Some Effective Methods To Enhance Your Home Energy Efficiency

Discovering a method to enhance your home efficiency can assist you to save a good amount of your monthly expenses. If you are capable to reduce the air leaking from inside or outside your home, then you can decrease your energy expenses for cooling and space heating. In this piece of writing, we will discuss some methods that can help you to enhance your home energy efficiency. Have a look:

Find Out Seal Cracks between Windows and Windows Frames:

Windows are the main air leakage causes for many houses. You must make the windows leak proof if you desire to get the premium energy efficiency. There are numerous methods to handle the air seepage problem by means of windows which dont need a lot of money and time. An easy way is to use a caulk gun to seal the cracks between the windows and window frames.

Make Use Of Storm Windows:

Storm windows are wonderful for energy-saving purposes, because they act as a wind buffer to snare air in between the storms and the main windows, and also work as the lagging to prevent the air leakage. You can either install wooden storm windows that will be removed in spring or install vinyl or aluminium storms that will be installed lastingly.

Weather Strip Your Doors:

Stopping the air leakage from windows is significant to get the energy efficiency, but doors can also play an important role in it. There are some options available on the internet to weather strip the doors. You can improve the weather stripping of your current door to a more effectual kind, for example, the door with vinyl bulb that can help you to stop the air from leakage.

Use Door Sweeps or Door Bottoms:

The weather stripping can stop the air leakage at the peak and the sides of a door, but not at the verge. It is a possible air seepage that can have an impact on your home efficiency. One of the best methods to resolve this dilemma is to install door seeps or door bottoms. The door sweeps are joined to the inside of a door at the base edge that will close the door and stop air leakage when the door is closed.

The premium method to enhance your home energy efficiency is to stop the energy from losses because of leakage problem. The above-mentioned techniques are the basic alterations that you can make in your houses windows and doors to prevent or reduce the air leakage of your house in order to enhance your home energy efficiency.

Smart Buildings – More Than Just Energy Efficiency

The smartest people in the commercial real estate industry agree–if we really got energy efficiency in buildings right using smart building technologies, corporations could save so much money that there would be little need for solar panels or windmills. While most experts are still strong supporters of these alternative energy sources, they agree that extreme energy efficiency measures could have very dramatic positive results.

On the other hand, there are an increasing number of people who are growing disenchanted with the energy efficiency movement. It is not that they are against the idea, it just seems like it is an “all or nothing” proposition, and one of the major aspects of smart building technologies is the impact they can have on OPERATIONS and TENANT SAFETY/SATISFACTION as well as energy efficiency–which solar panels and windmills don’t offer.
In our world of buildings, a world that impacts us every time we enter an office, mall, school or sporting venue, and an environment that requires a great degree of operational support, why totally ignore the operational benefits, financial and human productivity possibilities, and tenant safety/satisfaction potential of intelligent, connected, high performance smart buildings?

This new generation of smart buildings, in which an IT infrastructure is laid on top of a building and every electro-mechanical device is IP enabled and connected with the ability to send data and be controlled, can provide energy savings and a WHOLE LOT MORE. The concept of centralized portfolio control with dramatically reengineered workflow, combined with advanced data analytics and visualization, could have an equal (if not greater) impact on the operational and tenant satisfaction bottom line of a building when comparing energy efficiency and savings.

Building owners care a lot about the costs of running a building. If these state of the art concepts and technologies can significantly reduce operating costs, why not exploit that fact? These details should be included in the overall strategy when cost-justifying the retrofitting of existing buildings. It makes sense to look at every aspect of these intelligent and smart buildings. Go through the front door with energy efficiency but, by no means stop there; operational efficiency and tenant satisfaction will round out the complete justification for making smart building investments.

One small, yet interesting example of this approach would be the management of fire extinguishers. Despite more technology in an iPhone than we had on the first space launch, we continue each month to walk every square foot of our buildings in search of a fire extinguisher with a small paper card attached and a hole to punch. With some pretty basic smart building technology, we can connect those fire extinguishers to a network and monitor them in real time, with almost no future financial investment. This also has a good sustainability aspect, as we are not using natural resources to transport humans in their search for cards to punch.

Another area relevant to smart building technology with a very fast payback is digital signage. Despite the fact that the hardware and technology costs have become very competitive, we continue to rely on analog solutions to communicate information in our lobbies. If you look at the cost and process, with multiple people and methods of getting a tenant’s name up on a lobby sign, it is a very inefficient way to communicate tenant information. In addition to a simple tenant directory, digital signage can also offer advertising (potential revenues), and fire life safety information in the event of an emergency.

Many different areas of a building’s operations would benefit greatly from automation: HVAC, lighting, security/access, energy, fire/life/safety, lifts, water management, landscaping/irrigation, audio visual, digital signage, parking, voice/data and more.

If we truly want to take our buildings to the next level of sophistication and take advantage of all available technologies, then start thinking of the three categories that make a smart building–energy efficiency and conservation, operational efficiency, tenant safety and satisfaction. If we include all of these categories in our financial justification models, it becomes a much easier decision to retrofit and move our buildings into the 21st century.

Central Heating The Way To Go For Energy Efficiency!

You have your home all snugly tight with the right amount of insulation in all the right places and you turn on the heat and the room heats up, but… the kitchen is still cold; you need a central heating system of some kind.

The central heating systems are some of the most efficient systems because they generate the heat and then pump it all over the house in the same proportions that you select. That way, the rooms that are being used gets the most heat and the rooms that are not being used gets quite a bit less or none at all depending on their usage.

The central heating system’s boiler or heating unit is contained in the garage or basement and the ducts are run under the house or through the ceiling to come out in each room and you can even add a humidifier or dehumidifier to the entire system to allow those important functions as well. That makes a very good investment in your home and may increase the sales price, if and when necessary, all that much more.

When you are looking for a central heating system for your home, you need to ask yourself some questions that will help the contractor position the correct unit in there that will be big enough but not too big. Those questions would be:

1.Are you in an area that is normally fairly cold or fairly hot?
2.Is your home on a cement pad or is there enough room under it to install the ducting that is needed?
3.Do you want floor vents or wall venting to inject the heating into your individual rooms?
4.Do you need to have ceiling vents?
5.Is your home insulated? Without insulation, you will need a larger unit right from the start.
6.What types of walls do you have?

These and several more will be asked of you by the contractor before they can offer any suggestions and the answers are very important. You are also going to want to check the energy efficiency ratings of the units that you settle on. There are the Energy Star ratings as well as the BTUs ratings and the SEER ratings. These are all very important as they can affect any tax advantages that you may accrue due to the Greening of your home in accordance with many of the local regulations around the world.

Since the most efficient space heater will only have about a 70 -75 % efficiency rating, you are wasting a lot of energy with the system you have, now, and that is just not going to be good enough when the electrical rates start to make the move up that they all are going to do in the next several years, so a move to a much more efficient system is just going to be the right move for you to make.

The energy efficient central heating system is the right move and the savings will not only be with you, this year, but also for years to come and the resale value will only improve. If you are not mad keen on ducted air, then an under floor water heating system would be another very good option to consider.

The Importance Of Energy Efficiency

Established or potential landlords in Texas need to be aware of any factors that can cause them or their tenants undue costs. Perhaps the greatest cost increase comes from wasted energy in your properties. Whether you or your tenants are responsible for paying all or partial utilities, both parties want the lowest rates possible. Obviously you, as a landlord, have little control over how often your tenants turn off the light or run their air conditioner, but what you do have control of is energy efficient appliances and pre-emptive methods for conserving energy. A common misconception is that you have to be wealthy to run an energy efficient unit; however these are some inexpensive tips that can save you and your tenants up to hundreds of dollars per year.

Inexpensive Energy Efficient Tips:

We have broken down these tips into four categories; each contains simple ideas that you can implement in your units to increase energy efficiency. The first general rule is to be familiar with the area around your properties. Whether your units are in Dallas, Houston, Austin or San Antonio your tenants will use their air conditioning, possibly constantly during the summer. Is it humid or is your area prone to droughts as this could have an effect on your water usage. What time does it get light or dark during the seasons; how much many hours a day might your tenants require electrical lighting? Tenants want to be assured that they will enjoy all the comforts they are used to without incurring huge prices. That is where you come in; these methods are designed to help increase comfort while keeping cost under control.

1.Insulation:

1.With an average price of less that $2/yard, insulation is a necessary instalment that will help keep the unit at stable temperature and protects from the elements. This needs to be in place in your walls, attics and basements. This is a proven method to reduce energy bills and is a must in any property that you own or are looking to purchase. If the property that you currently own in your rental portfolio is lacking in that area, then you can show your tenants that you are proactive and want to have long term tenants.
2.An additional option is to insulate or double-pane your windows. While this may incur additional costs it prevents heat transfer and will reduce any sun damage to furniture (a money saver if you furnish your units).

2.Lighting:

1.People have a tenancy to leave light on much longer than they need; you can’t stop that. However, you can replace normal incandescent light bulbs with new compact fluorescent lights (CFLs) which produce a lot less heat and energy and last on average 7,500 hours.
2.Paint your units’ walls white or light cream; the rooms will naturally feel brighter via reflecting 65%-85% of the sun’s natural light.
3.Provide dark curtains which keep out unwanted heat during the winter (they also provide privacy and hide stains).

3.Appliances:

1. This may appear to be an expensive method, but in the long run it will save you the most money long term. Over 14% of energy comes from dryers, washing machines and refrigerators. If you buy Energy Star certified products you could save up to $200/year in electricity and water bills.

4.General Tips:

1.Weather strip doors to keep out elements
2.regularly check the caulk on windows to seal any cracks
3.tighten pipes and install energy efficient shower heads and faucets
4.Clean air filters regularly and replace once a year to ensure air quality and the most efficiency from the air conditioner.
Another option is to have a professional energy audit on a sample unit to see what other options may be available to you. Simple and quick fixes in your rental properties will save you tenants money and increase your investment for the future. The world is becoming more energy efficient savvy; if you can show that you are doing your part to help the environment (and your wallet) you will have happier tenants and may even qualify for tax breaks.

Energy Efficiency And Roof Design

As a roofing contractor in the state of Wisconsin, I continually field requests for light colored (reflective) roofing for the purpose of energy efficiency. A white or light colored roof will reflect sunlight, keep the building cooler, and reduce energy consumptionCorrect?

It depends on where you live and the insulation value of the building.

Most roofing material comes in a variety of colors. EPDM (rubber) membrane, for instance, is a very common low slope roofing material that comes in black or white. In the case of EPDM, the white color is much more expensive. Many consumers will justify spending more on white instead of black EPDM since they believe that there will be energy savings. Asphalt shingles come in a variety of different colors from light to dark. Some shingle manufacturers, such as GAF, have marketed Cool Series asphalt shingles that are designed to be more reflective of sunlight.

Significant studies have been conducted to study the effect of roof color on energy consumption. Heat transfer will occur from the roof into the interior of the building if there is a low level of insulation and resulting low R-Value (thermal resistance). As R-value and thermal resistance increases with better insulation systems, the type and color of roofing material becomes less and less important. In general, an R-value of 30 or more negates any energy efficiency gains from white or light colored roofing material in hot climates. It stands to reason the most effective way to decrease a buildings energy consumption is to increase insulation levels.

There are situations in which the building structure itself cannot be insulated more effectively and a low R-value cannot be avoided. What color of roofing material would be best in this situation? It depends on where you live and the climate. Do you have more heating degree days or cooling degree days? Here in Wisconsin, we definitely have more heating degree days. Therefore, a dark colored roof will help heat interior building spaces and decrease energy consumption over time. In colder climates, dark colored roofs are the most energy efficient. The opposite is true for hot climates. It would be well worth the extra investment in purchasing white roofing material in Southern Florida. Central regions of the United States are considered color-neutral. In these areas, studies have shown that energy efficiency is not impacted by roof color.

With the increase in roofing material choices, it has become increasingly important that roof designers, contractors, and facilities managers consider the right roofing material for the right situation. Reflective roofing has become a knee-jerk reaction for some designers and contractors who do not take climate zones or insulation levels into consideration. Focus should remain on insulation systems and improving insulation value when optimizing energy efficiency. Advances in insulation technology have created opportunities to increase insulation value in almost any circumstance. Spray-on foam insulation and plywood manufactured with imbedded rigid foam insulation have become popular and effective systems to increase R-value in tight spaces.

Every building and every roof system is different. Roof design for energy efficiency must take into consideration climate zone and insulation value. With sufficient insulation, roof color becomes insignificant in the energy efficiency equation.

Fastest Growing Data Center Trend In 2013 Energy Efficiency

Energy efficiency continues to be a major concern for data centers with raised floor systems. In the past, energy cost was simply a given, on par with the costof hardware and labor. As hardware has become more efficient and automated procedures have taken over labor, the cost of energy has continued to climb and it now represents around 25% of total operating costs for most data centers. In most data centers, one of the biggest uses of energy involves the strategic cooling of equipment in conjunction with the raised floor system.

The typical data center uses nearly twice as much electricity as it needs for actual computing, with the remainder going toward cooling, lighting and systems that maintain the data center. One measure of this ratio of use is PUE, or power usage effectiveness, and a PUE of 1.0 is considered ideal. This means all of the power brought to the data center is used for computing, although this is not exactly an achievable goal.

The price of energy is such a large concern for data centers, they have gone to great lengths to optimize their PUE. The largest operators of data centers, Google and Facebook, have not only worked to make their data centers energy efficient. they have come close to this ideal PUE. Along the way, they have learned some valuable lessons to save energy. Their work has been amazing and shows the possibilities in new construction. However, it challenges the vast majority of older data centers with raised access floor. For data centers built 10 to 40 years ago, all hope is not lost. There are a number of ways to follow this trend without spending a fortune to take advantage of the lessons learned in energy efficiency.

Energy Efficiency for Legacy Data Centers
Legacy data centers may use a number of cost-effective techniques to boost the energy efficiency of their facility and improve the performance of their raised floor systems.

Energy Efficient Grommets
One option is sealing existing cutouts in raised floor systems for a fast and effective energy facelift. Energy efficient grommets are an effective way to prevent bypass air from escaping the underfloor to improve the efficiency and cooling capacity of the entire system. According to Uptime Institute, Inc., electricity consumed by a data center’s IT equipment is the largest infrastructure cost, and up to 80% of conditioned air never reaches the air intake of equipment due to unsealed cable openings.

Bypass air creates hot spots, which causes not only inefficiency but increased costs. Sealing cable and hose openings is one of the most cost-effective ways to update an existing raised floor system, and energy efficient grommets will not only increase the cooling capacity of existing units but also reduce the need to buy additional cooling units.

Perforated Raised Floor Tiles
Another option is the strategic installation of perforated raised floor tiles or high velocity grates. A major study conducted by the Uptime Institution of 19 large computer rooms determined that most facilities have problems with hot spots. Many data centers simply throw more AC at the problem, which most often fails. These perforated data center floor tiles must be installed with a plan in mind, however, and not simply because an area feels warm.

When cable openings are sealed, the airflow of perforated floor tiles is increased by 66%. Airflow modeling will allow for the strategic placement and quantity needed of perforated floor tiles or high velocity grates.

Rack System Layout
Finally, it’s possible to improve the cooling and power efficiency of legacy raised floor systems by re-examining the current rack layout. More data centers today use in-row solutions, which maximizes efficiency. Cabinets should be joined in a series of rows resting on the raised floor tiles. The fronts of the racks facing each other become cold aisles. Cold aisles are then positioned around the perimeter of the room, or at the end of hot aisles, and this pushes cold air under the raised floor system and through the cold aisle. Perforated raised floor tiles are then placed only in the cold aisles to concentrate the cool air in front of the racks to make sure adequate air reaches the server intake. As air moves through the servers, it’s heated and dissipated into hot aisles.

Implementing a strategic energy plan can make any data center more efficient, whether new or old.

Bipartisan Energy Efficiency Bill On Verge Of Senate Breakthrough

While many in Washington still warn about the dangers of carbon emissions and climate change, the reality and perhaps the one thing that experts on both sides agree on, is that Americans are paying less attention to global warming than they have in the past. To end this uncertainty, the Senate after months of behind the scenes maneuvering will begin the debate on the critically important legislation which could help American consumers, businesses and the federal government to save millions of dollars each year by using less energy, and using less energy will be a step forward in the fight against climate change in the U.S.
The new energy efficiency legislation introduced by Senators Shaheen and Portman could come up before the U.S. Senate for approval. The Energy Savings and Industrial Competitiveness Act, also known as Shaheen-Portman Bill will help to reduce the energy bill of U.S., improve its economic competitiveness, create new American jobs and enhance U.S. energy security. The bill has been endorsed by more than 200 businesses, trade associations and advocacy groups.
What is the Energy Savings and Industrial Competitiveness Act?
The Shaheen-Portman Energy Efficiency Bill passed the Senate Energy and Natural Resources Committee by a 19-3 vote, it includes provisions that will directly improve energy efficiency in buildings, industrial processes and federal agencies, the provisions in the bill include strengthening energy efficiency requirements in building energy codes, incentivizing energy efficiency using rebates and for certain equipment, encouraging energy efficiency supply chains through a new supply star program.
The American Council for an Energy Efficient Economy (ACEEE) found implementation of the bill would save about 9.5 quadrillion btus (british thermal units) between 2014 and 2030, or nearly one tenth of the annual energy use in the U.S. As the second largest consumer of energy in the world and the worlds biggest economy it is critically important for the United States to improve energy efficiency, the bill has received bipartisan support with seven Republicans and twelve Democrats in favor of the bill. It contains a variety of policies and programs to reduce residential, commercial and industrial energy use and focusing on sectors and areas with energy savings potential such as the residential, commercial and industrial sectors, the bill also restricts inefficient energy practices that will cost the U.S. economy billions of dollars and millions of jobs every year. One of the components of the bill also requires the Federal Government- which is the largest user of energy adopt energy saving techniques and best practices to operate efficiently.
Commenting on the bill Senator Portman said Washington can seem pretty divided these days, but there are some things on which we all can agree. This bill is one of them it is good for the economy and good for the environment. By making it easier for employers to use energy efficient tools, we are helping them to reduce their costs, enabling them to put those savings towards expanding their companies and hiring new workers.
The bill has received positive feedback and widespread support, the only constraint halting the success of the bill are the amendments lawmakers are trying to attach to it. The successful passing of this bill will not only help in mitigating climate change in the U.S. and reduce carbon emissions but also be a trendsetter for other countries to follow suit.

http://www.internationalfinancemagazine.com/article/Bipartisan-Energy-Efficiency-Bill-Verge-Senate-Breakthrough.html

Myths and Misconceptions about Saving Energy at Home

In spite of rapidly increasing bills, many people are still spending more than they need to on their utilities. More often than not, this is due to careless habits and a number of common myths and misconceptions about saving energy. The following seeks to dispel some of these misunderstandings in order to help you cut down on your electricity consumption significantly.

Appliances which Are Turned Off Consume No Energy

The reality is, that if an electrical appliance is turned off, it will usually still be drawing some power unless it is disconnected from the power socket entirely. Some appliances even draw as much energy when they are supposedly switched off as they do when they are actually in use. A great deal of modern household appliances ranging from televisions to computers have a standby mode. While on standby, such appliances may consume less power, they are consuming something nonetheless. Save energy by ensuring that devices are switched off at the power strip or unplugged entirely. Likewise, unplug mobile phone and laptop chargers when they are not in use, since they will continue to draw power otherwise.

Fluorescent Lights Are Unsightly, Inefficient Strip Lights Often Found in Offices

While this is partly true, modern fluorescent lightbulbs are actually extremely energy-efficient, consuming around a fifth of the amount of power as the traditional incandescent lightbulb. They might be more expensive and take a short time to reach full brightness once switched on, but changing all of the lighting fixtures in your home or office will make a very significant saving on your electricity bills. These bulbs fit into the same sockets as any other standard bulb. Also, fluorescent lightbulbs last, on average, about ten times longer.

Maintaining a Constant Temperature with Your Thermostat is More Efficient

The cost of heating a home normally accounts for the majority of a household’s utility bills. However, many people assume that keeping the thermostat on a constant temperature throughout the day and night is more energy-efficient than turning it down during the night and up during the day. In reality, the opposite is usually the case, and it is typically much more energy-efficient to have your heating on at a slightly higher temperature for several hours per day at two or more separate intervals. Additionally, lowering your thermostat temperature by one or two degrees makes little different to the ambient temperature while cutting energy consumption by as much as ten percent.

Setting Your Boiler to a Higher Temperature Will Make It Heat Water Faster

This is simply not true, since it will take the same amount of time for the boiler to reach a set temperature regardless. If you set your hot water boiler to ninety degrees, it will still take the same amount of time to reach seventy degrees, which is normally an optimal temperature for most requirements. Setting it higher simply wastes money by heating water more than necessary. The same applies to air conditioning units and central heating systems.

Best Practices On Energy Efficiency For The Home With Electric Fireplaces

There is nothing as comforting as a toasty fire on a cold winter night. Frigid, outstretched fingers absorb the heat emanating from the fireplace. While most homes offer heat in one form or another, energy costs may make you think twice before turning up the thermostat. You can improve your comfort and make your home more energy efficient this winter by checking for air leaks and inspecting your heating system to ensure it is working properly. In addition, you can improve your energy efficiency by using electric fireplaces with an electric fireplace insert featuring patented flame technology. Look for highly efficient heaters and fans inside efficient fireboxes and furniture quality mantels that provide heat exactly when and where you want it.

As much as most people enjoy a good fire, most homes do not offer fireplaces for a variety of reasons. Many people living in apartments and condos didn’t even have the option for a fireplace until now. Today’s technology has created an electric solution that provides all of the heat and ambiance of a traditional, masonry style fireplace, but without the mess, the fire hazards, or the lumber requirements traditionally associated with fireplaces.

Save Money with Supplemental Heat

Most homes use central heat, a furnace, or radiant heaters to provide the heat they need in winter, but these can quickly become prohibitively expensive. Heating and cooling your home represents approximately 56% of your annual energy bill, which is why these fireplaces are worth your consideration. Checking the insulation of your home, caulking and weather-stripping around doors and windows, maintaining an efficient heating system by changing filters regularly, and having the system maintained according to the manufacturer’s instructions are also important.

One way to significantly reduce your heating bill is by making use of supplemental heat. Supplemental heat allows you to only heat the areas of your home that are being used. Instead of heating your entire home, 24 hours a day, 7 days a week, you can keep your thermostat at a lower temperature and use supplemental heat sources to keep specific areas of your home warmer when you need it. Electric fireplaces with an electric fireplace insert can generate enough heat to maintain 400 square feet at a comfortable temperature for only pennies a day.

Selective Heating Saves Money

While electricity rates vary by region, the efficiency of various heat sources is relatively constant. Gas fireplaces generally operate at a cost of 17 to 24 cents per hour, while electric fireplaces provide realistic looking flames for about 3 cents per hour and flames with heat for around 8 to 12 cents an hour. Instead of heating your entire home, you can save money and energy by supplementing your heat needs, allowing you to maintain a lower, overall temperature while staying comfortably warm even on the coldest winter days and nights.

An electric fireplace insert allows you to get the best of both worlds: a traditional fireplace hearth and mantel with the convenience, efficiency and low maintenance aspect of an electric fireplace. Each electric fireplace insert can provide clean, inexpensive heat that only takes the touch of a button to start heating your room. Instead of adding to the problems of air pollution and creating a mess to clean up, you can easily install an electric fireplace insert as a replacement for your existing grate and enjoy 4700 BTUs of heat each hour for far less than most other heat sources.

Suit Your Style with Mobile Heat

Electric fireplaces use patented flame technology to give the appearance of a genuine fire, complete with logs and embers, without any of the negatives associated with a real fire. Another advantage to using an electric fireplace with an electric fireplace insert is the variety of styles available. Whether your current decor is modern, colonial, or anything in between, there is an electric fireplace specifically designed to meet your needs.

The mobility of these fireplaces makes them especially useful in only heating the rooms being used. If you select an Amish electric fireplace, all you have to do to heat a different room is wheel the unit to where you want it. Easy to maneuver, the quality craftsmanship that goes into making these premium Amish electric fireplaces explains their furniture quality design and their attractive appearance.

Keeping your home well insulated, eliminating leaks, and making use of supplemental heat from electric fireplaces and electric fireplace inserts can mean the difference between a miserable winter spent fighting off colds and aching joints or the cozy comfort of a well heated home that doesn’t break your bank account.

Energy Efficiency Can Be Helped With Enterprise Energy Management Systems

Although efficiency has always been relatively defined by every kinds of enterprise. For instance, there would be companies which qualify productivity as a measure for asset efficiency. Although there have been plenty of reviews on asset and appliance energy consumption, there had been little on energy efficiency per se.

While companies are getting busy plotting their action plan, they are also giving attention to the fact that energy efficiency is of utmost importance. Measured against the pervasive threat of climate change, society dictates that business interests are inferior.

Our society presses on having each business take accountability for its own emissions and justification of such. This is an emerging threat to the viability of organizations and will now require them to adopt enterprise carbon and energy management systems as they not only begin to understand their actual positions but get ready to answer to society and legislators.

A common organization operates through the interaction of its assets. Each asset is responsible for the consumption of energy and the consequent emission of greenhouse gases. Emissions which are related to energy consumption are one of the largest contributors to climate change and other environmental degradation which should be stopped if needed.

While we are not yet at a position where the preceding statement can be viewed as black and white, we are certainly heading in that direction. For an organization to exist, let alone prosper in the future it must justify its possession of each asset and be sure that the asset is performing to ultimate efficiency. Enterprise carbon and energy management systems enable such tracking and provide a clear correlation between energy use and emissions spent.

We are very likely to see legislation. which requires consent for using energy and carbon emissions, enclosed within market forces. In this highly competitive and market-based economy, involved parties need to have openness and encourage transparency in conducting business to be satisfactorily compliant. Again, in this world a healthy balance sheet owes a lot to the performance of individual and sometimes lowly asset groups and thus the significance of asset performance tracking may not be understated.

There is a clear link between asset energy efficiency and carbon emissions and as carbon becomes a protected, trackable and tradable commodity, organizations must enable the link.

Enterprise carbon and energy management systems focus on energy efficiency and performance. Software providers such as Verisae have already amassed experience by providing such an approach to a number of retail organizations worldwide. Forward-thinking companies know and understand that although legislation would not be targeting enterprises at the moment yet, they also understand the importance of adamantly acquiring the most effective information possible.

While political debate and agendas can often slow the advance of legislation, societal opinion appears to be consolidating and organizations that are slow to take the initiative and adopt a clear path toward sustainability may indeed be very shortsighted.