Anyone who has to pay the gas and electric bills for their family every month knows why we should all conserve energy. The price of electricity especially just creeps up and up. Unfortunately you can’t buy it somewhere else, at least not without a significant investment, so the best answer is to figure out how to get by with less. If you haven’t already started turning off lights and appliances when you’re not using them, you’re a step behind already.

Money isn’t the only reason to conserve. The effects of energy production on our environment must be slowed down significantly. We need to find clean ways of producing energy, like solar and wind, but that’s not enough. We also need to use the energy we have much more wisely. That’s the only way to save money and control pollution in the long run.

Energy conservation is beneficial for all of us in many different ways, but one of the most tangible is financial. We should all be aware of the cost savings we can effect by conserving energy both at home and at work. Obviously if you use less electricity, your electric bill will be lower, but did you know that most power companies charge on a sliding scale? Your last kilowatt is more expensive than your first. This means that if you reduce your electricity consumption by 10% you’ll save more than 10% on your bill. Though this is more direct, there are some indirect reasons, which of course if not checked soon might lead to severe problems in the future.

Some scientists have predicted that we will run out of oil in the next 60 years if we keep going at our current rate of consumption. As fuel sources get scarcer and scarcer, prices can only rise. These very same finite energy sources have another major drawback. Processing them from their natural form into fuel that we can use releases harmful compounds into the environment.

Whether we consider the community as a whole or just one individual, the benefits of conserving energy far outweigh the inconvenience. However small an effort you make in conserving energy, it usually counts in the end, the more reason why you should not relent in the struggle to bring down your energy bills.

There have been major technological advances in renewable energy to the extent that countries have made it their special energy policies countrywide. Wind turbine is a good example. Some consumers and businesses have been able to use wind turbine energy to produce their own power. Even better, power companies have installed large numbers of wind turbines to produce the electricity they sell to consumers. Their photovoltaic counterparts are also making recognizable efforts with their solar panel conversion.

It isn’t easy to change our ways. It takes time, effort, a lot of money and a willingness to alter our behavior. Fortunately many people are starting to realize that it’s worth it to protect the environment and ensure that a system is in place for the next generation.

There will always be people who don’t think it’s worth the effort to conserve energy, but don’t let them stop you from doing it. It’s well worth the effort for the environment and for future generations who won’t have energy at all unless we make some changes. The other reason as to why there should be combined efforts is that there is also a need to try and contain the market prices of fuel before they spiral out of control in the near future.

You can read more articles about locations for solar panels and solar panel placement on these blogs.

My interest in renewable energy stems from the fact that I am planning to build a house from scratch in the very near future. As a new construction it will give me a clean slate to work with. I would like to incorporate as much renewable energy technology as I can in this house. In fact I want to have an off the grid house.

As I will be building the house from scratch I will be able to incorporate the full spectrum of renewable energy in the design of the house from the low-tech to the high-tech.

Passive energy is a “low-tech” approach. When constructing or remodeling a house, a bit of advance planning will yield a considerable amount of possibilities to use solar energy to both heat of cool your home.

The running costs of a building can be reduced if the reliance on mechanical or electrical heating, cooling and lighting can be reduced.

Passive solar energy cannot be tacked on to a building. Passive solar energy is not an addition to a house that can be added later or at the end of the building process. It is therefore essential to consider the possibilities for passive solar energy right from the start of the building process i.e. at the planning stages.

Passive solar energy system must be incorporated into and form an integral part of an energy efficient building and landscape.

The field of passive solar energy involves building design and the placement of appropriate building components to make the best use of sunlight for day lighting, passive heating and/or passive cooling. Besides saving energy, a primary benefit of passive solar is improved comfort for the occupants.

Passive solar energy is a resource that does not require machinery. If properly designed, buildings can use daylight year-round to capture the sun’s heat in the winter and minimize it in the summer. Buildings designed in such a way utilize passive solar energy to help heat, cool, or light them.

Your energy requirements can be reduced considerably through the use of passive solar design, better insulation and energy efficient appliances. The amount of energy saved will naturally vary on the architectural design of the house, the landscaping surrounding it, and the efficiency of the appliances including the illumination.

Many passive solar heating design features also provide day lighting. The use of natural sunlight to light up or brighten a building’s interior is known as day lighting. An open floor plan allows the light to reach throughout the building. This can result in substantial savings on electric bills, and not only provides a higher quality of light, but improves productivity and health. Combining natural day lighting with natural ventilation strategies can considerably reduce energy consumption, making a significant contribution to a sustainable building design.

The most common building component used in passive solar energy is the windows. Over a year, most windows loose more energy than they gain. Advanced windows systems can actually be net energy suppliers, with better net annual energy performance than the most tightly insulated wall.

Advanced windows systems use a combination of double or triple glazings, low-emissive coatings, argon or krypton gas fill, and transparent insulation. Choosing an advanced window system and placing most of them to face southwards can reduce your annual heating load considerably. Studies have shown that houses designed using such passive solar concepts can require less than half the heating energy of the same house using conventional windows with random window orientation.

In winter, when the external temperature cools down in the evening, the thermal mass will radiate that absorbed heat into the rooms. Proper design and selection of shading devices can also result in reduced cooling loads in the summer. Apart from shading devices a passive solar cooling device such as the thermal chimney can be used to help cool down a house. It is of a similar design to that of a smoke chimney but instead of smoke it vents hot air out of the house through the roof.

Another approach for getting more solar energy into your home is to build small additions, sometimes referred to as sun rooms, which are designed to maximize solar intake. If the ventilation for these additions is properly designed the incoming energy not only provide heat to the sun room itself, but can be extended via convection or forced air systems to help heat the rest of your home.

A significant challenge for the next generation of modern dwellings is the integration of advanced window technologies, superior day lighting and passive solar heating for buildings in cold climates. New technology developments, in particular with advanced windows and airtight envelopes, make many older passive solar “rules-of-thumb” obsolete, and require the use of energy performance analysis tools.

The use of environmental modelling, a new and invaluable design tool that provides a detailed computer analysis of the internal environment with predictions of temperature, airflow, CO2 concentrations and daylight levels will help in designing more energy efficient houses.

With a bit of planning, passive solar energy design can reduce your energy requirements which also reduces the amount of energy your micro-solar and wind power plant has to produce.

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Photovoltaic pool pump. Who knows were to order them?

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Not only gas prices are soaring nowadays; electricity bills are, too. In some countries, a lot of people have started utilizing electricity sources that bring about more savings. The most common are the so called solar panels, which are able to make use of solar power to produce electricity. Electricity that comes out of solar panels is more popularly known as residential solar energy that can help you save on electricity bills. How the said type of energy is produced is something that needs to be answered.

Panels that bring about solar power actually work in a simple manner: their job is to ensure that the sun’s light is transformed into usable energy that will give their users the electricity they need. This is done through silicon atoms that bond with each other in order to facilitate electron-sharing and therefore help in giving off electricity.

Part of the process of producing electricity through panels that produce solar power is combining silicon atoms with the photons that are produced by the sunlight. Once silicon atoms, their electrons, and the photons are mixed together, electricity is generated. Take note however that for a big amount of electricity to be produced, a lot of solar energy is also needed, which equates to the fact that more solar cells are also needed.

Some people may think that solar power producing panels may be hard to obtain, let alone placed in their homes. The truth, however, is that there are now various manufacturers that offer solar panel kits that come with easy installation and are definitely easy to use. The said kits also come with tools, better known as inverters that enable the production of power for home use.

If you have the desire to purchase solar panel kits, keep in mind that to get maximum benefits and to ensure that the output works properly, have those kits installed by the experts. Though it may be true that those kits are extremely easy to install, there are still some factors that may affect the performance of your finished product such as the roof angle of your residence, the directions the solar panel’s trackers face, and many more.

Finding out everything about how solar energy may be produced and how solar panels may be utilized are usually some ways of motivating people to consider the use of solar power in their homes, offices, shops, etc. Electricity produced from panels that emit usable energy may also be used in street lights, lighthouses, and even in traffic signs. Through the use of solar power, the process of energy conservation is practiced. Take note too that the electricity a user gets from solar panels may be described as reliable and very simple to maintain.

In our world that is bombarded with the rising prices of utilities, specifically high electricity bills, the only way to save a significant amount of money is to look for other sources of energy. Residential solar energy has a lot of benefits that we can enjoy for as long as we learn the right ways to obtain it.

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Solar panel employment has long been established as an approach to provide an alternative energy resource and finally free all of us from our dependence on fossil fuels. Big market sectors have spent in the enhancement plus research of this new technology, and advocacy meant for cleaner energy resources plus cheaper commercialized solar panels creation has brought this technology to house holds as well as small-scale sectors.

European countries just like Germany, Denmark plus Norway headed the integration of solar panel devices in to the making of households and buildings. Solar cell homes have grown to be a major development in eco-friendly household areas in these countries. A major instance is the very first eco-friendly place on the planet in Friedrich, Germany, in which 5000 people make use of solar cell homes, especially designed to increase sun radiation on the roofs.

The solar panels or even arrays are integrated into the rooftops to utilize the sun’s energy and supply eco-friendly remedies. Some other major countries as well are starting to participate in the advocacy for solar panel utilization. Mumbai, India is among such places to participate in the most up-to-date trend.

Moreover, since the technology of solar energy usage is rising and promising, increasingly more commercial establishments are starting to invest in this brand new technology. Due to the quick growth of the technology, households are even starting to invest in the long term features about solar panels. Solar cell homes turned out to be the revolutionary standard in eco-friendly building integration and construction.

Solar cell homes are just the beginning of the continuing as well as quick development of this emerging and eco-friendly advocacy to protect the environment from further devastation. Even though at present, solar panel installations are costly, it’s a little effort considering the harm we’ve currently caused upon the environment.

Moreover, considering the future results of alternative energy, the results are better in comparison to fossil fuel burning. Let us halt searching the environment for little packets fossil fuels and initiate looking up to the heavens. As long as there is the Earth plus the Sun, solar energy shall be incalculable. A solar cell home is only a tiny step in the right track.

home generators | best generators for home use

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Solar energy is likely the largest, single answer to this nation’s dependence on fossil fuels. With enough solar energy, U.S. citizens can ignore the threat of Peak Oil, the more visible threat of oil embargoes from Mideast countries, the rising cost of fossil fuels and the air pollution that is making large cities virtually uninhabitable.

Getting to that goal isn’t easy. There are a lot of solar incentives out there, from utility companies sponsoring solar installation to local, state and federal governments offering funding or tax rebates to homeowners installing a photovoltaic (PV) system. Unfortunately, these incentives are all over the board, vary from state to state and even region to region depending on the utility, are rarely publicly advertised to make homeowners aware of their existence, and change from one year to the next depending on the whims of Congress.

Most homeowners, when presented with the 10,000 hoops required to get some kind of incentive package, shrug their shoulders and walk away. Life is complicated enough. If president-elect Barack Obama truly wants to meet his eco-friendly energy goals – five million “green collar” jobs, negative oil imports in by 2018, and 10 percent of energy coming from renewable sources like solar – he will first need to translate this mishmash of incentives into a cohesive, comprehensive and comprehensible national policy.

What if, for example, instead of searching DSIRE’s (Database of State Incentives for Renewable Energy) map for your state, then searching the more than 100 entries for a program that matches your qualifications and expectations, you could simply rely on the fact that state, regional and utility incentives all offered a specific program?

Better yet, what if an agency of the federal government, like the U.S. Department of Energy, took over all incentives and offered a flat rebate not subject to change every time Congress was in session? Can you imagine the numbers of individuals who – currently stymied by a maze of regulations and stipulations – would flock to install solar energy panels? I can, and it would give the solar energy industry a boost not seen since Henry Ford first introduced an affordable automobile.

You can make this happen by writing your representative and demanding a uniform, timeless, renewable energy incentive program. Better yet, join a social networking site and start your own petition, or contact renewable energy advocate sites (the American Solar Energy Society is a good start) and ask them to start a petition asking Obama and his transition team to develop such a program.

The future of solar energy is you, and tomorrow is already here.

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Solar lighting indeed works well in the garden. You may use solar garden lights for lighting the gardens and yards adjoining your house. These lights are easier to install, are maintenance free and they cost you nearly nothing to function. All you need to bear is the cost for replacing those batteries that power solar lights, since they use sunlight for this purpose. You may set the solar garden lights to function automatically at night. They stay lit for more than 9 hours.

 

Individuals need to position solar lights in the area where there is ample supply of sunlight in the day. Solar lighting might not work well if the pathway or garden is shaded. Solar garden lights may work six to twelve hours in the evening depending on how much sunlight it receives in the day. These lights have built-in photosensor. The photosensor turns on the lights when it grows dark.

 

Solar garden lights stay lit until sun rises or the battery depletes, whichever is earlier. If you take proper care, solar panels are likely to last for twenty years. Solar lighting highlights certain elements of the landscape or illuminates the dark paths. It is not easy for thieves to steal the solar lights since they are installed permanently on a patio or deck using a screwdriver making it hard to remove them.

 

In the spring and fall, when you arrive home early evening, often, it just starts growing dark or turns out dark completely. With solar lighting, as energy saver that you install in your garden, you comfortably watch over your garden. You can also water it. People usually prefer watering their garden in the evening hours, since evaporation here does not create any problem. Solar garden lights create an ambience of safety and warmth.

 

solar lights is indeed the right choice for your garden, entry path or deck, as it creates a glow. Your garden looks beautifully illuminated and is a center of attention for passers-by. As you step into your garden, you get the feel as if you are at home. These spotlights offer a spectacular look to plain trees at night and increase the value of your property.

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Use of solar energy as an alternative to fossil fuels has been widely discussed in recent years. Heavy reliance on fossil fuels, and, as a consequence, dependency on scarce resources usage of which has a negative impact on environment led to search of alternative sources of energy. Passive solar design has a number of advantages when it comes to alternative energy solutions due to low cost and high level of efficiency.

Integration of passive solar design reduces the need for mechanical heating, cooling, and artificial lightning during the daytime which is cost efficient in the long run, minimizes energy consumption and, as a consequence, dependency on non-renewable sources of energy, is environmentally clean, and can be easily implemented independent of the geographic location. The debates on the issue are ongoing. And even though there is some rationality to claims of opponents of solar design solutions, their perspective on the issue is short sighted, since aside from purely economic benefits, opponents fail to consider dependency on non-renewable sources of energy such as fossil fuels which will gradually become an economic burden for the vast majority of countries throughout the world.

Passive solar design of buildings does involve more initial spending, since it includes such passive solar features as thermal mass, increased glazing and overhangs. However, due to the fact that buildings with solar design require substantially less mechanical heating and cooling, annual reduced maintenance costs will be realized over the whole life time of the building. Going even further then this, since individual design of buildings is not required, but largely it will vary depending on the climate zone; cost per building will reduce, as the number of building with integrated passive solar design increases.

The experiment proved to be very effective in China. Country was subdivided into five major climate zones and comfort zones based on the climate zones have been developed. Further, bioclimatic building design charts have been developed, and finally, the system was implemented. The results were astonishing: in Guangzhou due to integrated natural ventilation mechanical air-conditioning would have to function only 17% of its initial work load, while Kunming initially required mechanical heating 80% of the time in a year, now supplementary heating is required only 10% of the year, in Beijing required mechanical heating would can be limited to 30% through with the passive solar design used during the construction process. This is a perfect solution for China, where fossil fuels are especially scarce as compared with other countries. A similar experiment took place in North Cyprus and implementation of passive solar design also proved to be efficient on practice.

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So we will be moving to a home out in CA, the desert part where its usually 100* Degrees. So we definitly want to get solar panels to reduce energy costs considering we will have AC all day and heating in winter. But we only to plan to live there about 2- 3years. Can you move solar panels to another house?

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Solar Energy Systems

 

The use of solar energy or solar panels, has been catching on during tha last year or so. Originally due to the “Go Green” mentality , solar energy and wind turbine was a great way for us to conserve energy and be apart of earth conservation. But the recent boom in home made energy efforts , combined with current economic climate, leads many to believe that saving money is the newest reason for the solar energy upswing.

 

Solar Energy Help

 

Solar energy systems are actually not that complicated to build. Fpr the most part you can get everything you need from home depot. For under $150 , many have constructed 2 or 3 solar panels in there backyard, and some have even made small ones for the roof.

 

Some Facts About Solar Energy

 

The average household uses about 850 kilowatt hours a month, about $90. 30% of which is used solely for heating water. With lights being a close second place in over all usage. Solar energy panels that can be bought are around $10,000 for a 10×10 foot Solar System.

 

Solar energy can -

 

Be used for creating electricity
Dry clothes
Heat water through the use of Photovoltaic cells
Be used for powering cars
Heat swimming pools
Be used for lighting and small appliances
Even be used for heating food

 

Standard Solar Systems Premade-

 

Usually about 10 ft x 10 ft
Typically creates 1000 watts of energy (Burn a light bulb for 10 hours)
1600 hours of electricity a year.(Considering you get 5 hours of sunlight a day)
Saves 170 lbs. of coal from being burned
Stops 300 lbs of CO2 from being released
Cost $10,000
Energy can be stored in batteries

 

Homemade Solar Energy Panels-

 

Total cost of materials- $150-$200
Usually 8×8 ft
Absorb 1200-1600 kilowatts per year
Save the average family $500-$750 a year

Energy can be saved to batteries (The batteries can be acquired freely)
They can be created within 2-3 hours depending on size of panel and ability of person.
Can be used for heating water, drying clothes, running small appliances, charging cell phone batteries and car batteries, bigger ones can light 2 or 3 rooms.

 

Learn How To Make Your Own Solar Panels

 

Government Incentives

 

It is widely known that the Government provides huge checks for those that take it upon themselves to use Solar Panels and Wind Turbines for homemade energy. Although the incentives vary due to unique situations, they are usually enough to cover the complete cost of a homemade system.

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