for it to work.
With all of these options, you have choices that range between crude, low power producing products and extravagant products that leave you carefree and fully secure with a working system.
One thing that each homesteading family needs to do is determine how much power they really need. You’ll want to cut down on your electric usage – unplug appliances when not in use, turn off lights, etc.
Then you can better choose among the viable options you have to deliver enough power to provide for your family. If possible, make sure you have several choices on your property so that if there’s not a lot of rain, or the water flow gets stifled, or the wind dies down, you won’t be stranded without electricity.
Popular Questions
What are the most practical homesteading electricity options for a rural property?
Common homesteading electricity options include utility power, solar panels, wind turbines, micro-hydro systems, and fuel-powered generators. Solar works well in sunny locations, while wind and micro-hydro depend on reliable local resources. Many homesteaders combine renewable power with battery storage and a backup generator for greater reliability.
Is solar power one of the best homesteading electricity options?
Solar power can be a strong choice for homesteads with good sun exposure and enough roof or ground space for panels. Start by listing daily energy use, then size the solar array, batteries, inverter, and charge controller to match those needs. Keep a backup source available for extended cloudy weather or unusually high demand.
How can a homestead choose between electricity options such as solar, wind, and a generator?
Compare each homesteading electricity option by local weather, fuel availability, installation cost, maintenance, and expected energy demand. Solar is generally simpler to maintain, wind requires consistent wind and a suitable tower location, and generators can supply dependable short-term power when fueled. A site assessment and a detailed load list can prevent an expensive system from being undersized.
Do homesteading electricity options need battery storage?
Battery storage is useful when renewable homesteading electricity options produce power at different times than the household needs it. Batteries can store daytime solar production, support essential loads overnight, and reduce generator use during brief outages. Choose a battery bank with enough usable capacity for critical appliances and follow the manufacturer's requirements for ventilation, temperature, wiring, and safety.