Archives for May 2018

You never know what life is going to throw your way. Whether your property runs on solar power, wind power, water power, the power company grid, or a combination you should expect something to happen regardless of how well you design your power system or how well the power company has provided power in the past.

That is why you need a backup power system. You don’t want to be without power whether your loss of power is due to strong storms that came through the area or as the result of a major long-term disaster or complete collapse TEOTWAWKI type collapse. Just look at it as another insurance policy.

What should you use? A backup generator provides peace of mind when living off-grid and during emergencies. And today’s generators are lighter, quieter and more efficient than ever.

Why you need a generator

We’ve all seen the stories of people rushing to hardware stores the moment a hurricane or some other natural disaster is on the radar. For many who never pictured a life off-grid, that quickly becomes a reality and they are scrambling.

That is not what you want. When you are homesteading and when you are living off-grid, everything should be outlined, and you should have preparations in place. Preparations in place for ‘what if.’

By purchasing a generator now, it will be ready when you do need it.

How do you choose the right generator

We’ve established that it is in your best interest to have a backup generator. But before you simply go to the store to buy the first generator you see, there are several questions you should ask to make sure you have the right generator for your property. Especially if you are purchasing a generator for the first time.

This is a significant investment, so let’s make sure it’s the right decision.

1. Does it provide the power you need?

If you have already constructed your off-grid power system, you should have a pretty good idea of how much power you use. If you haven’t done that yet, this is a great time to start.

But for your generators, you can determine what you need, rather than just want, to keep running. This means the wattage will likely be less than what you are used to with your power system. Go through your house, look at the labels detailing wattage for each item you want to keep running (if they have it). If you can’t locate that information, here is a good chart to help you get started.

When you’ve calculated the wattages, multiply it by 1.5 and that’s what you need. With that information, you can begin looking for a generator that can provide the necessary wattage.

2. Is it easy to operate?

I will always prefer easy over hard. And that certainly includes generators. So what makes something easy to use? I would look into how easy it is to maintain with prior knowledge. Is it easy to start with little force? Is it fairly automated? That can be something as simple as a fuel shutoff valve when the engine is low on fuel? it portable and easy to move if necessary?

These are just a few of the questions I would ask in determining how easy (or difficult) a generator is to operate.

3. Is it durable?

While we want something that is easy to operate, we can’t sacrifice performance.

The quality of a generator can vary greatly. It often has to do with price, but there are just certain engines you know you can trust. You aren’t just buying a generator to last a few months or maybe a year or two. You want it to last.

Look for a generator that has a strong engine and is built using high-quality materials. Because you don’t want to be wondering if your generator will be there when you need it.

I chose the Honda EU2200i

If you are ready to purchase your generator, I recommend the Honda EU2200i (check current price and availability at Amazon.com) And here’s why.

First, the quality. I want something that I know I can count on. You can trust Honda. The EU2200i is a generator that was introduced in early 2018 and replaced the legendary EU2000i. That’s not always an easy thing to do, but Honda’s generators are better than ever. Between the engine and the build, the quality of this generator is tough to beat.

The engine is 2200 watts, about 10 percent more than the previous model. And one great feature is that you can pair this generator with another EU2200i or the EU2000i model for more power when necessary.

At the same time, you also get Honda’s noise reduction. I know many people think generators are just going to be obnoxiously loud. The EU2200i has a maximum of 57 decibels at full power which is about the normal noise level for conversational speech. So you get the power without the noise.

You will also enjoy great fuel efficiency. It can run for up to nine hours on less than one gallon of fuel.

It has the performance you need and it’s built to last. It has other great qualities that make it easy to use: It is lightweight, weighing less than 47 lbs. so moving it won’t be difficult, and it is pretty small at 20” x 11.4” x 16.7.” These are little things you need to keep in mind.

The engine and durability make the EU2200i or EU2000i. are both great choices. The ease of use, noise reduction, and portability make it even better.

When you are living off-grid, you need to be prepared for life to happen. For the unexpected. But with the right backup generator, you will be ready and what could have been a disaster will just be a small inconvenience at worse…

Off-grid living will give you a life of security and freedom that few experience today.

You will be living a sustainable life; a life where you are producing more than you consume. A life where you are not dependent on outside resources because you create your own resources. An environmentally responsible life that uses renewable sources to create energy.

But when you’re not getting your electricity from a power company, or the ‘power grid,’ where do you begin?

For many, this might seem daunting. But you have options. Solar and wind power are an option many choose, but they can often be inconsistent. With micro-hydro systems or water power, you don’t have that volatility. Water generally runs throughout the day, regardless of the time of day or weather conditions outside. If you have the right resources on your property, you can produce large quantities of electricity.

Perfect for off-grid living. Ready to get started?

What you need to know about water power

1. You need to start by understanding your energy needs. This means you need to assess the amount of power you use in a day. You can do this by going through your house and looking at the labels detailing wattage for each item. If you can’t locate that information, here is a good chart to help you get started. Make sure your numbers are right because you don’t want to waste any energy.
2. A word of caution: Check with local authorities to ensure you have permission before you get started. Even if this is on your own land it’s better to be safe.
3. Now, to get started, you obviously need a source of water. But not just any water. Water must be moving and or falling to generate power. You don’t want ‘flat’ water. This would ideally be water falling down the hillside. Because there must be enough volume and elevation drop to create the pressure that will spin a turbine and generate power. If the water volume decreases, the power will go down. You also need to be mindful of seasonal changes. It is natural to see water flow lessen depending on the seasons. Just be aware of that. You can design a system to handle varied flow rates.
4. You can run your system on as little as two gallons of flowing water per minute. However, you will need a lot of drop. The same is true for your drop. If you have just two feet of drop, you will need 500 gallons of flowing water per minute.
5. There will be some maintenance required for your micro-hydro system. This means bearings must be checked, lubricated and occasionally replaced. Intake systems must be cleared of debris and the pipeline needs to be free of damage. A little regular maintenance will go a long way to ensure your system is running well.

And while the best location is not always the location closet to your house, it should be a spot with easy access if you can help it for when you are performing maintenance.

What you need to get started

After you’ve evaluated your water resources and determined your site, you need to identify the components you need to get started.

• Turbine: The turbine serves as the ‘engine’ of your system by converting water into electricity. There are numerous types of turbines, but make sure yours matches your specific head and flow. The smallest differences in specifications can significantly impact your energy.
• Intake: The intake is usually the highest point of your system where water is diverted from the stream to your pipeline. This will allow for a deep enough pool of water to provide a smooth inlet to your pipeline. It will also remove debris from the system.
• Pipeline (or Penstock): The pipe is effectively a ‘fuel line’ that brings water to your system. It moves water through the turbine and creates head pressure as the vertical drop increases.
• Generator: The generator converts rotational energy from the turbine into electricity.
• Powerhouse: This is the building that houses your turbine, generator, and other controls. There is no one design for this. It is simply there to protect the components of your system from the outside elements.

With each of these items, you will have choices. It’s important to make the right choice based on the individual needs of your water system.

For an off-grid system, there will be two types of system configurations.

• Off-grid without batteries: This is generally for larger systems that have enough power to run all loads.
• Off-grid with batteries: This is your more common system that you will probably utilize. Similar to other alternative energy systems, the charging source puts energy in the battery while the battery runs the loads either directly or via an inverter.

Can I do this myself?

For many people, the reasons behind alternative energy sources like water power are to save money, have independence or environmental concerns. Or maybe all of the above. Whatever your reasons, a water power system is a great option.

For most, the first question they will ask is ‘how much does this cost?’ That is certainly understandable. But the good news is that it is the least expensive way to generate power off-grid and it is something you can do yourself. It will take preparation and planning before you can even begin. And you will need to make sure you are selecting the right components for your operation.

If you want more information, I suggest you start with this book which will guide you through the process of building your micro-hydro system.

And because this is a renewable energy project, you can qualify for a federal tax credit. Even if you do the work yourself. The credit is equal to 30 percent of the cost and since this is a credit and not a deduction, you take the amount directly off your tax payment. So a nice little bonus.

If you want to live off-grid, you have many options for harvesting energy. Water power is a reliable, inexpensive option that could be just right for you.

Also, read:

• Alternative Energy Sources For The Homestead Part Two – Wind Power
• Alternative Energy Sources For The Homestead Part One – Solar Power