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Buildings account for more than 70% of all electricity usage and almost 36% of all greenhouse gas emissions in the United States. A typical whole-home energy retrofit, including a comprehensive energy audit, may include improvements to the home envelope (air sealing, installing attic insulation, repairing ducts), upgrade of the heating and cooling system, and installation of a high efficiency gas water heater.
A deep energy retrofit involves getting a professional energy audit of your home and completing the suggested changes to achieve maximum energy savings. Blower door test: This test uses a thermal camera to measure how much air leaks from certain areas of the home.
Duct blaster: This test reveals which areas of ductwork leak and points to methods for improving indoor air quality. Combustion safety test: A combustion analyzer and gas sniffer make sure gas appliances work well.
Ventilation test: This test measures the effectiveness of ventilation fans throughout the home. Visual test: The auditor looks for red flags like damaged insulation, mold growth or structural problems.
Improved insulation: Insulation in a home keeps it warm during the winter and cool during the summer. Health benefits: When a home has a tight building envelope, adequate ventilation and an HVAC system that works well, the indoor air quality improves. Go green, go solar!Going solar is one of the best ways you can cut both your footprint and your bills.
Green Living Ideas is part of the Important Media network of blogs working to make the world a better, greener place.
Energy efficient home design not only good for your health but also help reduce unnecessary energy consumption. Heating and cooling systems consumed much energy from your home, that is why, in creating energy efficient home design, you must use the heating and cooling systems only when it is necessary. Another way that you can take in creating energy efficient home design is by using Energy Star product when you build or redesign your home with upgrading appliances. Last but not least in creating energy efficient home design is when you planning your new home which have concept of energy efficient design, makes sure that your home is efficient by planning and create construction phases ofA  home using incorporating energy efficiency.
Every building should be considered from a 'whole system' perspective and designed using an integrated systems approach. The Quad-Lock church is largely cool outside due to the efficient walls and efficient windows. If you're planning some Home Improvement and you're looking for more Energy-Efficient Green Products, we have them here at your fingertips!
Most of the energy consumed by dishwashers is used to heat the water; therefore, water-efficient dishwashers are also energy-efficient.
National Geographic's Green Guide has compiled a list for you when shopping for a new Washer.
Ecomagination from GE has a line of energy efficient Front Load Washers that are high-capacity and exceed the minimum energy factor by about 60% and exceed the Energy Star Guidlines by 16%!! Our appliances such as washers, dryers, air purifiers, vacuum cleaners, and more are rated both for performance and eco-friendliness.
Energy Star has developed a website for kids to get involved in energy saving ideas and how they can make a difference in the world today.
To become a qualified ENERGY STAR builder, a builder must construct a home that meets energy efficiency guidelines set by the U.S. Any home that meet EPA's guidelines and is three stories or less can earn the ENERGY STAR label including: single family, attached, manufactured homes, and low-rise multi-family homes, modular construction , log homes, and concrete homes. Many ENERGY STAR home builders have been recognized by ENERGY STAR for their energy efficient building processes. Home ENERGY STAR builders are realizing the value of adding energy efficient products within the new home. Many home builders are making sure to be ENERGY STAR qualified with energy cost on the rise, but one builder has been building green home before it was trendy. The all new era of building houses includes the concept of building Energy efficient homes. When you are building an energy efficient home,the important thing to consider is to build a Energy Star home.This will yield large benefits to the home owner. 2.Also there is an additional savings on maintenance can be obtained since high quality energy star rated appliances are used. 3.When you build energy efficient Kerala house plans,you can benefit on utilities since they have lower rates on electricity as they qualify as an energy star rated home. Proper and effective insulation of the house which leads to achieving even temperatures inside the house while using less energy.This gives you a more energy efficient comfortable and a quieter house with less utility costs. Advanced window coatings will help you in keeping heat in during winter and heat out during summer.This is termed as high performance windows for Kerala house plans. These windows restricts the entry of ultra-violet radiations and other harmful rays into the house which can diminish the colors on carpets and furniture in your house. Managing the energy and other needs in buildings efficiently and intelligently can have considerable benefits. Buildings’ energy consumption in the EU represents about 30% of total EU energy consumption and between 25 and 40% in OECD countries (OECD, 2003). Since their introduction in the 1960s, BEMSs control systems have become more and more sophisticated.
When the technology is applied in commercial buildings or in industrial facilities, it can contribute to social development in two ways.
The IPCC (2007) concludes on the BEMS technology that it is as of yet unclear how much the technology can reduce energy usage and at what costs. Currently, no projects in the CDM portfolio are registered regarding the implementation of BEMS technology.
While savings are difficult to generalize, all properties will experience monetary and energy savings by taking a whole-building approach to energy efficiency. In total, approximately $958,500 have been spent, receiving $178,489 in rebates and other incentives, and achieving annual energy cost savings around $748,000. A retrofit uses integrative designs that take a whole-building approach – it requires more than merely making simple, fast changes, like upgrading an HVAC system or using energy-saving light bulbs. A gap of as little as 7 percent in a home’s insulation can reduce its effectiveness by up to 50 percent. Home auditors share that the places with the worse leaks are floors, walls, ceilings, windows, ducts and fireplaces.

Consequently, you’re less likely to experience certain allergy symptoms or mold growth from high humidity levels. What is the single most important thing you can do to live healthier, reduce your environmental impact, and help create a more sustainable economy? Opinions and comments published on this site may not be sanctioned by, and do not necessarily represent the views of Sustainable Enterprises Media, Inc., its owners, sponsors, affiliates, or subsidiaries. Moreover the greenhouse gas emission and also demands for nonrenewable resources can be created through an energy efficient home design. To create an energy efficient home design, the house should be well insulated and sealed against air leaks.
Moreover, insulating your ducts can increase your house efficiency and lower your utility bills. The Energy Star rating products are created to help consumers determine the most energy efficient products and practices. Passive solar design, which uses the sun for light and heat without mechanical devices, can significantly cut your need for additional light and heat sources. Adequate air exchange in very airtight buildings must be ensured, typically using mechanical ventilation.
Another benefit is evident during power outages, when the interior temperature of ICF buildings takes days to change instead of hours. The conventional building's walls are almost as warm (light) as its windows - they are heating the environment and we can almost see the dollar bills being thrown out the windows.
Find efficient Energy Star approved appliance here -- you can save power, water and money in the long run.
We offer products which contain recyclable and biodegradable components, have energy savings ratings and are built to last.
Builders realize that homebuyers are increasingly interested in the value of green homes and energy efficiency is the place to start.
ENERGY STAR qualified new homes can contain a diversity of 'tried-and-true' energy efficient features that improved home quality, homeowner comfort, and lower energy demand while reduced air pollution. Aston Woods Homes won the 2009 ENERGY STAR Leadership in Housing Award and has been recognized by the U.S.
With ENERGY STAR qualified new homes for sale offering new homebuyers all the features they want in a home as well as the benefits of a green home.
Pulte Homes new communities now include Energy Star appliances as a standard in each new home for sale. With over a decade of building new green homes for sale and energy-efficient new homes, Pardee Homes has been a leader in building green homes with more than 24 LivingSmart and 14 California Green Builder-certified new communities (no wounder why California is one of the top Green building states). A building energy management system (BEMS) is a sophisticated method to monitor and control the building's energy needs.
Developing countries have a less efficient building stock where it is even more important to improve on building energy efficiency. The remote outstations can function independently or can be controlled by the principal operator position. Rapid developments in BEMS hardware, such as sensors and communication highways, and computer processing power have made BEMS a preferred management system (IPCC, 2007; MOD, 2001). By making the workplace safer, and healthier.First, due to the improved fire, security and other emergency procedures that the technology offers, the workplace will be much safer. Estimates provided on the technology energy savings differ considerably and therefore the technology requires more research and development to determine the financial requirements and costs. A 50,000 square foot office building that reduces energy demand through no-cost and low-cost measures can reduce operating costs by more than 30 percent and save on average $40,000.3 Flex Your Power provides some helpful case study examples of cost and savings of commercial energy efficiency upgrades. When a professional conducts a home energy audit, he or she tests all areas of the dwelling to see how air-tight it is and how well the systems work together. The second step of a deep energy retrofit is optimizing the building envelope so there are no unnecessary air leaks. By measuring your HVAC’s performance, you’ll learn if there are any leaks or other inefficiencies in the system.
An energy auditor can review the different forms of renewable power for which your home may qualify. When a home has adequate insulation, the heating and cooling systems don’t have to work as hard to maintain comfortable temperatures. You’ll also find that new appliances (like HVAC units, washing machines and water heaters) that have an ENERGY STAR rating work more efficiently and cost less to use, which translates to more savings on your monthly power bill. Sealing and adding extra insulation to the outer walls and attic can be the most cost-effective way to improve energy efficiency to avoid hidden cracks in the attics.
The Energy Star products are including water heaters, heating and cooling systems, fans, lights and building materials.
Just read this article from National Geographic's Green Guide to get great energy saving advice. These homes must be at least 15% more energy efficient than homes built to the 2004 International Residential Code (IRC), and contain additional energy-saving features that typically make the new home 20–30% more efficient than standard homes.
This is because the energy used to run the home is often from the burning of fossil fuels from power plants. Plus energy-saving features come standard with SummerHill Homes like, energy efficient insulation systems, energy efficient windows, tight construction and ducts, properly-sized and installed heating and cooling systems, third-party verification of energy performance, and energy efficient products. According to the Department of Energy, all Energy Star appliances use 10-15% less energy and water then standard models when certified by the U.S. Starting in 1998 when Pardee Homes helped pioneer the EPA's Energy Star® program, by building energy-efficient homes that exceeded code by 15% or more. Next to energy management, the system can control and monitor a large variety of other aspects of the building regardless of whether it is residential or commercial. In the EU-25, in 2003 total CO2 emissions amounted to 3.8 Gtonnes of which 479 Mtonnes were household emissions (12%) (EU, 2005).
Not only have the rapid developments significantly reduced costs of a sophisticated management system, the advances in technology have also increased the possibilities for a BEMS and therefore increased its potential. For example, Birtles and John (1984) estimate energy savings up to 27 % compared to no BEMS installed, while the IPCC notes estimates between 5 % and 40 % (IPCC, 2007). Basically, BEMS technology is an energy efficiency measure, since it streamlines the use of appliances and services in a efficient manner. In the case study of Adobe Towers, approximately $958,500 has been spent on energy efficiency, energy conservation, and water use efficiency measures. By implementing a deep energy retrofit for your home, you can reconfigure the way your dwelling uses energy so it’s more comfortable, healthier and cost-efficient.

If our home has good ventilation, normal temperature and etc that support our health, we will also able to keep our health.
This award distinguishes the important contribution Ashton Woods Homes has made to energy-efficient construction and environmental protection by building more than 1,202 ENERGY STAR qualified homes last year.
Examples of these functions are heating, ventilation and air conditioning (HVAC), lighting or security measures. In the UK, the domestic sector represents about 28% of CO2 emissions and within that space heating is 53%, lighting and appliances 22%, and water heating 20%. For instance, advances in information technology makes monitoring via the internet possible.
Since the technology does not generate energy it is therefore a demand side energy efficiency measure. The pressure boundary is the surface that separates the inside of the home from the outside. They realized they must build the most energy efficient homes in the area to gain a leg up on the competition. Appliances and lighting account for more than one-third of the average homeowner’s utility bill according to the DOE. As mentioned, a BEMS can monitor and control many factors within the building, or within a group of buildings. In addition, it is now possible to monitor many buildings at the same time, and integrate functions of several buildings. Similar to potential fire or security hazards, the technology can monitor factors such as air quality and water quality and can react when value thresholds are crossed.
The thermal boundary is the insulation between living spaces and non-living spaces of a home. Building Energy Management Systems (BEMS) control the functions of the building, allowing a smooth operation and efficient functioning of the building. For instance, the system can increase ventilation when the carbon monoxide levels in a facility increase above a level considered safe.When the technology is applied in residential buildings, it informs residents about their energy consumption. The methodology concerns energy efficiency measures such as energy efficient appliances or an optimal arrangement of appliances. Other ways to seal a home include installing proper insulation, weather stripping and energy efficient windows. The best way to make sure a new home is energy efficient is to look for the blue ENERGY STAR label, which is the government-backed symbol for energy efficiency. While the IPCC (2007) notes that the technology is expensive, the IPCC also considers the technology effective in both cold and warm climates and in developing and developed countries. Therefore, when the other criteria of the methdology are met, BEMS technology might be suitable for this methodology. The system can have atrributes from all facets of building control and management functions such as heating, ventilation and air conditioning (HVAC) to lighting, fire alarm system, security, maintenance and energy management.
The figure shows a BEMS controller controlling the system based on a timer, external inputs such as temperature, and based on feedback from the system itself.
In other words, the energy savings the technology is able to achieve, make up for its higher initial costs.
Another common description is that BEMSs are control systems for individual buildings or groups of buildings that use computers and distributed microprocessors for monitoring, data storage and communication (Levermore, 2000).
Source: MOD, 2001The IPCC (2007) notes that commissioning is a key stage in the implementation of the BEMS.
The information the technology provides to residents and the actions the technology can perform can therefore contribute to social development by increasing comfort and reducing energy consumption.While the operation of the technology might be relatively straightforward due to a sohisticated interface, there is still a need for skilled operators of the technology.
Other terms frequently used for this technology are Building Management System (BMS) and Energy Management System (EMS).As such, the BEMS technology is a broad concept of building control, and can have a variety of characteristics.
In addition, the installation of the technology requires training of the installation personnel.The reduction in overall energy demand due to the use of BEMS results in an increased security of energy supply.
However, the term BEMS is limited to use for sophisticated and advanced control systems (IEA, 1997). In other words, it is essential to consider the BEMS technology and its required functions in the earliest stages of design to optimize the operation potential and consequently the energy savings of the technology. In addition, high penetration rates of the technology reduces the need to build additional energy power stations and reduces the demand for import of energy.One main characteristic of the technology is that it is capable to provide real-time and extensive data on energy consumption to the facility operator.
Therefore, while all buildings require and have some form of control system, BEMS technology is substantially different from previous control systems. Basically, it is more practical to incorporate a BEMS into the design of the building compared to retrofit a BEMS into an existing building.
The main point in which a BEMS differs from other control systems is the characteristic of communication: information of the processes and functions of the building can be received and controlles at a central, single operating unit.
For example, considering BEMS functions such as vertical transportation management into the design of the building, is more practical as all essential electronics and wiring can be incorporated into the design.
Additionally, the BEMS itself improves energy efficiency by streamlining the operation of the machinery it monitors and controls. Concluding, the IPCC (2007) notes that the commissioning process ensures clear design intent.
Improved energy efficiency leads to increased protection of the environment due to the reduced need for resources. For instance, improved efficiency in the electrical requirement of the building directly results in lower carbon dioxide and SO2 emissions when the electricity is provided by a coal powered facility.For example, according to the IEA, lighting ranks among the major end-uses in global power demand. For instance, the central and single operating unit can receive information of temperature and building occupancy and can make the decision to lower the temperature in parts of the building that are not occupied. Lighting represents 650 mtoe of primary energy consumption and 2550 TWh of electricity consumption in 2005.This means that grid-based electric lighting is equivalent to 19% of total global electricity production. The statistics supplied by the IEA report (2006) shows that lighting requires as much electricity as is produced by all gas-fired generation or 1265 power plants. Figure 1 illustrates a possible BEMS configuration in which multiple buildings are connected to each other and are connected via the internet to a central operating unit to allow smooth cooperation among the buildings and increase efficiency.
Contribution of Working Group III to the Fourth Assessment Report of the Intergovernmental Panel on Climate Change [B.

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