Category Archives: Energy

The Irony of Rural Living and Cutting Edge Alternative Energy Sources

Living 60 miles away from a major city can mean no cable but Green Alternative Energy Sources power all the businesses and homes.

Cable is not available but your power grid is charged by wind turbines and solar energy and you can be as close as 60 miles from a large city. Once population density decreases significantly it is very difficult to find power infrastructure robust enough, but affordable enough to energize your community.

Typically a problem to be solved on islands or developing nations where companies have difficulty affordably supplying electrical power. But it occasionally happens on the mainland of every continent too. You dont have enough size or money to justify the expenditure of “connecting” into the local utility company.

Research finds more and more remote communities that are relying on alternative energy sources to produce their complete electrical need. This can be done with combinations of technologies but the most significant of those is solar and wind power. Community politicians and developers are discovering methods to make solar and wind farms their primary electrical sources.

The location is the key to determining what alternative energy sources can be established to power your electrical grid. Haiti has been a work in progress with several wind turbines established and a new decentralized approach to energy assets. The 2010 earth quake in Haiti wiped out most of the electrical power for the country, even though only about 20% of the country was in the earth quake zone.

In rural areas or developing areas it is mandatory to have proper planning in regard to your power needs. Its the only way to ensure that your electricity demand will be met now and into the future and at the least cost possible. Frequently renewable energy could be a solution, so be sure to call on your professionals regarding the availability of alternative energy sources for your specific location.

So being in an out of the way area could mean you are provided electricity through renewable alternative energy sources and cutting edge technologies, while your cities are still on the old grid.

Cambridge Study into the Energy Saving Potential of SPD Glass

The study of building physics is becoming an ever more popular and necessary direction for engineering research and development worldwide. This includes in particular the energy conditions and efficiency surrounding the usage and maintenance of everyday buildings. For the majority of commercial and domestic buildings worldwide it is a desirable requirement
to maintain a comfortable interior environment, and due to the extremes of external environmental conditions this requires energy.

Energy consumption and wastage is a worldwide concern with global warming caused by excessive greenhouse gases in the atmosphere as well as rapidly diminishing non-renewable resources. There are two important directions associated with tackling these problems; to convert energy generation to renewable ‘non-carbon’ resources and to reduce the amount of energy consumed by society.

The Department of Engineering at the University of Cambridge recently released a paper outlining the results of a study into the energy saving potential of suspended particle devices for chromogenic switchable glazing (also known as “smart glass”) in comparison to regular clear glazing on glass.

This study focuses on such new ‘smart’ technologies that aim to reduce the high energy wastage in buildings. These ‘smart glasses’ have the ability to modulate optical and thermal properties, and therefore are able to adapt to prevent undesired energy flow through a glass faade.

While briefly looking at the various smart glass devices this project focused on the performance evaluation of electrotropic switchable technology, and more specifically, suspended particle device (SPD) glass. SPD glass is able to control its optical properties by the application of an electrical current to the glass, and holds great potential in being able to reject solar heat gain into an internal environment. A reduction in solar heat gain during summer months and hotter climates could result in significant energy saving in terms of
cooling and air conditioning.

Performance data was measured using SPD glass in an actual real-world environment and compared with measured data using clear float glazing. In addition to this, environmental modeling was carried out using computer software to analyze the energy performance of the SPD windows.

With such comparisons available, the performance conclusions between a real-world and virtual environment also allowed the research team to comment on the accuracy of such simulation modeling.

From the real-world performance data of the SPD windows it can be concluded that SPD glass is able to provide a much more uniform and comfortable internal room temperature than regular single float glazing. This was shown by data measurements detailing how the room temperature only fluctuated by 2C with SPD windows, in comparison to 8C in the reference office.

SPD windows were shown to be significantly more energy efficient than regular clear float glazing. The solar heat gain was reduced by 90% through SPD glass, which partially results in a 65% reduction in annual cooling loads.

This investigation into the performance of SPD glazing has shown that this switchable smart technology has important advantages over the use of regular clear float glazing. It was identified before experimental measurements that SPD glass had a lower visible light transmission, and similar solar heat transmission to other smart switchable glazing, such as thermotropic, gasotropic and electrochromic. All of which can be used to reduce energy consumption and wastage in buildings.

Wind Turbines And The Direction Of Renewable Energy

Wind turbines are popping up all over the world. It is not unusual to find single windmills or acres of wind turbines creating clean energy these days. This energy producing alternative is costly to install, but very effective in reducing the price of energy for consumers over time.

This type of natural power is clean energy, but what exactly does that mean? Wind turbines do not rely on fossil fuels or natural gas to produce energy and therefore do not deplete the earth of its natural resources. This power can be directly acquired from the country in which it is generated, cutting importing costs and further reducing prices for the consumer.

The economic growth of the industry also lies in the manufacture of the windmills themselves. The more in demand they are, the more economic and employment growth will develop. This growth not only depends on building the actual windmills, but also on manufacturing the batteries, capacitors, and cables which store and transmit the energy accumulated by these rotating giants.

It has been predicted that by the year 2030, many of these wind farms will be set offshore. The huge turbines would almost not be seen above water, but the power they would produce could be immense. This is a first of its kind innovation and is reported to be somewhat stalled in the bureaucratic phase for the time being.

Batteries will ensure that the turbines will continue to move even when the force of the wind is significantly reduced. By contrast, the East Coast wind farms will probably never suffer from a lack of power source. These farms will be highly productive and the predicted outlook is excellent for the immediate future and long-term future.

Huge offshore cables, called “spines”, are buried in shallow trenches under the sea to transport the collected energy to the mainland. Initial reports indicate that this development could possibly produce enough energy to sufficiently power the entire Eastern seaboard. The cable is being laid now, even before the windmills are planted.

The amount of energy created by these offshore farms is predicted to significantly reduce the load of the current energy grid in the Northeastern US. The cost of this project is said to be in the high multi-billion dollar range, which is causing some delay. There are other significant factors, however, which are also delaying the progress of this project.

Fishermen make their living off the North American eastern coast and studies are being conducted regarding the reconciliation of the two industries. Another problem being faced is the fact that there are sacred burial grounds submerged in the sea there, which should not be disturbed. A third hindrance is the assumption by special interests groups that this development will destroy the beautiful view off the East Coast, who are lobbying to stop the project.

Wind turbines are one of the safest and cleanest means of generating energy, providing economic growth and reducing the load on the current energy grid. Along with solar power and thermal heat, it is a viable and sustainable solution to our energy crisis. There is significant growth in the wind-turbine industry all around the globe. There are many online sites with information regarding the direction in which renewable energy efforts are headed for the immediate and long-range future.

Clean Energy Solar Power Panels or Magnetic Generators Advantages and Disadvantages

By dealing with the several Clean Energy sources available nowadays, the question turns up whether we prefer a Solar Energy System or a Magnetic Power Generator.

Generally speaking, I would say that both sources of energy are very good. Nonetheless, each solution has some advantages and disadvantages that we must bear in mind. The advantages of an alternative, clean and renewable energy are clear, mainly because the gotten energy is totally free and non-contaminating, but it has some disadvantages as well. One of these is the room the setting up of these systems demands in our homes: whereas the solar panels can be built on the roof of our house, the magnetic generator needs a specific space to be placed, usually inside our house. Nevertheless, this small inconvenience should not be an impediment if we truly were for a sustainable, clean energy to power our home.

The biggest impediment when introducing a home alternative energy system is, for most of us, the financial issue. Solar energy for powering our home and its different lights and devices would be wonderful, but a full home solar energy system is actually too expensive to fit in the financial possibilities of the average family in almost all countries in the world.

On the other hand, purchasing a magnetic generator is not as easy as that since, at the time I am writing this article, I do not know about any manufacturer that is making and distributing this kind of generators.

So, the issue in that case would be to build a DIY or homemade energy system, either a solar energy or a magnet generator system, or both!

There are some ways in which we can build a set of solar panels ourselves (which are the most expensive item in the solar energy solution) as well as make a magnetic generator with the help of some mechanic specialists nearby.

In my opinion, we could try both systems, since the solar thermal energy or STE (that is to say, the technology for using solar energy in order to get hot water or heating systems) is not as costly as photovoltaics (which translates solar energy directly into electrical power). In my recent stay in India, I was glad to find that in some guesthouses there was “unlimited” hot water service and this was because of the solar thermal energy systems they had built up on the roof. It was a very encouraging bit of news to see how people are moving into alternative, inexhaustible and non-polluting energy sources all around the world.

As for the power our homes need, a solar photovoltaic electricity system would be the right answer provided that the solar panels were not so outrageously expensive! To overcome this obstacle we have two choices: either we build the solar panels ourselves or we take to the magnetic generator. If you asked me “what would you choose?” my answer would be: “Both!” (If possible, of course, and gradually at any rate).

Finally, if we want to help each other and ourselves by utilising non-contaminating energy sources for the sake of our environment, the two choices mentioned in this article are a very salutary solution. However, they are not the only possibilities to power our homes with clean energy: wind energy is also a very good alternative too, but of this I will speak elsewhere!

Put Your Water Heating Bill On An Energy Diet

Heating water for domestic purposes – showers, laundry, dishes, and the rest – accounts for 12% to 26% of a home’s energy use. That’s between $240 and $520 for an average US household. But you can put your hot water system on an energy diet without sacrificing comfort. The 6 strategies below range widely in cost and complexity but all will reduce your energy bills and your carbon footprint.

#1 – Insulate Your Water Tank

If your water storage tank was made before 2004 there is a very strong possibility you are throwing money down the drain in standby heat losses.

Insulating an older water tank can reduce standby heat loss by up to 45 percent!

#2 – Insulate Your Homes Hot Water Pipes

It is a fact that every inch of bare hot water pipe running through your home is costing you money. As hot water is transported through through bare pipes there is significant heat loss which translates into wasted energy and dollars.

#3 – Find and Repair Leaks and Drips

Leaky faucets can be a pain and in a lot of cases just ignored. However, if your leaky faucet happens to be on the hot water side you could be throwing dollars down the drain every day.

Good news is most leaks are easily handled by homeowners and translate into immediate savings.

#4 – Add a Thermal Expansion Tank

When the water inside your water tank is heated it actually expands. When there is no expansion tank the water can leak out of the tanks pressure valve or cause a leak in your piping or worse case actually ruin the tank.

The easy solution is to install a Thermal Expansion Tank.They are fairly easy to install and will literally protect your entire hot water system.

#5 – Add a Gravity-Fed Recirculation System

A typical household can waste up to 11,000 gallons of water each and every year waiting for hot water to make the trip from the water tank to the shower or sink.

Recirculation systems use a pump and are capable of deliver instant hot water to everyone, eliminating the wait.

#6 – Throw Your Old Tank Away and Try Newer Technology

Install a newer more efficient tank. Current models are a lot safer and come with better insulation which makes them cheaper to run.

Try a Tankless System – on demand water systems eliminate the need for a storage tank and deliver heated water as it is needed throughout the house.

Plug into the sun. Of course there is an upfront charge but from that point forward your heated water is basically free. Solar water heating systems routinely deliver savings from 70 to 80 percent.

New Energy Saving With Magnetic Generators

New energy saving is one of the most sought after subjects in the world today! With the ever rising price of energy where do we turn? Magnetic generators are becoming a big point of interest!

With the changing times it has become a priority to look for methods of new energy saving and points of supply for generating energy. Discovering new ways of cheaper energy production is essential for us to become unconstrained of the power companies! Along with saving ourselves cash, we also help our environment. The production of free and low cost energy is a crucial requirement of our life. Energy cost are, and have been, skyrocketing!!

Producing electricity through magnetic generators is a technological breakthrough. There have been several studies made of the cheapest ways to produce energy. There is no energy generating source that is lower costing than power produced by magnetic generators. It doesn’t require a big budget to get started. Magnetic energy generators power themselves and create energy without requiring solar energy, heat, water, coal or any additional kind of resource. As I said, it powers itself and works indefinitely without stopping, thus creating a large amount of new energy saving.

Magnetic generators are not harmful to the environment because while they induce energy, they do it without yielding any harmful gases. Magnets use their opposing forces to induce perpetual motion to generate energy that is usable in any circumstance. Many people love the idea of generating their own electric power for free and have already started using this technology to power their household. At this time I would like to discuss the advantages of installation. With the magnetic generators there is no need to find a professional to apply this type of new energy saving! Additionally there will be no need for calling anyone for maintenance. You can maintain and build your own unit or units! This power supply is convenient and effective because it demands no other external energy source to provide you with uninterrupted energy.

What are magnets? Permanent magnets get their name for the following reason: (materials that can be magnetized by an external magnetic field and remain magnetized after the external field is removed)!! Only a few substances are ferromagnetic, the common ones are iron, nickel, cobalt and most of their alloys.

Generators that provide electricity by the use of magnets have been around for some time. The amount of revenue lost by the giants in energy would be devastating if the world was to apply new energy saving inventions that are available! The price of consumer products that are necessary for every day life would also be sliced!

Magnetic generators can be effective for us all if we can get past the belief that fossil fuel,coal and the rest of our natural resources are the only way to enjoy our current luxuries in life. New energy saving by way of secret inventions (subdued by our own governments because of fear) could be our answer to the struggles facing the world!!

Hydroelectric Energy

Hydroelectric energyis within laymen’s terms what it really seems like,hydroelectric energycreated from waterparticularly moving water. Presently, hydroelectricity is undoubtedly typically the most popular type of alternative energy, and supplies between 15-20% from the world’s electricity. Generally,hydroelectric energyoriginates from the possibility energy of dammed water. The dammed water drives a water turbine and generator, which in turn converts the energy into electricity.

What is Hydroelectric Energy

Hydroelectricity Energy is most generally created by using dams,However particularly in places that you will find large flowing rivers and ponds to attract water from. Because of this, places like Canada, with large, intricate waterway systems make the most of this kind of energy. Furthermore they energy residential areas, however they may also actually energy energy-intensive industries like aluminum smelting along with other industrial activities.

Hydroelectricity Energy can also be fairly clean.Although fossil fuel is consumed in the making of the dam, there are virtually no carbon pollutants past the dam’s initial construction in non-tropical regions. Exactly the same isn’t true for tropical regions; however, as hydroelectric energy plants happen to be observed to create considerable amounts of methane and co2 when the surrounding forest isn’t removed.

This really is because of the truth that plant-existence decays within the flooded areas in an alarming rate, creating methane, in addition to more compact levels of co2. Out of the box also reiterated below, positioning is essential if this involves creating a hydroelectric dam.

Regrettably, hydroelectricity energy is certainly not without its problems. Planning hydroelectric energy projects frequently overlooks the harm to marine habitats and environments also to the nearby indigenous towns, and also requires relocating whenever a dam is made because of flooding within their towns.

This kind of callousness is exactly what rapidly becomes problematic with dams. Organizers need to be especially careful when directing river ways to be able to prevent any harsh long-term effects on individuals that rely on water, whether human or animal, also to conserve historic monuments along with other sites of cultural significance.

For example, while dams may be used to prevent flooding when water levels rise beyond normal levels, in the region around Burns Lake, Bc, Canada, a whole village was instructed to relocate because of flooding from the making of a dam.

Hydroelectric Energy doesn’t pollute water or even the air

However, hydroelectric energy facilities might have large environment impacts by altering the atmosphere and affecting land use, houses, and natural settings within the dam area.

Most hydroelectric energy plants possess a dam along with a reservoir

These structures may obstruct seafood migration and affect their populations. Operating ahydroelectric energyplant could also alter the temperature of water and also the river’s flow. These changes may harm native plants and creatures within the river as well as on land. Tanks may cover individual’s houses, important natural areas, farming land, and ancient sites. So building dams can require moving people. Methane, a powerful green house gas, could also form in certain tanks and become released towards the atmosphere.

Paul Chehade – Save A Lot Of Money With This Green Energy Advice

Paul Chehade – Save A Lot Of Money With This Green Energy Advice

There is such an overwhelming amount of information regarding green energy online so locating reliable information is quite challenging. The following article is going to give you simple advice to bring green energy into your home.

Making small adjustments to the way you use energy every day can ultimately reduce your consumption. Unplug appliances when you’re not using them. Try turning off the TV and lights when they’re not in use. This is an easy way to save cash as well.

The government has made grants for investing in renewable energy available to the public. Talk to your local government and figure out what programs are in the area. Who knows, you may qualify for low or no-cost wind or solar installation. Even if you don’t qualify for a grant, you can still use these items as a tax deduction.

During the summer, you should try drying your clothes out in the sun instead of using a dryer. The sun will make your clothing smell great. They’ll smell so much better than if you shoved them into a dryer! As well, you save quite a bit on monthly utility costs.

Try to turn off things you are not using. When you leave an area take the time to turn off lights, televisions, stereos, computers, and other electrical items you are not going to be using. A power strip offers a handy way to shut down multiple devices at once, and it prevents passive electrical use due to standby modes.

If you clean your dishes using a dishwasher, don’t run it until it’s completely full. Your dishwasher consumes the same energy and water, even if it is half full. When running the dishwasher, turn on the setting for energy conservation.

When planning a home solar system, calculate the potential energy generation of the system using hours of sunshine in the winter. This prevents unpleasant surprises in the winter, and it saves money during the summer. Also, if you make use of the net usage plan from your electric company, you will get returns from your utility company for generating energy during summer.

Take the time to properly maintain your refrigerator. Since refrigerators tend to eat up a great amount of power, it is crucial you keep it in perfect working order. Be sure that you’re regularly cleaning the dust that builds up near the heating coils. Don’t forget to be certain to keep the seal surrounding the door tight and clean.

Learn about the differences between passive and active solar power. Passive solar power doesn’t require the costly power-storage cells that active power does. Active solar power requires a lot of involvement in the form of installation, mechanics, and power cells. Passive energy is using the sun’s thermal energy to heat your house.

Pay attention to any federal or local rebates offered for making alternative-energy updates to your home. In some cases, the local utility company will offer rebates for the cost of the upgrades. You may also get state and federal tax deductions for making your home more energy efficient. These credits and rebates will ultimately cut your costs of bringing green energy technology to your house.

Make use of a solar oven for baking needs. You can make one using supplies you may already have on-hand like old window panes, boxes, and pieces of aluminum foil. The internal temperature of these easy-to-build ovens can top 300 degrees, and they do not require any energy besides the sun’s rays.

Get started with some great tips in this article today! All these tips make using green energy technologies simple and affordable for the average home or business owner. Your family and your environment will thank you for it!

Paul Chehade

AAA Construction & Development

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Optimum nutrition and energy from Marine Phytoplankton

Marine Phytoplankton are single-celled plants that grow in the ocean. According to NASA scientists, Marine Phytoplankton are responsible for up to 90 percent of the planets oxygen, which is vital for maintaining life on both land and sea.

NASA scientists believe that around 3 1/2 billion years ago, the appearance of tiny plant-like organisms with the ability to convert sunlight,, water and minerals into protein, carbohydrates, vitamins and amino acids marked the beginning of life on planet Earth. Phytoplankton are the foundation for all other life forms and are the food utilized by the largest and longest living animals and fish. Blue whales, bowhead whales, baleen whales, gray whales, humpbacks, and right whales all eat plankton. These species live between 80 and 150 years old and maintain great strength and endurance throughout their lives.

Nearly all life in the ocean is dependent on plants. Only plants have the ability to manufacture food out of inorganic substances, such as energy from the sun. Thus all animals are dependent on plants, since animals cannot derive nutrition from inorganic substances. Being the original producers, plants form the first link in the food chain, a sequence of organisms in which each is food for the next member in the sequence.

In an article recently published in the Yale University Journal of Marine Research, the power stored chemically in the worlds phytoplankton equaled 63 billion kilowatts. Thus, marine phytoplankton is not only an incredible source of nutrition as the foundation of the food chain, but is a vitally important source of bio-energy as well. Benefits of Phytoplankton

The elements and electrolytes in plankton are almost tailor-made for the human body. It’s no coincidence that the composition of human plasma is quite similar in composition to seawater. Over reliance on land-based food sources often leads to deficiencies in micronutrients and trace elements. Our bodies need these elements to perform as nature intended.

Many people consuming Marine Phytoplankton report significantly increased levels of energy and vitality. The world renowned physicist, Dr. Fritz Popp, found that living things transmit small packets of light called photons. We are able to see the sparkling photon light produced by the phosphorescence in the ocean when the water is stirred at night. Since we are almost entire made up of water, we should only put into our bodies those foods and nutrients that have the highest quality, most positive frequency of energy.

Phytoplankton, the foundation of life in the ocean, the forerunner of life on land, and the sustainer of our atmosphere, has an extremely high energy frequency in addition to its nutritional content.

It is reassuring to know that a microscopic but highly powerful organism like marine phytoplankton contains the positive energy that we need to thrive, despite the hazards of environmental toxicity, stress and nutrient-depleted food. Our continued health may very well depend on our capacity to harness the nutritional and energy source from our oceans, and consuming properly harvested Marine Phytoplankton is an important step in the right direction.

Saving Energy by Improving Home Exteriors

When the weather is warm we tend to spend time in our yards mowing the lawns, trimming the bushes, planting flowers. We all have a desire to want the outside of our houses look nice. Whereas this is often a worthy cause, are we putting as much diligence into making the outside of our homes cost efficient? We work hard to keep a roof over our heads thus why toss money away by permitting heat to escape?

The majority of the houses heat escapes in the course of drafts. Filling these drafts will save on the heating cost over time. Do a walkthrough around the exterior of you home to find what has to be improved. First you should examine all the areas where two different construction materials meet for example where the siding meets the chimney and where the foundation meets the exterior brick or siding. Examine all exterior corners as well. Youll need to fill any cracks or openings in the mortar, the foundation or the siding. Make sure to fill them with the suitable substance. If you are going to complete a job, do it right. And, it can last longer if its done the proper way with the correct material. You will also want to inspect where faucets or pipes extend from the exterior. Make certain there are not any holes around them as well. In your exterior inspection, dont miss the windows and doors. Make sure that theyre all properly caulked and that windows and doors seal tightly. Some people have air conditioners mounted directly into the wall rather than in a window throughout the summer months. While this might save on time of installing and un-installing the air conditioner each year, it is also a great way to let in drafts throughout the winter months. Make certain that the area round the air conditioner is properly sealed. If you dont have one by now, invest in a cover that may be placed over the unit in the winter. This can stop the unwanted cold air from getting in your home.

Also, make sure that your house is properly insulated. This will save you a large amount of money. In particular check the attic. Make certain that there is a steam barrier under the attic insulation. Water vapor will pass through the ceiling. With large amounts of moisture, the effectiveness of your insulation goes down and may cause structural damage. In order to prevent this, you should have a vapor barrier which may be tarpaper, Kraft paper attached to fiberglass batts, a plastic sheet or vapor barrier paint. Additionally make sure that any gaps round the pipes, ductwork or chimney is correctly sealed.

If youve got the funds, you might need to consider replacing recent doors or windows with new energy efficient ones. While this can be an improvement that will dip into your pocket, it will as well save you cash on heating. With the price of home heating, making sure that the exterior of your home is properly sealed is almost a necessity.