DIY Solar Power

Ocean Thermal Energy Conversion (OTEC) was conceived of by the French engineer Jacques D’Arsonval in 1881. Too date, only one plant is employed anywhere in the world to pursue this goal and that is located at a laboratory in Hawaii. OTEC is a potential alternative energy source that needs to be funded and explored much more than it presently is but it is the expense that is the greatest problem. Energy from the ocean would be very clean burning and not add pollutants into the air but reducing costs is the main problem. Damages and other disturbing effects to our atmosphere brought about by the current technologies used is not something that OTEC plants can get rid of since they would need to be set up using those environmental issues, giving them the capacity to inflict same damage.

Three types of Ocean Thermal Energy Conversion exist:

Propane which is an example of a low-boiling point liquid is what the “Closed Cycle OTEC” uses to act as an intermediate fluid. Warm sea water is pumped into the Ocean Thermal Energy Plants reaction chamber which heats up the gas (propane) to the point where it turns into a liquid. rotates large turbines. Cold sea water then reverses the process, reducing the temperature of the liquid, turning it back into a gas.

It is already taken that intermediate fluid is used in closed cycling and even though there is no such thing involved in the Open Cycle, still, “Open Cycle Ocean Thermal Energy Conversion” isn’t that poles apart from closed cycling. In this kind of OTEC format, the main driver of the engine’s turbine is the sea water itself. Warm surface water is converted into a low pressure vapor by in a vacuum. The low-pressure vapor is released in a focused area and it has the power to drive the turbine. The benefit of this system is that once the water has been used and electricity generated, salt is removed (as part of the process), then it is pumped to much lower depths where it cools down ready to be used as drinking water.

At the moment, the “Hybrid Cycle Ocean Thermal Energy Conversion” still remains just a theory. Bringing about the notion that we could make maximum usage of the ocean waters’ thermal energy is just the main purpose of the theory. Two sub-theories are actually contained in the theory of Hybrid Cycling. The first involves using a closed cycling to generate electricity which is, in turn, used to create the vacuum environment needed for open cycling. Using just one open cycle is not enough to create a massive amount of desalinated, potable water so the second component seeks to integrate two open cyclings that can produce twice as much as with just one.

In addition to being used for producing electricity, a closed cycle OTEC plant can be utilized for treating chemicals. Both the open cycling and close cycling kinds of the Ocean Thermal Energy Conversion plants can also be used to pump up cold deep sea water which can be utilized for refrigeration and air conditioning. The water around the plants during the process can also be used to help promote fish farming projects as well. This is a energy source that even after all this time is only just starting to be taken seriously and investigate and it is obvious that many benefits can be derived from the oceans this way.

In the current times, there are two pertinent factors which need equal and enough attention from us. These two factors are our economy and the earth as the planet we live in. Truly, we are facing challenging issues regarding these two. There has been an increasing need regarding the environment with its continuous deterioration because of pollution, just the same as there have been growing concerns about the financial crisis that we have been experiencing causing the inflation and rise in the prices of commodities.

As a vigilant citizen who is engaged with things that are happening around him or her, it is important that you take part and do your share by taking measures on how we can better cope with these highlighted concerns. One good way of taking an active role in things is to consider alternative means of energy. What this means is to resort to wind and solar power.

Wind and solar power are alternative means of energy that are renewable. Given that they are renewable means that the uses of these energies do not pose any kind of harm to the earth. Wind and solar power have also proven to provide benefits to the planet and humans as well.

Renewable form of energy thus helps preserve the environment. One very good benefit that this offers too is the fact that it will help us save on our expensive electrical bills since we will be resorting to wind and solar power as an alternative and not the current electric companies that we have. Since they are free, then this ultimately translates to savings right away.

If you aspire to build your own wind and power system, then know that the process is relatively straightforward. Below are steps that you can take in putting up this system.

The first thing that needs to be done is to purchase a home installation power kit. There are several do it yourself wind and solar power kits which can be easily purchased in hardware stores and shops. As you choose which one to get, go for that which provides you with easy instructions to follow. Check out the prices too and make sure it fits well within your budget.

The second step that you will have to do as you have purchased the kit is to open it and look for the instructions right away. Make sure that you read this first before you even attempt to set it up. This ensures that you have truly understood the steps that need to be taken and that you are well guided in the process of the installation. Dont worry because do it yourself kits which are purchased are guaranteed to have instructions included with them.

Thirdly, be patient as you build your wind and solar power systems. It is important that you do so as it involves you really understanding what needs to be done. Dont get easily frustrated and keep your objective in mind ” which is to build a system that will help you lower the cost of your electrical bill.

Are you searching for information on do-it-yourself solar panels for your home? This option will help you do your part for the environment, by reducing your emissions, and it will also help you to save money during the economic recession. This will enable to drastically reduce your energy costs while contributing to the safety of the environment.

DIY solar panels have only recently become available for anybody that wants them. It you desired to use sunpower solar panels it would have been very expensive. Installing these solar panels would have needed a whole team of experts as well as tons of space since they were enormous.

They also needed enormous batteries that nearly required another building to store them. It can sometimes seem confusing and difficult to figure the amount of sunpower required by solar panels to produce adequate power output.

Currently even common people can alter all of their power requirements at a portion of the price considering that they do some of the work. With the increase of knowledge a lot of these high tech experts have discovered ways for easy do-it-yourself solar panels.

Nowadays diy solar panels are smaller and easier to install but have the ability to power both your small and larger appliances. You will get a clear positioning guide with your diy solar panels. You will be glad to know that the energy is stored in deep cell batteries. Most of all, they are less expensive and have a better efficiency than the ancient solar panels in the past.

You won’t believe how much money you can save with do-it-yourself solar panels. First of all, the price of getting the do-it-yourself details is inexpensive. Of course, under these circumstances, you would not have to hire someone to fabricate them and put them in for you. This saves a lot of money.

Secondly, you can construct a diy solar panels project in only a weekend — although it does also depend on the level of material with which you begin the project. It’s even possible to make two of these sun-powered solar panels in 24 hours. As soon as your solar panels are up and running it won’t cost you another cent, unless you decide to expand in order to get more power.

Do-it-yourself solar panels are an excellent way to have and apply a harmless, reusable and potent source of energy. Every solar panel you have installed in your home will produce energy in the form of electricity. Think about all the energy you require for your house without paying for it. It’s far better than contributing to pollution and will save you plenty of money. I have never noticed the sun mailing you a bill for power each month.

Home energy systems primarily are associated with the sun. The most popular residential energy system is the conversion of solar energy for electricity or water heating. There are two main types of solar energy, light and thermal. Light energy, from the sun, is harnessed by a collecting medium then transformed into electricity. Thermal energy, which is derived from the heat of the sun, is used to directly warm household water and swimming pools.

A typical home energy system has four components:

1. Photovoltaic Cells – Photovoltaic or solar cells made of a semiconductor material in which sunlight is converted into electricity through excitation of electrons. These cells require protection from various environmental and mechanical elements; thus, they are encased in photovoltaic modules or panels. These modules come in different sizes, weights, and shapes.

2. Inverter – An inverter transforms direct current into alternative current electricity.

3. Mounting System – A sturdy mounting system is imperative to secure your home energy systems atop a variety of surfaces from tiled roofs to the shiny exterior of a yacht.

4. Energy Storage – Batteries are optional as they served as storage for electricity produced.

Home energy systems also use semiconductor materials. The commonly used semiconductor materials in the manufacture of solar cells are:

1. Mono-Crystalline – Mono-crystalline silicon is made by the use of a crystal microtome that thinly slices the material into 150 – 350 microns thickness.

2. Using Multi-Crystalline Silicon – Multi-crystalline silicon is made by sawing into a block of silicon.

3. Using Amorphous Silicon – Amorphous silicon is produced when a thin layer of the material is placed on a substrate to make a photovoltaic module.

4. This thin film has a width of 1/10 micron, the flimsiest material to be used in solar cells.

The advantages and benefits of home energy systems are definitely extensive. Among such perks are the following:

1. There is relatively fast turnabout of capital investment now considering that solar power companies offer a minimum of a 20-year warranty and solar units can last a lifetime with proper use and care.

2. Since you are making your own electricity, you are no longer influenced by price hikes of electrical providers. You now have full reigns on the amount of electricity you can generate with your home energy system.

3. It’s tax-free. There are no taxes yet levied by the government when you harness solar radiation. You are entitled to as much sunlight as your system can get.

4. Home energy systems have low maintenance costs compared to electrical connections with their many wirings and cables.

5. Many governments actually offer incentives for people to switch to home energy systems as part of their environmentalist movement.

6. It is environment-friendly. Unlike renewable energy, solar power does not emit polluting emissions and harmful greenhouse gases such as carbon and methane. Accidental dredging and spillage seen in fossil fuel production is also not possible with solar power.

7. With home energy, there are no dangerous ecological by-products made during solar power production.

8. Using home energy helps the environment. You set a good example for your neighbors to hopefully emulate. When you use solar power energy, you actually help conserve other depleting natural energy sources like petroleum and coal for future generation use.

The sun is where all energy on the earth comes from. Solar energy has been used for thousands of years to heat homes and water, but only recently has it been reliably converted to electricity to power your home.

Using the suns natural energy solar panels convert solar power into electricity to use in your home. Renewable energy systems are able to collect enough solar energy that you will not have to rely on the power company to provide for all of your electrical needs. You will want to get a good understanding of how the solar energy systems work.

There are three things solar energy systems have in common. They all use photovoltaic panes as a power source which is similar to the large turbines or fossil fuel generators used in large power plants. They all have a power storage unit used to store solar energy for later use when you need it. And they all have a load, which is the amount of energy your individual home draws to produce the solar energy.

There are 3 types of solar energy systems to choose from for your home. You will want to learn about each one to make an educated decision as to which one is best for your needs. The On grid solar energy system receives the power from your local power company. You are able to sell back any unused power to your local power company, in the event of a power failure, keep in mind you will be without power. When using the off grid solar energy system, you are not connected to your local power company and in the event of a power failure; you will continue to have power.

The solar power is stored in a solar battery or in the system itself. You may want to choose the grid plus battery solar energy system. You have a solar battery backup and you are also connected to your local power company. During a power failure, you will not loose power; you will be able to access solar power with the solar battery backup. The grid plus battery solar energy system allows you to sell any unused power to your local power company.

When considering which solar energy system is best suited for your needs, make your home as energy efficient as possible. Using only florescent bulbs, energy efficient appliances, double paned windows, adding insulation and converting old electric appliances to gas are just a few energy saving ideas. You will have a better understanding as to how much power you use each month to determine which solar energy system is right for your individual needs.

Biodiesel, as an alternative fuel, has a number of benefits, but one of the biggest benefits is that that anyone can make Biodiesel at home. Let us imagine: Being able to produce your own fuel for your car or even power your entire home with the energy you created in your garage? That would translate into quite a lot of savings for you.

It can be quite easy when it comes to making Biodiesel. If you can, it is a great idea to get involved in making your own Biodiesel because you get to save more money when you use Biodiesel that is made from your home.

Looking at the Supplies to Making Biodiesel

Producing a small amount Biodiesel at home entails minimal requirements Actual ingredients are needed to produce a Biodiesel product alcohol, lye and vegetable oil substance. You have to prepare some supplies as inputs for mixing the fuel: empty plastic bottles, duct tape, a mixer and measuring cups. Be sure anything used for Biodiesel production is exclusively for that purpose and avoid using again for your cooking ingredients.

When supplies are ready, you are ready for your journey in learning on how to produce Biodiesel

Hazard Free Procedure

Making Biodiesel is a not hazardous. There is little risk for fire or explosion as you may expect with fuel. In fact, the only major area of concern, as far as safety, getting hurt due to flames. Make the temperature in your mixing procedure tolerable.

You will have a walk through on the do-it-yourself way of making a Biodiesel which requires combining the inputs, letting it to settle, breaking up the byproduct and Biodiesel and then cleaning the Biodiesel. The entire proccess can last for just a few days or it may take a few weeks. That depends on the extent of cleanliness of your vegetable oil.

Small or Large Scale

Yields in Biodiesel production can be small scale or large scale. Biodiesel kits are great if you want to make a few gallons of Biodiesel at a time. If you regularly use your lawnmower or similar equipments then A Biodiesel kit makes sense. It is not difficult to use and will entail minimal inputs.

If your mindset is to produce more Biodiesel for the instance for running your automobile, you have to operate a Biodiesel processor. This makes the process super simple, so you can make more than a few gallons at a time. With a processor you will need some more supplies but you also spend lesser time in Biodiesel production since the processor can automate some tasks.

I thought it would be a good idea to get a colleague of mine to answer this questions, Joe Stark is also a solar energy consultant, who actually put me onto the idea of DIY solar power solutions. I will let Joe answer this question in his own words.

“A question that many people interested in building their own DIY Solar Power kit ask is do they really work?

By “really work” they mean do they actually collect and produce enough energy to reliably power appliances? Well from my own experiences I’m glad to report that YES!  DIY Solar Power kits do work!

After initially getting Jon hooked on the idea of DIY Solar Power kits I have watched him go past me, At last count he was powering over 60% of his households energy needs. I on the other hand still primarily use solar energy to run a smaller number of appliances, in particular my laptop, router, pc, lighting in my study, ceiling fans and just recently a solar power ready oven as well as few other devices.

Once you have a good system in place it really is a “buzz” to have your household running off your own homemade energy. No longer worrying about excess bills or usage is fantastic, I can work deep into the night with my study lights on without fear or guilt about what impact my energy usage is having, both environmentally and economically.

The beauty of solar energy is that it is such a clean renewable energy, you are not doing one bit of damage to the environment by harvesting and using solar energy, you are even helping to contribute to repairing the environment, as your traditional power usage drops so too will the amount of harmful by products given off during production.

And in the uncertain times ahead, who knows how critical having a system like this may prove to be, so stay a step ahead of the global political situation and get into DIY Solar Power kits.”

J. Stark

You can learn more about DIY Solar Power kits by clicking [HERE]

The idea of using pop cans to heat a building may sound a little strange at first, but a Canadian company has proved the idea makes great sense. Cansolair Inc. has used aluminum cans in it’s solar panels for over 10 years now, and they’ve even won awards for their design.

Why Pop Cans?

The company’s heaters, made with used aluminum cans, are not only cheaper than other types, but have proven to be very efficient as well. The company reports exponential growth over the past few years.

Cansolair’s solar heater takes up a little less area than a 4 x 8 sheet of plywood and is about 4 1/2 in. thick. It can produce up to 10,000 BTUs per hour and will raise the temperature of the air passing through it by up to 50F. A fan increases it’s efficiency by forcing the air through the columns of cans.

How They Work

The heaters are frequently installed on the outside walls of a building, and of course, in a location that gets a lot of sun. While they won’t help you much on a cloudy day, they can make a big difference in your heating bill on cold sunny days.

The heaters are designed to draw air from the floor level of a room and pass it directly to the solar panel outside, where it is forced through the columns of cans, which have holes cut in the tops and bottoms to allow air flow. The air is then returned through the wall near the ceiling level and at up to 50F higher temperature.

The cans work well because they are constructed of thin-walled aluminum which has excellent thermal properties. Black paint on the outside to aid in heat absorption. Other materials could work as well, but would be much more expensive.

You Can Build Your Own Aluminum Can Furnace

Cansolair may be the only company that is producing these units commercially, but there have been many other people who have built their own using easily available materials.

Frank Gombik of Ontario, Canada built one to heat his workshop in the winter, and Daniel Strohl of Vermont built one to heat his garage.

Daniel used the south-facing side of his garage as a location for his solar furnace after noting that sunshine was just bouncing off the garage and being wasted. He built a simple free-standing heater that contains 45 pop cans and uses vacuum cleaner hoses to pipe air to and from his garage.

Frank incorporated his solar panel right into a set of double-doors that he need to replace anyway on his workshop. He used a total of 176 cans in his unit, and also added some electronics to measure and record temperatures inside and out.

Construction of an aluminum can solar heater is not too difficult. The materials are commonly available and inexpensive, you’ll be doing your part to conserve natural resources, not to mention you get free heating in the winter!

Refrigeration and air-conditioning systems; commercial refrigeration; heating, ventilation and air conditioning systems; fire protection systems; and other equipment using refrigerant gas are part of the phase out program now underway in the United States. Facilities that use this ozone-depleting gas risk a significant EPA penalty by not following requirements under the U.S. Clean Air Act.

To avoid an EPA penalty, companies, municipalities and property managers that utilize refrigerant equipment must monitor its usage and submit documentation outlining refrigerant management efforts. Those who fail to do so face substantial fines. As such, many facilities are relying on refrigerant tracking and reporting programs that automatically manage their use of refrigerant, identify leaks, track repairs and guide in proper disposal. This allows them to keep current with government policies, compliance requirements and penalties for non-compliance.

Overseeing the EPA penalty aspect of the U.S. Clean Air Act is the Office of Enforcement and Compliance Assurance. They are aggressively pursuing enforcement of the requirements to curb harmful gas emissions. Auditors and inspectors are permitted to make spot inspections to review a facility’s records pertaining to regulated gases. Those unable to produce proper documentation, or have incomplete or missing data are subject to heavy fines.

The EPA penalty applies to facilities that improperly emit, vent, or dispose of refrigerant gas. The law requires proper servicing and safe removal of any equipment using restricted substances. Noncompliance could result in fines of up to $25,000 a day, per violation. Additional fines are added if the refrigerant gas is not properly recovered. Because of the substantial penalties involved, the government has developed a technician certification program for anyone who provides service, repair, maintenance, or disposal of equipment containing refrigerant gases.

There are substantial costs to violators, so it’s essential for businesses and municipalities to track every pound of gas and manage its inventory across all locations. According to the EPA penalty guidelines, a $32,500 fine per day, per unit is assessed for refrigerant leaks not fixed within 30 days and a $300K per 30 pound cylinder is levied for the illegal purchase of used or imported refrigerant gas.

Under the law, comments are being accepted and updates and proposals can be made. But on January 1, 2010, the phase out of refrigerant gas is official and the EPA penalty is more strictly enforced. The government agency is already taking civil and criminal actions against companies nationwide who violate the law, collecting billions of dollars in fines to date.

Refrigerant gas contains chlorofluorocarbons and hydrochlorofluorocarbons, which have been found to be the major contributors of ozone depletion. For this reason, use of the gas is being reduced, with total elimination forthcoming. Under the law, the use of R-22 refrigerant gas will be reduced by 75% by 2010 and completely eliminated by 2015. The EPA penalty climbs as the phase-out plan progresses.

EPA penalty policies under the U.S. Clean Air Act closely follow those established in the international Montreal Protocol and Kyoto Protocol. The intent of the treaties is to reduce the use of refrigerant gas in order to reverse the damaging effects on the ozone layer and prevent global warming in the future. The fines are necessary to encourage facilities to make changes to their carbon foot print so the environment can remain healthy for years to come.

There are a few things you need to keep in mind if you want to know how to build a solar panel. Not least among these is the fact that a solar panel can be a highly excellent source of energy for your home. It is also more ideal for the environment since it utilizes the natural power of the sun. Whether you will be using it for your home or your vacation residence, a solar panel will work best for your every time.

Installing solar panels can be done through professional installation services or through your own efforts. Although buying solar panels and having experts install them is convenient, it can also be downright expensive. If you want to save on the expenses however, you need to build the solar panels on your own.

Not everyone is an expert in solar panel building nonetheless. To build a solar panel, how are you going to start from scratch? In this case, it is important that you obtain an excellent solar panel kit. This manual will guide you on the entire process in making solar panels for your home.

As for the expense, making solar panels at home is more affordable than buying ready-made solar panels. You need not worry if you have never tried building one before. As long as you are able to secure the needed components, this project will be completed before you know it.

Nonetheless, when it comes to making a solar panel, how to build a sturdy type is often a major concern. In this case, getting a reliable guide is highly important. The guide will steer you throughout the course of the solar panel making successfully, so you will not miss one step.

A solar panel kit that offers photos or illustrated diagrams is a good option. When downloading from the web however, you need to check whether the provider of the solar plans offers instructional videos as well.

With a minimal budget, solar panels can be easily installed in your home, bringing you long-term savings. For those who want to build a solar panel, how to acquire the best guide should be given due consideration.

By dedicating a few hours of your time each day, you will be able to create solar panels for your home. For some useful tips on how to build a solar panel, visit my blogsite today and find out how.