Combine a stream engine with flowing water and generate serious electricityCombine a stream engine with flowing water and generate some serious electricity. This micro hydro power.system will operate year round, except in drought. Tapping into moving water to generate electrical power is well-nigh the easiest and most dependable power source availble. Technically, the amount of head and flow on your site will be directly proportional to the power you'll be able to produce. Go here to learn more than you ever wanted to know about head and flow. The video below demonstrates the DIY hydropower's versatility. Take a look at this small hydro scheme. I'm sure you see the nexus between water pressure and the stream engine. As a large mega watt hydroelectric dam requires a great deal of flowing water, so likewise does a small hydro system, only not as much. Plainly, flowing water is indispensable, though the supply needn't be as voluminous as say: the Mississippi, a small brook will do just fine. Once a site is selected; set one of these remarkable little generators in the flow and watch what happens. Yes indeed, you'll make some serious power. The amazing thing about this sort of device is its capability of producing big power in the KW range. Ordinarily, the most common systems consist of a brush-less permanent magnet alternators. Generally, these are adjustable supporting an infinite number of turbine to electrical load combination's. One nice thing about a micro hydro energy systems; though please don't quote me, is that a complete setup may be had for less than the cost of a hi-def flat screen television. However, because cost does depend on several important factors, they will very. Quite naturally the most important is the amount of power you require; the more power, the greater the cost. But then that goes for solar and wind as well. Obviously the next two are flow and head. The volume of flowing water available and how much head you need to get up to your power requirement. Both will dictate price.
However, if you're a pack rat like me, it's also likely you're an efficient scrounger. And if these fit your profile, then you're likely a DIY junkie. This being true - you should be able to save a bundle. Next, you'll need to find out about the ordinary stuff - the electrical gear you'll need to tie everything together; i.e, regulators, dummy loads, battery chargers, batteries, etc. for a small system.
Anyway, if you're handy with tools, and you enjoy doing it yourself, you can build an efficient stream engine system to generate real electrical power for a reasonable sum. On the other hand, having a system installed, in some cases, can be surprisingly inexpensive, but usually just the opposite. In either case, you may be able to get off the grid as a reward. Now if you're seriously minded to do a grid tie, be sure to contact the FERC first. To learn more about - On Grid Tie Permits, see the Federal Energy Regulatory Commissions webs site. The good news is, you may even qualify for an exemption if you own the property where your system will be located. And since you have a small conduit hydroelectric system, from the provisions in Part I of the Federal Power Act, and other licensing provisions, you may even be completely exempt. Anyway, to learn more, see the Exemption web page under the FREC. Links: What are they, how they work and what you will need. Thanks for visiting stream engines, you can go home now.  Custom Search
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