Determining the Ideal Electricity Cost Per Square Foot for your Building

For most companies, electricity is the single biggest utility cost, in many cases accounting for upwards of 90 percent of a building’s annual utility bill. Consequently, one of the core practices of an energy audit is calculating a building’s electricity cost per square foot. A company’s ideal electricity cost per square foot depends on several factors, including what type of building it is (e.g. industrial facility versus office building) and the climate it resides in. Once measurements are taken, they’re often compared to the electricity cost per square foot of similar buildings in similar climates.

The biggest advantage of having an efficiency consultant perform an energy audit is that it results in targeted solutions for your building’s problems areas from greatest to least, which can be implemented on a priority basis. Without this knowledge, companies usually begin by replacing what they think is their least efficient equipment with more efficient equipment. Sometimes companies guess correctly about what to replace. But they can also spend big money on solutions that don’t address the biggest problem areas first.

In most commercial buildings, the biggest source of electricity use is an interior lighting system, which accounts for roughly 60 percent of the average commercial building’s annual electric bill. Second to interior lighting is an HVAC system, which accounts for roughly 30 percent of a building’s electrical use. As a result, interior lighting and HVAC systems are commonly targeted for energy efficient retrofitting, a process where a building’s systems are outfitted to accommodate more efficient equipment.

In an interior lighting system, traditional lamps and ballasts are usually replaced with more efficient ones, and an automatic lighting control system may be added to the new lighting. In HVAC systems, traditionally oversized elements, such as chillers and air distribution fans are downsized, thus reducing their energy usage. By hiring an energy efficiency consultant and taking a systematic approach to energy efficiency, many companies realize a 50 percent or more reduction in their annual utility bill.

As the price of gas continue to rise, living has become hard and the need for alternative energy became a want, which must be applied to replace the world’s addiction to oil. There have been many attempts to generate alternative electrical energy which can be converted to power supply. There are also many methods of this. They have covered practically everything from solar energy to saving electricity tips. While the people’s energy dependence is unlikely to decrease, an increase of new energy technologies is likely to increase. These innovations focus largely on efficiency and energy conservation.

In this age of increasing concern on climate change, enhancing energy efficiency in houses and buildings can lower carbon emissions and provide considerable financial return to people who apply green technology to their environment. If you reduce the use electricity you will be helping reduce greenhouse gas emissions. While many key government industry sources reject the notion that crisis in global energy crisis is impending, others believe the crisis already exists and not many people know about it. The energy crisis is no joke and it is not leaving, and it is the government’s responsibility to do its part in supporting communities by providing tax credits or rebates to consumers who are actually reducing their combined power consumption to more than ten percent of the your electricity last year. People need a comprehensive planning to avoid future problems and crises. Regardless of the cost of electricity, using less electricity consumption will always cost you less.

The uses of electricity are unlimited. Human history shows great reliance on using electric power. And the surprising part is that electricity can provide no cost when infrastructure exists to harness its power.

Panels are designed to produce electricity via a photovoltaic effect. This is done through a series of cells that are constructed in a number of ways and used as conductors. Most of the cells utilize silicon which helps to conduct the electricity being produced.

There are a number of requirements for the cells making up a panel to work. There are approximately 180 to 500 cells in a solar panel. The cells are connected using a wire conductor. In addition, because these cells are fragile, they can be easily damaged when they are being made or installed in a panel. Once in the panel, they are protected against corrosion by a solid protective covering.

The number of cells in a panel determines the amount of electricity that is produced. An individual will need to have a clear idea of the amount of wattage that is used in a home on a daily basis and build or purchase a panel(s) that will produce that amount of electricity. There are three different alternatives for solar energy use.

The grid inter-tied is a system provided by some utility companies. The grid inter-tied system works through the regular electric wiring that is already in a home. All electricity generated is credited on a meter which, at times, may give you credit when energy usage goals have been met.

The off grid (stand alone) system is more commonly used where there is no electricity supplied by a utility company. This means, there are no monthly electric bills to pay. There are sometimes limitations to this type of system, such as only being able to use the electricity at certain times. Without a back-up generator or battery pack, these systems are limited in the number of hours electricity can be produced without sunlight.

The system with the battery backup assures you that you will have electricity should a blackout occur. Many people have generators or battery powered back-up that will generate enough electricity to run their home for at least one day. When a person has this type of system they usually will have minimum electric needs on that grid, such as their freezer, refrigerator, and other equipment. These solar panels system are more expensive, but are very useful in areas that do not have consistent sunlight.

So how can you compare gas and electricity prices and how can you get the best quote for your circumstances? Well, if you want to switch gas and electricity supplier this is easily done using a comparison site. The process is very simple and takes a few minutes to do. Basically all you need to do is to work out how much you currently pay for your gas and electricity and then fill out a few details such as where you live and your current level of energy usage. Once you have filled all the details in the comparison site a results page will appear after a few moments and you will get a number of different prices and tariffs.

The tariff rates vary and depend on a number of factors including how and when you pay your bills and it is worth checking out what may be the best tariff for you. For instance do you want to pay for your energy only when you need to? Or do you want to manage your finances online and pay by direct debit? On the other hand you maybe interested in a green tariff if you want to support renewable energy sources. In this case you may want to check how environmentally friendly your supplier`s policy really is to make sure it`s worth the extra cost.

In present days, a forge of coal is used mostly that is different from other gorges. Generally the forge that is used with a charcoal or coal is known as coal forge. A forge of coal is a kind of fireplace where one can light fire using coal or charcoal. When the fire is in its proper state and if a metal is placed into the fire it comes into a state that so that it can be easily beaten and shaped into any object. So now it is clear that what a coal forges is!

Well, if you wish to control the fire of the forge you can do it easily by adjusting the amount of air applied for the forge or in other way adjusting the amount of the fuel using to fire the forge. What a blacksmith does that he puts fuel in the hearth and lit the fire then he pass air to increase the temperature of the hearth. This increased temperature acts to melt a metal faster.

Now your mind would be wondering that how to build forge of coal or a hearth. Well, the structure of forge depends over time. You can set up forge of coal anywhere in you house. You have many options to build a hearth, but the easy and the basic way to build forge of coal is by using fire bricks, steel pipes of varying sizes, a steel plate, and a driller etc. Thus, building forge of coal is not more expensive.
There are many types of forges that is used for the blacksmithing purposes. The types of a forge can be categorized in two ways first according to its shape and secondly according to its usage.
Types of forge according to its shape can be given as below:

? Tuyere Forge – it is a kind of forge in which air can be forced into the fire with the help of a pipe.
? Blower Forge – Here air is forced into the tuyere.
? Hearth – a place where fuel is placed to lit the fire.
Type of forges according to its use has been given below:
? Gas forge – with this forge gas is used as fuel.
? Finery forge – pig iron is refined into molded iron.

If you are thinking to go for the blacksmith work you need to go for a little research regarding the topic. Only you need to search the topic on internet. During this search you will meet with many articles, blogs and posts that will help you to get a lot of tips about the matter.

The present source of energy that is being used by most countries around the world is fuel. Even though it is cheaper and readily available, it poses a lot of danger to the environment, and even to the health of every individual. The green house gasses that it emits can destroy the ozone layer, which in turn can cause for the heating up of the earth. Thus global warming occurs. The slight increase of the temperature can eradicate several life forms, and if this phenomenon continues, every single natural habitat will be destroyed and all living organisms on this planet will just disappear in thin air.

Alternative energy sources are far more different than the fuel source. They do not harm one’s health and they will not crash this planet into pieces. In other words, they are much safer to use.

One example of these is the solar power that utilizes the sun’s light to power generators, which in turn power the city with the electricity that are produced. This type of energy is widely available, and most countries of the world can develop it. Although it is more expensive, but the benefits that it can give to mother earth is priceless.

Another example of alternative energy is wind power. This is considered as the most advantageous type of energy source because it does not give off any green house gas that can potentially endanger the planet. It is usually developed in areas that are breezy throughout the year, and it cost lesser than the solar power.

Other alternative energy sources that can do good to the earth are tidal power, biomass, hydropower, and geothermal power. Putting these into use will definitely save the planet from the perils of global warming and give the existing life forms, including the human beings, a chance to live longer.

In many parts of the world, rural electrification is mostly financed from the public funds, i.e. it is part of the governmental schemes implemented via organisations such as rural electrification agencies and power utilities. In some cases, the private sectors may provide the finance needed.

In order to provide a platform for financial support to any project, but particularly for a rural electrification project, a sound structure should be in a place in the form of practical steps, before or alongside the launching of an application for financial support.

The following is a summarised section, mainly connected to the developing countries, i.e. solution(s) for a project (or projects) barriers to rural electrification.

Solutions

The solution to the financing barriers for rural electrification can be outlined in the following points (Parliamentary Office of Science and Technology, 2002, UK):

1. A programme which can deal with structural adjustment and energy reform 2. Privatisation of public energy utilities 3. Removal of subsidies

However, when it comes to the law and regulations of a particular developing county, there are a number of points which should be dealt within the board of management of the project. At the same time, these points should be also raised in relation to the project operational issues (Leno V., undated):

1. Funds for the rural electrification should be regulated within the legal framework of the country where the proposed electrification project will be implemented
2. More effective and wider responsibilities for the government ministry (or ministries) in charge of energy issues
3. Representations from various governmental, private agencies as well as from those offices dealing directly and indirectly with the proposed project, should be included within the board of management
4. The above board of management should regularly meet to discuss and investigate various aspects related the to project, as well as the progress being made according to the timetable assigned for it
5. The board of management, in addition of being accountable and transparent in their day-today function, their work itself should be accomplished on commercial basis rather than institutional/governmental rules
6. The board of management should be fully involved in its supervisory role and policy making on regular basis, however, project operational tasks should be fully in the hand of the chief executive (or director) of the project. This kind of procedure will make it easier to attract further funding for the proposed project
7. International laws and regulations should be an essential part of the policy and work implementation in conjunction with the project’ board of management

Practical Steps

The practical steps for smaller electrification project in a rural area (UNDP, undated, Nigeria) can be summarised as in the following points:

A. Final agreement of the project site
B. Informing the local community (where the proposed project will be located), e.g. meetings, discussion and awareness/presentation about the project.
C. Feasibility studies of the location which may include: load demand, how to balance demand with supply and technical and engineering issues
D. An outline of needed civil engineering
E. Equipment needed and date of purchase
F. Preparation for Installation
G. Actual installation
H. Trial and checking the work of the of the electricity generation
I. Proposal/date for commencing skills – Training for the local community

Najib Altawell

The increasing demand on electricity’s usage has been dramatically rising over the years and the cost of expense rises as well together with the demand of usage. For this reason many people have searched for alternative sources that will somehow help us with the expenses that we pay for electricity. Numerous sources of energies that are capable of producing electricity exists, but the choices as to what to choose, how much the cost is and how long the service is what makes the people doubtful. Information about electricity producing energies can be acquired on magazines, newspapers, books and in the Internet.

A lot of electric companies and independent electricity suppliers offer thorough services in offering their services on electricity supply. Comparing the offers of other electric suppliers whether it is more advantageous and profitable to you is the wisest thing to do. Considering as to what is best and which will serve you most should be your main question before choosing any electricity suppliers or electric companies. The consumption time of electricity must always be taken into great consideration. The engine’s durability and the amount of money you will possibly be spending monthly are among of the many factors that should be considered before choosing what kind of source to go with.

You have got to be thinking now what cheap and reliable energy source to choose. It is a very normal attitude for a human being to think and acquire what is best for him and only the idiotic ones go with anything even if it is beyond his standards. There have been new technological discoveries about where to extract the energies that are capable of supplying electricity for free. And because of this many have wondered if such a thing does really exist and if it is really attainable. The answer is yes, it is very possible and free electricity can be produced from other types of energies. Those energies are the natural ones and can be even harnessed at home or anywhere as long those energies are at its strongest. The wind and heat of the sun are the two mostly used natural energies that can be used freely. There you have it. If spending money monthly on electricity bills keeps you upset then try on the natural energies for electricity consumption in your home. More information about these types of energies can be searched in the Internet.

It seems like you can’t open the newspaper, magazine, book or even your desktop computer without reading something about “going green”. I’m not sure that most people even know what “going green” is. Perhaps the best place to start is with an understanding of what is meant generally by “going green”. Environmentally friendly activities have been popular for many decades, to conserve energy, reduce pollution and save money. In fact it dates back to the 60′s movement. The catalyst for the recent green movement came from the theory that human-generated release of carbon dioxide into the atmosphere was contributing to global warming. Consequently, individuals, businesses and governments started re-evaluating how to reduce their carbon dioxide output.

Today when we speak of “going green”, we generally refer to something broader than global warming. We generally refer to a heightened awareness of using the Earth’s resources more efficiently. Today, includes efforts to conserve our natural resources, reduce our contributions to landfills, and reduce pollution generally. Going green, then, can be summarized by “conserve, reduce, reuse, recycle”–which means conserve energy, reduce waste, reuse what you can, and recycle what you can’t.

Personally I feel that the green movement is a public relations problem with the way it was being marketed. Perhaps individuals and the business community would have embraced the concept of green technologies had the movement been known as “becoming more energy-efficient” rather than “going green”. With that said the results cannot be denied. Whether you embrace the concept of “energy efficiency or “going green”, (conserve, reduce, reuse, recycle) will save you money, reduce our dependency on foreign fuels and help the environment.

Pros of Biofuels

Is it difficult for automobiles to use alternative fuel sources? Automobile manufacturers have created fuel systems that can be powered with straight ethanol (or biofuel), gas or a mix of the two. The technology is there and adding the system to new cars does not greatly increase price.

What is the main pull of domestic biofuel production? Domestic is the key word in this question. Crops used are grown within a country and that reduces the need for foreign sources of fuel, such as oil dependence in the United States.

Cons of Biofuels

Can the world switch to biofuels quickly? There is no quick switch from gasoline to biofuels. While the automobile manufacturers have created a Flex Fuel system that can take gasoline or ethanol, the means of refueling these vehicles creates quite a speed bump. Only a few fuel companies have chosen to offer ethanol to customers with specialized pumps. In order to make fuel more widely available, gas companies would have to install pumps across the United States and the westernized world which could take some time.

Are there enough crops or enough cropland to support a total switch to biofuels? Here is another problem with alternative fuel. Croplands are currently used for food production in most cases. When croplands are switched to solely producing corn and other feed for the production of biofuels, food production drops. Corn is the major source of ethanol, but it is also a major source of food for animals and humans.