Residential Wind Energy: 2 Main Success Factors
When it comes to residential wind energy, there are only a couple of factors that will determine your success. It is very critical that you analyze these carefully early on in order to maximize the amount of money you can save with a device like this.
The 2 major factors to consider here are...
Where you are going to locate the residential wind turbine - This is often the most crucial element in the whole process. Understanding where you might place your wind turbine will largely determine the success that you enjoy with a project like this. It is best to pick out several locations that are possibilities and then do some anemometer testing to find out if there's enough when there to support your wind device in the amount of power you need to make. This is not a lengthy process but it is one that has to be done if you want to optimize power production through residential wind.
How much power you really need to make - This takes a little calculation and you may have to rely on the help of a manufacturer or 2 in order to make total sense of this. They should know best about how to apply their product to your residential wind situation. So, once you make a short list of things you would like to possibly supply power to, it is time now to dig deeper and understand the power rating on each one of these pieces of equipment. That's relatively easy to do if you still have your owners manual. If not, you can just look online and see what the peak power consumption is for your freezer, for example.
Once you have that the calculations relatively straightforward. Then, all you really have to do is multiply the power rating times the hours in the month that you think you'll be using the device. For something like your freezer, you will be using the device 24 hours a day 7 days a week. Therefore, you will be multiplying the power rating by a factor of approximately 650 to estimate the monthly kilowatt hours that you're likely to need to power the device. Then it is just a matter of choosing a wind turbine that can extract that much energy from your wind. It doesn't really matter if it can supply this much energy unless you have a battery backup system in order to smooth out the spikes. All renewable energy sources like the home wind turbine are intermittent at best and you need a buffer between the wind turbine and the device that you are trying to power.
In conclusion, residential wind energy is the easiest way to cut power costs at home these days and you will optimize your opportunity if you pay attention to these 2 critical factors.
The 2 major factors to consider here are...
Where you are going to locate the residential wind turbine - This is often the most crucial element in the whole process. Understanding where you might place your wind turbine will largely determine the success that you enjoy with a project like this. It is best to pick out several locations that are possibilities and then do some anemometer testing to find out if there's enough when there to support your wind device in the amount of power you need to make. This is not a lengthy process but it is one that has to be done if you want to optimize power production through residential wind.
How much power you really need to make - This takes a little calculation and you may have to rely on the help of a manufacturer or 2 in order to make total sense of this. They should know best about how to apply their product to your residential wind situation. So, once you make a short list of things you would like to possibly supply power to, it is time now to dig deeper and understand the power rating on each one of these pieces of equipment. That's relatively easy to do if you still have your owners manual. If not, you can just look online and see what the peak power consumption is for your freezer, for example.
Once you have that the calculations relatively straightforward. Then, all you really have to do is multiply the power rating times the hours in the month that you think you'll be using the device. For something like your freezer, you will be using the device 24 hours a day 7 days a week. Therefore, you will be multiplying the power rating by a factor of approximately 650 to estimate the monthly kilowatt hours that you're likely to need to power the device. Then it is just a matter of choosing a wind turbine that can extract that much energy from your wind. It doesn't really matter if it can supply this much energy unless you have a battery backup system in order to smooth out the spikes. All renewable energy sources like the home wind turbine are intermittent at best and you need a buffer between the wind turbine and the device that you are trying to power.
In conclusion, residential wind energy is the easiest way to cut power costs at home these days and you will optimize your opportunity if you pay attention to these 2 critical factors.
