Have you heard about choosing an electric supplier but you don’t quite understand it?

It’s ok to switch!

Signing up with an electric supplier takes as little as 20 seconds and can really save you hundreds of dollars a year on your electric bill. The power to choose an electric supplier gives you greater control over your electric bill. For example, if you can get a lower rate from a competing supplier, you can switch suppliers and pay a lot less for your electricity than you might be paying with your utility company.

I know what your probably saying… “I don’t want to switch” but lets understand this right off the bat… “You are not switching your electric company!!”

When you choose a supplier, you are choosing the company that generates your electricity. This company is in charge of supplying the electric to your local utility companies power grid which gets delivered to your home through the SAME wires, pipes and poles.

Let’s take a second and think of the worst possible situation and in fact a highly IMPROBABLE situation…

A supplier: they go out of business. It is very rare that licensed supplier would go out of business but EVEN if they did, it WOULD NOT effect your electric. You would not loose your power. Since your utility company still delivers the electric to your home and your neighbors home through the same wires and poles, you would get the very same electric as THEY DO, even if your supplier is not actually supplying their power into the utility companies main power grid anymore.

As a matter of fact, there is no risk at all when choosing an electric supplier because if something happens with their company, you automatically and instantly go right back onto the utility companies supply plan.

But why choose a third-party supplier? Simple, SAVINGS SAVINGS SAVINGS.

When you sign up with an electricity supplier, you will receive a lower rate from them but still pay the exact same bill to your trusted utility company.

North American Power is a leading electric supplier serving Pennsylvania, Maryland and Connecticut. North American Power offeres CLP, UI, Peco, PPL, Pepco and BGE customers a discounted rate that saves them a lot of money.

When a customer chooses North American Power as their electricity supplier, the local utility such as Peco or PPL, will still deliver their electricity, bill the customer and respond to emergencies. But by choosing North American Power, the customer is charged a lower rate per kilowatt hour on their electric bill compared to the utility’s own supply rate. It’s that simple.

To find out how much you can save by choosing North American Power as your electricity supplier visit: http://www.napowerblog.com

Peter Day

If you’ve been following the news, chances are that you’re aware that we’re in a precarious position when it comes to energy. America is heavily dependent on crude oil, a resource that is not only expensive but potentially hazardous as well. The recent BP oil spill in the Gulf of Mexico proved that many times over. As more people become outraged by the carelessness and arrogance of big oil companies, there’s a shift in society towards clean, renewable resources that can be manufactured without harm to the environment or people. One of the most popular and simple options available is solar power kits. Easily installed in less than an afternoon’s time, DIY solar panels are a practical option for individuals who want to reduce both their carbon footprint as well as the power bill.

Solar power kits are widely available from trusted and reliable companies, many of which are experienced in major solar panel installations for large commercial properties. Installing a home solar panel is essentially the same process, just on a smaller scale. Commercial installations consist of multiple panels which are built together in what is known as an “array”. This is necessary in order to provide the large amount of power needed for business operations. Home panels are typically smaller, and easily fit on the average residential roof. Most solar power kits come with the panel itself prebuilt, and all that you have to do is install the support structure and then place it on the roof. Within a few hours, your panel will begin generating real, clean energy that helps decrease your dependence on local power supplies – that means a lower power bill as well as decreased pollution!

Whether you’re a hardcore “get off the grid” enthusiast, or simply a homeowner who wants to cut bills while helping the environment, home solar panel kits are a great option for starting out. You won’t see a drastic drop immediately, but over time, the savings build up. At the same time, you’re reducing your own footprint on the earth, reducing pollution and making it possible for future generations to live in a clean, healthy atmosphere. No matter how you spin it, solar energy is a practical choice with real, long-term potential.

A simple way to save money and cut electric costs is to make solar power at home using a DIY solar power kit.

Televisions have two supernatural talents. They can unknowingly glue you to the couch and can expel enough energy to literally take your money and deliver it to the electric company. Well, maybe they aren’t that severe, but they certainly provide some intoxicating entertainment at an equally expensive price. LCD and plasma screen televisions aren’t exactly cheap and they’re not all that energy efficient either. But, for most homeowners, the value of having a crisp picture and a large screen becomes worth the price. That’s hard to argue against, but if you’re wondering why these new televisions use so much electricity let’s take a look at the picture.

The Picture

We all know about picture settings. One minute the grass is green and lush and the next minute the lawn looks like a galactic planet with blue and yellow flora. But, did you know that your TV uses more energy to create a brighter picture?

This is particularly true of plasma televisions since they’re designed not to separate resolution and power. If you want to reduce the energy then you have to take your bright picture and lower it just a little bit. In doing so, you can actually decrease the amount of energy being used by about 50 percent.

Don’t worry about all the settings, just focus on picture and backlight, which is sometimes called cell light. There are some other settings that could save some power but these controls tend to also reduce image quality, so it may not be worth implementing.

The Accessories

Although TV accessories are very appealing, they can cost you nearly $200 on your annual Connecticut energy bill! Thankfully this can all be prevented.

ENERGY STAR claims that all the energy used by accessories like: gaming systems, DVD players, surround sound, and even DVRs could actually be more than the energy used by the television! Let’s take a look at some figures.

On average a plasma television uses about 301 watts and a standard LCD uses 111 watts. The accessories consuming the most energy are the PlayStation 3, 197 watts; Xbox 360, 187 watts; and DVR, 33 watts. Although, there are different versions of the PlayStation 3 and Xbox, which are equally energy hungry!

The Phantom

Whether your accessory is on or off may not make all that much of a difference. Unfortunately, many appliances still use energy in their off mode. If it’s off and still displays the time or some sort of light, makes a sound, or feels hot to touch– then you’ve found a phantom!

The best way to take control of your phantom accessories is by plugging them into a surge protector. A surge protector actually allows you to completely turn off all items it energizes. When you turn off the surge protector it actually cuts off the total energy flow of energy from the wall to the accessory.

For help finding energy efficient appliances in CT, contact Dr. Energy Saver. As your local expert in energy savings, Dr. Energy Saver can provide you with the necessary repairs and tips to begin saving big on your electric bills.

Samantha Walton currently works as a web content writer for home improvement sites. She’s a college graduate with a B.A. in communication and a concentration in public relations. She’s aspiring to one day further her education with a seminary degree. Her experience ranges from internships in marketing and public relations, content writing for local television broadcasts, to writing and editing newsletters, fliers, and other content for her local church.

In a time of such economic downturn, where prices for things, we’ve taken for granted, have begun to rise, we seek alternative means to replace them. Instead of purchasing food from the supermarket, we can grow our own in the garden. Instead of driving to work, we can cycle. One of the major turns many people are taking is the one towards renewable energy.

Removing their dependence on fossil fuels, they’re looking towards easily obtained electric generators to provided the power for their home, whether it’s large scale for the entire house or just to charge a few batteries for everyday appliances. To satisfy these needs, there are two major forms of electric generation: solar power and wind power. Personal electric generation with both of these methods can provide a great return and take hardly any time to set up. In the case of solar power, the can potentially last several decades if well looked after.

Solar Power

People have been using solar power for centuries, though not as we think of it today. It’s primary use has been to purify and heat water, though with the advent of the semi-conductor silicon, we’ve started using solar power to generate usable electricity. The photons in the sun’s rays bounce off the negative electrons in the silicon and force them to flow through the material, creating a current. This can then be harnessed and put towards a good use.

The varying sizes of solar panels can be used for different purposes. Large scale, several hundred watt panels can be used for the entire home, powering appliances for the entire day. The small, double digit watt panels can perhaps power a single appliance or some lights or just charge batteries.

Wind Power

Wind power has been in use for even longer than solar power and for many different purposes. From pushing boats and ships to turning windmills to grind wheat. It’s even been used for ancient ventilation systems for housing and the 19th century saw its first use as a means of generating electricity. The thousands of fans all over the world can provide a lot of electricity for many homes, but for single homes, they’re a little less useful.

Their size and efficiency makes them somewhat less manageable than solar panels and they require wind, whereas solar panels can function even on a cloudy day. I have personally managed to build my own home DIY renewable energy system by following an online system which you can find out more about at my website link below.

Do you want to learn how to build Electricity Generation Systems at home? Do not do it because the author has found many useless guides online. Download the Best Step-By-Step Home Energy Guides at http://www.renewableenergysystemreview.com/download.htm!

Many of us worry about electricity bills and the environmental impact of our fuel consumption, while a free and clean source of energy is shining down on us all day. In one minute, the sun gives the earth enough energy to meet our power needs for a year. To make use of this valuable energy, a viable option is to buy solar panels to tap into this massive source of free energy, and slash your electricity expenses.

A device that takes the light from the sun and converts it into energy, a solar panel is suitable for use in your home. However, you need to take into consideration some things before you decide to install one.

One important factor to take into account is your electrical power consumption. Estimate how much electrical consumption you will save if you power your appliances with solar panels. This will be your guide whether the approximate consumption is significant enough for you to buy solar panels, and when you finally decide to buy, choose one which is has a relatively higher wattage rating than your estimated consumption. This is to ensure that the device you are planning to buy can accommodate the power output needed for your appliances.

The amount of sunlight there is where you live can also affect your purchase. You have to consider where you want to place your solar panel so it would receive the optimum amount of sunlight to generate electricity. This is measured in peak hours such as the number of hours during the day that your unit is working to full capacity. This takes place usually around 9 AM and 3 PM, when the sun is at its brightest. By thoroughly planning where you will put the panels, can avoid you from incurring additional expenses for add-ons like solar trackers.

The capacity and cost of the panels you purchase is another thing to keep in mind. For example, a new unit producing 120 watts costs around $700. Used panels are cheaper, but usually only about 90 per cent as efficient as new ones. You should not take for granted the guaranteed service life of the device. Most solar panels last for at least 10 years so you better check your expenses to see if buying one will give you savings over such a period of time. Generally, it will take at least five years before your unit pays for itself. This represents an excellent investment if you’re planning to stay in your home for a long period. If you’re planning to move out of your home in the next few years, you need to think about whether the solar panel will add a sufficient amount to the value of your property. Some potential buyers find the appearance of solar panels unattractive, but others will see dollar signs when they hear the words “free electricity”.

The utilization of solar panels is a great way to generate clean and renewable electricity that’s capable of powering your home. Just make sure that when you buy solar panels, you first analyze its costs and the benefits you can derive from it. Do not forget that you are buying solar panels to cut electricity expenses, not increase them.

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Creating Electricity Now

In the recent past, there has been a growing need for solar energy through solar panel installation in homes owing to its environmental and economical benefits. The solar panels are made of photovoltaic cells that convert sun energy into electric energy used for heating purposes or to power electrical devices. The energy generated is directly transmitted to the electrical appliances or gets stored in a battery for future use. Although a difficult task, the process of installation can be easily achieved with proper assembly and electrical knowledge.

Costs

The installation cost largely depends on the panel system used. In general, single panels that generate around 75 watts of energy cost $900. While an energy efficient panel producing 2 kilowatts of energy, will cost around $16,000-$20,000, and 5 kilowatt systems are worth $30,000-$40,000.

Solar Panel Installation

Solar panels are basically installed on the rooftop of homes. They can also be placed as free standing units close to the structure, provided there is enough space.  The panels can be mounted using flush, poles or roof ground mounts. Flush mounts are used for installation on the top of a roof. Pole mounts support small or single solar panels, while roof ground mounts are applicable for roof and ground installations.

The panel needs to be perfectly angled to direct sunlight, as the system produces solar energy in full capacity only when positioned facing the sun. It is also necessary to eliminate all hurdles that block sunlight or else it will work ineffectively. Depending on the need, the panel needs to be tilted slightly to attain the maximum amount of sunlight.  It can be tilted to the degree of latitude the panel is fixed at.

For instance, panels positioned at 15-25 degrees latitude need to be tilted to the same degree while panels at latitudes of 0-15 degrees are to be titled to 15 degrees. Once fixed, the solar panel needs to be tested to make sure it is protected and leak proof, too. Following this the panel needs to be connected to an electric circuit box or an inverter running on battery power.

Benefits

Solar panel installation in homes offers numerous benefits. The initial investment is only a one time cost which can be regained within a few years of installation. It is both environmentally and user friendly. The solar energy uses no fuel to produce energy and also does not release any harmful pollutants into the environment. Solar energy systems are easy to use and require less maintenance. The major benefit is that it enables you to offset all energy costs thereby saving on electrical bills. Solar panel installation is a cost effective choice for all homeowners and aids to generate clean and green power.

Would you like to learn how to build a solar panel to slash your electric bills and help preserve the environment? Be sure to visit my site to read my Earth4energy review.

We all wish to conserve cash, here are 4 more easy projects you can do to save. The yearly cost savings starts to add up with every task you complete.

1. Vent your dryer throughout winter. At our home we have routed the clothes dryer heat vent towards the inside of the home throughout the winter months. We live in a really dry climate, so the additional moisture is really a benefit. You will find two main benefits of venting inside. First of all, you recover the heat that was used to dry the clothes which is roughly about 2 kWh every load. Secondly, you prevent bringing in cold outside air to make up for that air that the dryer is pushing outside. To vent to the inside, you have to have a dry climate, an electrical dryer only, along with a method to catch the lint within the dryer exit stream. The price of this task was $20.00 for some tubing along with a lint filter. Gas dryers by no means should ever be vented inside, simply because toxic combustion products are in the vented air. Electrical dryers should only be vented within if your climate is dry, because of moisture difficulties. Energy cost savings each year would be 630 kWh having a cost savings of $63.00 each year.

2. Use electric mattress pads. Unlike electric blankets, the energy consumption for mattress pad heaters is really low, about 0.15 kWh every night. By utilizing these electrical mattress pads to heat the bed, we are able to maintain the temperature in the rest of the home at a lower level and still be very comfortable. In our home we have two furnaces but since putting in the electric mattress pad heaters, we have been able to turn off the furnace that heats the bedrooms. The cost savings per year in propane is considerable. Others have reported being able to do the same thing with good quality down comforters or something comparable. The electric mattress pad heaters differ in cost, but ours was $125.00. The energy savings each year is 2.320 kWh along with a cost savings of $186.00 each year.

3. Insulate windows with bubble wrap. This really is a neat concept that comes from the greenhouse crowd. You are able to insulate windows by utilizing bubble wrap packing material and spraying a water mist on the window, after which applying bubble wrap. The bubble wrap will generally stay in place for a full season with only a one time spraying. The bubble wrap is unattractive to look at, but does permit great daylight to come in. It is really a great choice for windows you do not have to look out of. This is very cost efficient, payback is generally less than 1 heating season. At the end of the winter season, you are able to just pull the bubble wrap away, roll it up and conserve it for next year. If you are going to use a great deal of bubble wrap, it would be worth finding a dealer in packing materials to purchase it from, or a greenhouse supply location. You can get bubble wrap from shipping businesses but their costs are a lot greater. My cost was 27 cents per square foot for 141 square feet, for a total of $38.00. You are able to do this task in just a couple of hours. The energy cost savings was 955 kWh and the yearly cost savings was $75.00.

4. Get rid of phantom electrical loads. Many people are not aware of this, but energy is still used even when something is switched completely off! These phantom loads, as they are referred to, do not amount to alot, but they can add up and what a waste of electricity. The simplest method to figure out how much energy your appliances and gadgets consume even when they are powered down is with an inexpensive meter, called the Kill-A-Watt. You plug the Kill-A-Watt into the wall, then plug the device into it. The meter measures energy use and keeps a total of it. Other brands function similarly, Watts Up is another one you can use. In my house, all of the phantom loads added as much as 80 watts of energy all total. That’s 700 kWh each year. With energy strips, you are able to totally turn off every thing plugged into them by turning off the energy strip it self. We utilized energy strips to get rid of 20 of the 80 watts used in our home We found out that the remaining 60 watts was my dish HDTV receiver. Turning it off has no effect on its energy consumption whatsoever. The only cost involved in this task was a few energy strips, about $20.00 worth. I spent an additional $50.00 to upgrade my satellite receiver. It still consumes energy when it is turned off, but only about 15 watts verses 60 watts. The energy cost savings is 569 kWh each year with a cost savings of $57.00 each year.

For many more great free hot tips, money saving ideas and solutions click here now to visit Living Off The Grid

Have you ever counted how many electronic gadgets you have in your home? I believe on average a home would have at least 50 electrical devices.

Some appliances consume small amount of power such as personal computer, electric shaver, television etc while others such as refrigerator, water heater, toaster, hair dryer etc will burn through large amount of electricity.

If you were to add it all up, your monthly home electricity bill will be quite a large expense. It would be the second largest next to your bank home mortgage.

Due to rising energy cost, many home owners are opting to use renewable energy source such as solar power to help reduce their energy consumption. Hence, solar energy panels for homes have become one of the fastest growing industries in the country!

How do you convert your home to utilize free energy from the sun? The easiest and also the faster approach is to engage the service of a professional solar contractor.

The contractor will begin by prepping your home to receive solar energy. The technician will start by analyzing your home current energy consumption pattern. This is to calculate how much electricity is being used on a daily basis and when is the peak level. This will determine the size of the solar panels required and also the number of battery units needed.

How much would it cost to engage the service of a professional solar contractor? Unfortunately, the investment cost will be quite high. For a robust and complete residential solar power system, be prepared to invest upwards of $35,000. Be prepared also to expect the Return Of Invest (ROI) to take 30 to 40 years.

Because of that, many home owners have a tough time making the decision to use solar power for their house. Some will procrastinate or put off the decide for a while.

Is there is cheaper alternative? As a matter of fact, there is. If you can understand electrical wiring diagram and know how to configure electronic components by ready its manual, you can setup the system via a Do It Yourself (DIY) approach.

All of the components for a home solar system such as solar panels, charge controller, deep cycle batteries, power inverter, amp meter, volt meter, fuses etc are available from major hardware stores.

You can save some money by doing your shopping when there is a bargain or discount period. What you will need next is a good step by step instructional guide and a technical blueprint.

Looking for more ideas on how to use solar energy for homes? Learn how to build your own DIY solar system by downloading a free copy of “30 Solar And Wind Power For Homes Videos” e-book at http://www.diysolarenergy.info/

Since the beginning of time, generating energy in some form has been a key to our ability to adapt to our environments – a key to our very survival. And for centuries, as forward-thinking individuals at various times have begun to develop ways to generate energy for free, a select few others have done everything in their power to keep that from happening. Today is no different. The corporate energy overlords still take drastic measures to stifle the secret of how to make free electricity. Experts, estimate that by 2020 energy companies themselves will begin implementing perpetual motion technology to create cheap efficient eco-friendly power. I’m not holding my breath.

The secret to free energy is out once again and is accessible directly to you through earth4energy. You can build your own free energy generator for a fraction of the cost of the inefficient alternative energy systems that international energy corporations are pushing now. Earth4energy will show you how to make free electricity using inexpensive readily available materials to produce a small efficient free energy generator. The extent of its implementation will determine just how much money you can save on your energy costs. With only partial use, our customers have saved 30 – 50%. With full implementation, some have taken themselves off the grid entirely. And off the grid means no electric bill.

Hundreds of people worldwide have used Earth4Energy technology to successfully build their own energy generator. The start up costs are affordable to almost anyone – less than $200 for a lifetime of free electricity. The 50-page detailed instructions on how to make free electricity are easy to follow, even if you don’t consider yourself a particularly “handy” person. In addition to that, we provide full technical support 24 hours a day, 7 days a week. If you have any problems a member of our friendly tech support team will quickly help you resolve whatever challenge you may be facing.

What’s more, we don’t mind if you share this technology with everyone you know. The more people who learn how to build a free energy generator, the sooner we can make a real positive and meaningful impact on our environment.

The advantages of the earth4energy generator are convincing to say the least. You will be hard pressed to find anything that comes close. When you learn how Earth4Energy can be used to make free electricity, you’ll experience these amazing benefits:

• Generation of unlimited electricity – Not only does the earth4energy generate enough energy to power your entire home, it generates the energy needed to power itself.
  
• Eco-Friendly – This zero point magnetic generator requires no external fuel source.
  
• Safe to use – Because the earth4energy uses no flammable liquids and emits no noxious exhaust or fumes, it is safe to use indoors around children and pets.
  
• Conserves space – Unlike bulky gas and diesel generators or wind turbines and solar panels, the earth4energy requires very little space.
  
• Guaranteed – If within 60 days you can’t see how you’ll benefit from earth4energy, simply return it for a full refund, no questions asked.

The search for inexpensive and efficient alternative energy is like the quest for a cancer cure. Both have been around for a long time, but have been suppressed by the power moguls and cartels that dictate to the very governments that supposedly regulate them.
http://www.freeenergydays.com

You don’t even have to find a completely solar heating system to find benefits from solar water systems, there are hybrid systems available too that will reduce utility heating by up to twenty-five percent. There are generally two types of systems used in residences for solar water systems, active and passive.

With active systems, which may also be called compact systems, use a pump to circulate the fluid and get heat distributed throughout when the temperature reaches a set amount. These generally perform better than passive systems, but are more complicated to install and maintain. These are more expensive systems, and the pump does rely on conventional electricity to work.

Passive systems have a water container and a solar energy collector mounted on the same chassis. These rely on heat pipes to transfer heater from one container to the next. There are different types of passive solar water systems but they are suited to different climates. If you are going to invest in one of these, ensure that you account for the worst type of weather in your home area, and purchase or set up a design that can accommodate this. For example, open loop passive systems which are made of metal are not at all designed for cooler climates. In chilly weather the pipes might freeze and damage the panels. There are closed loop passive systems that work to counter this problem, but in colder climates you want to choose panels with vacuum tube collectors to maximize your heat retention.

There are a lot of different plans available, and also small do it yourself kits available to construct and install and start your own solar water system. These kits reduce implementation costs by the amount of installation, which can significantly reduce your original investment. Always ensure that you are purchasing from a reliable source, and if you have questions about the installation, ask before going ahead. There are some things you might be able to manage without instructions, but a solar water system isn’t one of them, if you are not particularly handy, this can cause costly damage to your home, and even costlier repairs to your water heating system, so exercise caution. This type of installation requires some plumbing knowledge, and possibly additional setup on the roof of your home.

Projections show that a solar water system will pay for itself within ten years. Less if you do it yourself or buy an easy to install kit. In these times people are looking for energy renewable solutions, so the market value of your home increases as you install more energy efficient devices.