Can We Save The Planet With Music? | World Music | African Music
Free download: reverbnation.com “Can we save the planet Earth from destruction with the celebration of music? This song is inspiring, and will give new joy to the world music scene.” DRAWINGS FROM: www.solviva.com DOMES FROM: www.monolithic.com Some website addresses that relate to my music: www.earth-music.com www.sustainable-living.com www.green-living.com www.tree-hugger.com www.green-house-building.com www.green-buildings.com www.environmental-education.com www.nature-music.com www.solar-renewable-energy.com www.renewable-energy.com www.united-nations.com www.save-the-planet.com www.green-living-tips.com www.al-gore.com www.on-earth-music.com www.sustainable-buildings.com www.sustainable-building.com www.eco-building.com www.sustainable-homes.com www.sustainable-design.com www.sustainable-architecture.com www.green-architecture.com www.save-the-earth.com www.eco-living.com www.eco-village.com www.organic-gardening.com www.green-energy.com www.sustainable-energy.com www.solar-panels.com www.solar-energy.com www.water-collection.com www.sustainable.com www.green-technology.com www.solar-house.com www.straw-bale-construction.com www.sustainable-communities.com www.environmental-issues.com www.earth-friendly.com www.domes.com www.dome.com www.rainbow-family.com
DIY Wind Turbine Can Save You A Lot Of Money
Even though energy costs are starting to moderate somewhat since last year, many homeowners are looking for ways to save more money on utility bills as well as help the planet.
Building a DIY wind turbine can really help you accomplish both goals. With todays technology a home sized turbine is cheap to build yet can supply up to 60% of the energy your home needs. Of course this can vary depending on how much wind you get.
Turbines have come a long way since the traditional windmill style turbines we’ve all become familiar with. They now come in different sizes as well as different shapes, such as a vertical turbine.
These vertical style turbines can actually look a little like an art sculpture.
A lot of people think that it is just too expensive to have a turbine for home use. That may be true if you’re planning on buying one, but you can easily build a turbine that will be just as effective as the ones you can buy, yet it will only cost you $200 to build.
The materials you’ll need to build your turbine can be found at your local home improvement center. Building your turbine shouldn’t take any more than a day or so.
You can use the same plans for a vertical or traditional windmill style turbine. A vertical turbine does have some advantages over the windmill style.
For one thing with a vertical style you can have more blades. That will enable the turbine to work ever at lower wind speeds.
A vertical turbine won’t take up as much room, even though it has more blades, as a windmill style turbine.
If you’ve been wondering if a DIY wind turbine was something you should do, I hope I’ve given you enough information so that you can make up your mind.
Learn how to make your own power at home using solar and wind energy to eliminate your energy bills now. Click Here to find out how
Save your Children?s Future ? Use Solar Panels
Solar panels work by converting sunlight into electricity. The science behind this conversion is known as photovoltaic technology. Photovoltaic Cells or solar cells as they are more commonly referred to are the major components of any residential solar power system.
Photovoltaic (PV) produces electricity directly from the electrons that are freed when sunlight hits the surface of the PV cell and interacts with the semiconductor material in the PV cell. These cells are wired together to form a PV module, which is the smallest PV component sold commercially. The PV modules range in power from 10 watts to 300 watts.
The raw material for the solar panel is silica (sand). The manufacturing process removes all of the impurities and defects, and results in a solar-grade silica feed stock. From there the silica is coated with Boron or Phosphorus to tweak the frequencies of light silica responds to.
When sunlight hits the solar cell with enough energy the photons in the light knock electrons free in the silicon crystalline structure forcing them through an external circuit or Direct DC Load and then returning them to the other side of the Solar Panel to start the process all over again (thus the renewal source).
The flow of freed electrons results in a voltage output of approximately 0.5v per single crystalline solar cell. The Amperage output is directly proportional to the cells surface area – about 7amps for a 6 inch square solar cell. Typically you will see 30 to 36 cells wired in series or in parallel with other solar modules to from a complete solar array to charge your battery bank, within your solar power system.
The PV module produces direct current (DC) but your home uses alternating current (AC). Therefore, solar panels require that we include a converter in the system to convert the DC current to AC current. This is accomplished with an inverter, a special piece of equipment that converts or changes DC electricity to AC.
Once the solar array (the collection of solar panels wired together in your solar power system) starts producing electricity you can use the electrical power, store it for later use or sell it back to your local utility if your system is connected to the grid. Selling back to the utility is referred to net-metering.
As more and more homes convert to solar power we can expect to see major improvements in the efficiency of solar cells just as we experienced improvements in gas mileage in cars with carburetors, fuel injection, etc.
In order to store the unused electricity for later use, you will need to incorporate batteries into the solar power system. These batteries serve the same purpose as the batteries in a car. Every time you start your car, the ignition is utilizing the stored electrical power in the battery to turn over the starter motor. Have you ever tried to start your car and nothing happens? If the starter is working properly, you know that the battery is dead and there is no electrical current available to power the starter which in turn starts the motor.
Solar batteries store the excess PV electricity until it is needed at a later time to run your appliance or the lights, etc. Once the batteries are fully charged you need to turn off any incoming power or they will be damaged. The solar batteries are DC just as the battery in your car. This means the batteries will be installed in your solar system between the Photovoltaic Cells and the inverter.
Note: You will be better off purchasing the best deep cycle batteries you can afford. Industrial deep cycle batteries can cost $200 each, but have a life expectancy of 5-8 years. Your car battery will only last 1 year in deep cycle applications.
It is worth noting that even though lead acid batteries are not environmentally friendly; the alternative of relying on fossil fuels is a poorer choice.
Linda Allen has been environmentally conscious all her adult life. In addition she has been an advocate of healthy living for many years. She and her husband are currently designing a house that will be totally solar and wind power. She is the creator of where she offers expert advice and information on the latest solar advances, systems and residential installations.
Make Your Own Solar Panel Kits Can Save Big Bucks on Solar Panel Cost!
When I hear the word ‘kit’, I invariably think about putting toys together for my Children, when the box said “some assembly needed” I used to just cringe, when I read it! The instructions were invariably incorrect! Or, possibly it was just my interpreting of them. As the years went on, I got pretty good at putting things together. These days, just about everything that you buy involves some sort of fabrication. Now, you can even put home solar panel kits together, and even make them from scratch!
When it comes to solar energy panels for your home, just a few years ago, it was only a fleeting thought, because solar panel cost was just too high! Nowadays, however, there are many more options available. Its like everything else. Supply and demand causes the selection that’s available, and with always raising electric cost, and the economy making all of us take a closer look at expenses. There are more and more effective options available.
Today, there are some big name companies offering solar kits, that you can build in your garage. Just to name a few, BP and general Electric are now in the Solar Power game. If you decide to go the kit route, make sure you do business with a reputable company. Just a few pointers to look for;
* How long has the company been in business?
* How long have they been not only in the solar business, but how long have they been producing kits?
* What is the warranty? Who do you have to call for service?
* What all is warranted? Get a copy of their warranty, and check out the fine print.
* How clear are the directions?
* Does the kit have everything you need, or will there be surprises.
* Who do you call if you need help?
* How much electric will this system produce?
These are just some of the basic questions that you will need answers to. One more important one, is how much does it cost? I would opt for great answers to all of the above questions and pay a few dollars more, but thats just me. I experienced the old adage penny wise and pound foolish a long time ago.
Theres another option available too! You can build your own home solar energy system! Yep, thats what I said, build your own solar panels! Thats the route Ive taken, and my reasoning is simple. I can build it at my own pace. I can start small and since I know how to build them, I can add on to my system, when I can afford it. No big cash outlay!
Summary
Learn more about building your own solar panel kit – click here!
http://www.energymoneysavings.com
I am a jack of all trades, as they say! I have re-built or repaired everything that has to do with my home from plumbing to electrical. I just love to make things work. It’s always been my passion. I stared at a young age.. My father owned an appliance service company, so I had a good teacher. He taught me to install compressors, when I was fourteen.
How Solar Panels Can Save You Money
Creating a green living environment is most effectively accomplished by switching from conventional sources of energy to renewable sources of energy. One of the most common and effective sources of renewable energy is solar power. Many hundreds of thousands of households have converted to home solar power as their main source of heat and energy. The benefits are endless as the environment is protected and the pockets are relieved of financial stress! But how do home solar power sources really work?
Home solar power is mainly acquired through installation of home solar panels attached to the roofs of houses. They are a common sight on many rooftops and people immediately understand the environmental implications when they see them. What most people do not understand, however, is how the sun’s energy ends up powering the house!
Well, simply put, solar panels allow conversion of the sun’s energy into electricity. More specifically, solar panels have what are called photovoltaic cells (PV) that directly convert sunlight into electricity or heat. Now that we are getting more technical, let us find out how PV cells do what they do.
PV cells are made of special materials called semiconductors. The most commonly used semiconductor or element in PV cells is silicon, which has proven to be most effective at helping to convert the sun’s energy to electricity. When stripped of its impurities, silicon makes an ideal stage for transmission of electrons in the PV cell. PV cells actually work to produce current as a result of free flowing electrons through the circuit.
Sunlight contains many energy elements or particles, one of which is the photon. When the sunlight strikes the PV cells, the photons come into contact with the silicon and are absorbed within it. This basically means that the energy of the absorbed light is transferred to the silicon or whichever other semiconductor in use in the PV cell. The energy produced knocks electrons loose, allowing them to flow freely, thereby producing current. As this energy transfer continues to happen, electrons continue to be knocked around, and electricity is eventually generated.
PV cells also all have one or more electric fields that act to force electrons free by light absorption to flow in a certain direction. This flow of electrons, as previously mentioned, is a current, and by placing metal contacts on the top and bottom of the PV cell, we can draw that current off to be used externally. The end result is, of course, electricity for the home! Now you are ready to do it yourself.
From the information outlined in the previous paragraphs, we have successfully explored the process by which seemingly unsuspecting home solar panels convert the sun’s light into electricity. It is evident that no environmental impurities are released in the process, making home solar panels an excellent choice when thinking about converting from conventional energy sources.
To learn more
roof solar panel information please visit: http://www.RenewableEnergyForUs.com
Learn How to Make Solar Panels and Save Cash
Stop using regular sources for energy and start using renewable resources! Solar power is one of the best renewable resources that you can use out there, as well as one of the most reliable. While it’s been around for quite a few years, not too many people know how to use it, or when you should use it. The truth is that you can use it for anything. The bad part about it? It’s relatively expensive to purchase, however; there are more cost-effective ways to get solar power – You can build your own solar panels!
Building your own solar panels is easier than you think. You can get most of the supplies to do it from a hardware store, making it a cost-effective way to get access to solar power. These little solar panels that you build can be used to power things around the house, such as small appliances.
The biggest benefit to building your own solar panel? You have the potential to cut your power costs, as well as get access to a luxury that is normally somewhat costly. Not only that, but you get the pleasure of building something that you know is contributing to the environment by conserving energy.
How easy is it to build solar panels? All you need is a full set of detailed instructions, your supplies, and some extra time on your hands. You’ll be able to assemble everything yourself. The most important thing about building your own solar panels is knowing that you have a great set of instructions to follow. Without these, you might not make the most out of the solar panels you build, but with them, you will be able to gain the most from your solar panels!
Need detailed instructions on how to build your own solar panels? You can find out more with the Earth4Energy Guide. Start building a solar panel today and save energy tomorrow!
How to Build a Solar Panel – Save Money and Save Energy
Certain resources today are becoming scarce. With the rising costs of fuel among other things, energy could soon become another resource that we might be sucking up too much of. With that said, why not harness the power of mother nature and build a solar panel that uses the power of the sun to transfer that power to your home?
Building a solar panel has never been easier. With the cost of supplies only ranging from $100-$200 at the most, the easy access to the supplies and the simplicity of building a solar panel, you can really save some money on your power bill each and every month (and contribute to conserving energy too)!
So, how can you build your own solar panel? First, you need some basic supplies, such as:
- A 24 to 48 volt battery (a car battery usually works best)
- Copper sheets
- Steel tubing and scrap metal (used to make the base of the solar panel)
- Electrical wiring
- And most importantly, a great set of instructions to follow
Those are just a few of the things needed to build a solar panel, but most importantly, why do you need a great set of instructions? Well, if you have no experience building a solar panel, you obviously need something to show you how to do it, right? But really, you need an excellent blueprint to follow, so you know that you’re building your solar panel correctly. That way, if anything should go wrong, you’ll know exactly how to fix it!
With that said, if you in search for instructions on how to build your own solar panel, check out Earth4Energy It is a complete guide that provides full, detailed instructions on how to build your own solar panel!
Do you want to learn more about how to build a solar panel? Visit Earth4Energy now!
Learn How to Make Your Own Solar Panel and Learn to Save Money
It is not often that you hear the phrases “learn how to save money” and “how to make your own solar panel” in the same sentence, however the simple fact is that you can learn how to save money if you take advantage of this website that will teach you how to make your own solar panel. So by now you are probably wondering how this works, after all it is not every day you learn how to make your own solar panel. Well, it is a lot simpler than it may seem and as an added bonus when you learn how to make your own solar panel you also will help save the environment as well.
To start off, once you learn how to make your own solar panel you will not only be able to complete a solar panel but you will be able to create your own way to harvest solar power. This means that after you learn how to make your own solar panel and install it in your home you will be able to take advantage of the energy and heat that is produce by the sun more so then you ever have before. Once you start to harvest the power of the sun you will be able to reduce how much you pay each month in energy bills.
Most people report that they are able to reduce their energy bills by about 50% after using this website to learn how to make your own solar panel and you can join them once you give it a shot as well. Of course, as mentioned, money is not the only thing you will be saving once you learn how to make your own solar panel and reduce how much you pay in heating costs each month in your home.
This is because when you learn how to make your own solar panel from this website you will be creating an alternate energy source in your home which means you will help save the non-renewable resources that you are no longer paying for. This means that every time you pay less in your energy bills after you start to learn how to make your own solar panel you will be helping to save a little piece of the environment and over a long span of years a little bit ads up to be a large amount.
Thus, by just taking the little time it takes to head over to this website and learn how to make your own solar panel you will be making a large investment in the future of the earth and saving a large amount of money both of which are great things to work towards. With easy to read instructions for beginners and experts there is no reason to delay any longer in learning how to make your own solar panel because every day you waste is another that you could be saving money and helping to save the environment! For more info visit http://makeahomemadesolarpanel.com/
How to Save Money using a Heat Pump
Air, earth and water have always been considered the three most important elements of our life, but in future their significance will become even greater as they are immense sources of free, renewable & thermal energy. Solar radiation from the sun heats the air, earth and water, and heat pumps are capable of extracting this heat and transferring it to a medium (gas or liquid) suitable for heating our homes. A heat pump could save you a lot of money on your heating and cooling bills.
How does a Heat Pump Work?
To help you understand the process, just think about water as it turns to steam (evaporates) at 100 degrees Centigrade. It is still possible to add heat to this steam by superheating it and then pump it somewhere else to extract the added heat. When the heat is removed, the steam turns back to water (condenses). The water is then pumped back to be reheated and turned back to steam again.
In a heat pump the liquid is called a ‘refrigerant’ and this boils at a temperature of minus 35 degrees. It is pumped under pressure through the system heat exchanger, where it picks up heat from the surrounding air, boiling as it turns into a gas, just like steam, and this boiling, gaseous refrigerant is then pumped around the system and de-pressurised, where it changes back to a liquid and gives off the picked up heat.
Applications for Heat Pumps
Heat pumps are used to create a comfortable temperature inside the house as well as supplying energy for the hot water system and they are most efficient when supplying low temperature systems such as hot water, warm air ventilation, underfloor heating and radiators, although these would have to be larger than domestic boiler powered systems.
The flow temperature of the warm water is typically between 35 & 45 degrees, much lower than achieved by a domestic boiler. The pumps are perfectly capable of generating higher temperatures, but the CoP (Coefficient of Performance) suffers, meaning the economic and ecological benefits maybe affected. Keeping the temperature at the lower end of the scale keeps the system operating at maximum efficiency.
The efficiency of an air source heat pump is measured in CoP. A CoP of 4 (typical for heat pumps) means that for every kilowatt of electricity you put in, you get 4 kilowatts of energy in the form of warm water.
An air source heat pump should cover the heating requirements of a well insulated property in all but the most extreme conditions. When used in combination with an immersion heater, both heating and hot water needs should be met, the immersion heater boosting water temperatures where necessary.
A heat pump working efficiently can significantly reduce energy consumption for heating when compared to conventional heating systems.
Considerations
Heat pumps should be considered as simply the means to capture solar energy, which you can be imaginative about, and integrate into a flexible system that suits your own requirements.
First map out your heating and cooling requirements and talk them through with your family. Think about what you already have and consider how it can be used. Solar panels on their own can provide warm water and some interior heating, but heat pumps can provide heating and cooling of your home and, if you have one, excess heat can be diverted to your swimming pool.
Existing immersion heaters, tank systems and even a log fired back boiler may be useful, so don’t start with a blank sheet, start with your current system.
A typical integrated system may consist of :-
Underfloor heating in bathrooms
Air conditioning (heating & cooling) in living rooms
Hot water
Bedroom radiator
Pool heating
You may need a consultant to calculate your load, which would vary according to the size of the property, and determine the optimum solution for you and your home.
A typical system maybe based on a heat pump, supported by an array of solar panels feeding a twin coil stainless steel cylinder tank with an immersion heater as a back up heat source.
It is not necessary to install the whole system immediately as long as you plan in advance and ensure that future capacity and fittings are provided for.
I am the co owner of Penguin Air Con, who deal with air conditioning, solar heating and solar panels in the Algarve.
Residential Solar Panels – How They Can Save You Money for Years (and Why You Need One)
Residential solar panels could cut your power bill in half each and every month! Wouldn’t you like to have that happen to you? While most of these solar systems can cost an arm and a leg, you can get the same benefits without the same costs. How is that possible? Easy – You can build your own solar panels! With just a little bit of elbow grease and some minimal supplies, you could be well on your way to big savings!
So, how exactly do you build a solar panel? Is it something that everyone can do? Of course it is. You’ll need to grab some basic supplies, which can all be picked up at a local hardware store. You’ll need things like:
- A battery (car batteries work best – it needs to be at least 24 volts, but a 48 volt works better)
- Copper sheeting
- Steel tubing and sheet metal (for the framing of the solar panel)
- Electrical wire
- And a few other materials that are cheap to buy
If you’re really looking to save money (and the environment), you could opt to purchase recycled materials to build your solar panel. Or find scrap metal to use instead of sheet metal. Either way, the possibilities are endless.
Of course, in order to build an effective solar panel, you’re most likely going to need a great set of instructions (unless you’ve build solar panels in the past). This way, you’ll know exactly what you need to do in order to gain the most benefit from your newly built solar panel!
With that said, you can find instructions on how to build your own solar panel with Earth4Energy. It is a complete guide that provides full, detailed instructions on how to build your own solar panel!
Learn how to build a residential solar panel at Earth4Energy.