Home Wind Turbines – The Pros & Cons

As we move into a world where our natural resources are being depleted more and more every day, we need to look at alternative sources for our huge energy consumption.

Some of the natural resources readily available such as solar, wind and biofuel are unlimited and attention needs to be focused on developing ideas on how to harness the greatest potential from these sources.

Solar Energy For Homes

There are many positive aspects of solar energy, such as usually being readily available, no polluting problems, and no other energy costs after panels are installed.

However, solar panels are a big expense for an average family, intermittent weather can be a problem, and sunlight is only available during the daytime hours.

Also, if a large building wanted to consider solar polar as an option, these solar panels would take up a lot of room so it might not be possible in a larger city with space constraints.

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Wind Power For Homes

A second alternative choice could be wind power.

Again, wind turbines have no greenhouse effect, but they are tall and not a pleasing view as well as being loud.

They would be impractical in a city because of the space constraints, but in a rural community that has a lot of wind potential the turbines would be of benefit to a smaller community that wanted to become more self-sufficient, such as a large farming business.

However, the wind turbines are only useful when there is wind, so they are dependent on the weather.

Several parts of the country have used this type of energy source to their advantage, especially if you look at the wind turbine farms in California and other states.

Biofuel Energy For Homes

A third type of alternative energy source is biofuel.

One of the first types of biofuel used was wood, and some people still use wood as a viable source of energy for heating their homes.

A large cattle or hog farm would be an ideal business to harness this type of energy as they could use all the manure from the operation of their farm.

Eventually this type of energy source could be available to everyone, even to use in cars.

We use some of this now when we purchase gas with 10% ethanol from corn.

But converting that corn, or possibly in the future, the manure, into ethanol could be more take more energy than we are gaining.

And when we use corn in our gasoline, this means that less corn is available to use as a food source.

Until it’s possible to put these and any other potential alternative energy sources to use, we must continue to do our part by recycling what we can and wasting as little non-renewable energy as possible.

As we move into the future, we need to be aware of new technological advances and be willing to make a sacrifice in order to keep our non-renewable energy sources and use our free energy sources in the best manner possible.

Everyone needs to do their part to be responsible for a better world for our children; we always need to have pioneers who are willing to be trailblazers.

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How To Decide Between Solar and Wind Energy For Your Home




Geographic location plays a vital role while opting for a correct choice between solar and wind energy solutions, since both are renewable sources of energy and depend on the availability of natural resources (sunlight and wind respectively).

For geographic locations with ample sunlight and wind, the right choice would depend on the density of population and the cost of infrastructure deployment.

Solar energy solutions are best suited for geographic locations having abundant exposure to sunlight. Though solar energy cannot be generated at night, abundant exposure to sunlight during day time helps to store the generated energy which can be used when there is insufficient or no sunlight (for example, during winter in Alaska).

Solar energy solutions are less intrusive to environment and hence are easy to deploy in densely populated locations where houses are very close to each other. However, the infrastructure deployment cost is quite high. Also, solar energy solutions are not reliable for geographic locations that have poor exposure to sunlight.

Wind energy solutions are best applicable in geographic locations where the blow of wind can continuously rotate the turbine so as to generate energy (for example, Western and Mid-Western states).

Unlike solar energy solutions, wind energy solutions can generate energy at night as well, provided there is enough blow of wind. Wine energy solutions are not well suited for locations where the blow of wind is not high enough to rotate the turbines.

Though wind energy solutions are cheaper to deploy, the complexity of deployment is quite high since more amount of open space is required to safely rotate the turbines. Hence, wind energy solutions are not well suited for geographic locations which are densely populated.

Another important factor that hinders a consumer’s choice is Building Codes and Regulations. Few renewable energy solutions are easy to implement when it comes to passing these regulations.

For example, implementing solar energy solutions as per Building Codes and Regulations in densely populated location is far simpler than implementing wind energy solutions because the latter is more intrusive to environment.

However, the consumer must make a correct choice based on the information obtained from local Building Code Office and experienced renewable energy solution providers.

Home DIY Solar Panel Guide

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How Big Should Your Home Solar Power System Be?



All of the electrical items in your household have an associated wattage. For example, light bulbs may pull either 15 watts, 20 watts, or more. Each time an electrical device is switched on, it pulls the associated number of watts directly from the energy source.

To understand the total energy load, it is necessary to calculate for each electrical device in your home, the wattage and the average time each device is used per day. This will include all your everyday electrical devices, including those running in the background.

For example, lighting, home cinema systems, power tools, refrigerators, washing machines and microwaves will all draw energy. To determine you average energy use each day, you can check your power bill each month and divide this by the total number of days in that month.

It is also worth averaging your energy usage over several months, particularly between different seasons. Your energy usage will be markedly different in winter months compared to your energy usage in summer months, a factor which will also depend on your heating and cooling requirements or preferences.

When you are calculating electricity consumption for all your devices, be sure to multiply the wattage of individual devices against the number of hours each device is typically used each day. In cases where no wattage is listed for an appliance, it is possible to multiply the amperes by volts to work out the actual power consumption instead.

However, in most cases you will find the wattage is listed, usually on a sticker, the power cord, the manual or on another part of the device itself. A device with a selectable load is one that only pulls energy from the source when energy is needed on demand.

For example, a hair dryer only pulls energy when switched on. Compare this to a refrigerator that is switched on all the time, and therefore pulls energy constantly. Using a selectable load device means the energy usage is under your control, only when you use it.

However, when thinking about renewable energy, it is usually necessary for extra energy storage to be available to accommodate such on-demand energy usage patterns. If we consider solar power systems, it would be wise to consider how to collect and store energy over time, for example in batteries, ready for use when needed.

Later, when using a device with selected load, energy could be pulled from this battery instead of the central energy grid. Such a set-up would work best faced with renewable energy sources and the availability of a back-up source.

Understanding your daily power consumption needs in your home or building will allow you to select the optimal renewable energy system that can accommodate your needs. It is worth noting whereas some renewable systems can potentially power your home throughout an entire year, others work best as a hybrid solution, partially generating power in conjunction with other energy sources. Working out your own energy needs today, will allow you to deploy lasting renewable solutions tomorrow.

Build Your Own Solar Panel Guide

One of the best ways to save money on a residential solar power system is to build your own solar panel. If you are good with hand tools, you can make a Photovoltaic (PV) array for around $150. What you’ll need is a step by step instructional guide.

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