Build Green For the Environment By Kenneth Wittels

Sustainable, or green building, a structure that is designed, built, renovated, operated, or reused in the ecological and resource-efficient. Green building plan is designed to meet a particular purpose and use, such as using the materials, energy, water and other resources more efficiently while reducing the overall impact on the environment. By using more natural light, better air quality, wind turbines, solar panels, insulation options, and water storage tank, a house designed with the good will to contribute to improve the efficiency, health and comfort in your home.

Financial Benefits of Green Building

Typically, a green building costs more to the front, but save energy through a lower cost over the life of the building. The front-expenditure will be absorbed by some of the project life cycle cost analysis. Benefits include saving energy and water, reduce waste, and lower operating and maintenance costs.

This and other costs can only be fully realized when they joined the project in the conceptual design phase with the help of a professional team. The integrated system that ensures that the building is designed as a system of collection of stand-alone system.

Even with a tight budget you can enter a lot of green building measures that can be inserted with little or zero increased up-front cost, and they can produce a lot of savings through the project life.

Site Options

Start by selecting a suitable site for you to take advantage of solar exposure, and is suitable for the size of the proposed building to minimize disruption to the environment to protect and maintain the existing parks and natural features. Custom house plans can be set in part to assist in building the soil cool in summer and in winter once you get below the frost line of constant temperature throughout the year and tends to warm air from the outside. Protect and maintain the existing parks and natural features. Choose plants that need low water and pesticides, and plant produce minimal trimmings. Using compost and mulches. This will save time and water. Water can be collected from the roof in cisterns for landscape irrigation.

Reduce Energy Consumption

The building has the potential to reach the level of energy efficiency that far exceeds the Title 24 California exceeded the standard, but most only strive to meet the standards because the cost in advance.

Passive design strategies can dramatically affect the energy performance of buildings. The steps include window placement, placement and orientation of the building, passive solar design, and the use of natural lighting. Orienting a building to the south (running east-west), and make significant southern exposure, you can take advantage of the sun's energy to heat a building in the winter. When sunlight hits the mass, or enter the building through a window that the selection of passive and in the air by not using mechanical means such as solar panels.

Install high-efficiency lighting systems with advanced lighting controls. Including movement sensors attached to the dimmable lighting controls. Task lighting reduces general overhead light levels.

Use the correct size and energy-efficient heat / cooling system in conjunction with the building shell thermally efficient. Maximize light colors for walls and roof materials completed; install high R-value wall and ceiling insulation such as spray-in foam, and minimal use glass in the east and west exposure.

Consider alternative energy sources such as photovoltaics and fuel cells are now available in new products and applications. Geothermal heating and cooling is the most efficient and cost effective to heat and cool buildings, and can handle all the needs of domestic hot water at the same time. Geothermal system using geothermal hot water down which in turn will be used to heat buildings, or in the summer heat to dump a building from the ground to cool it down.

Materials effectiveness

Select a product development and construction material evaluation by several characteristics such as reused and recycled content, zero or low off gassing of harmful air emissions, zero or low-toxic, sustainably harvested materials, high recyclability, durability, longevity, and local production.

Water efficiency

This is easy enough to implement a simple system for recycling and reusing water own property, drastically decreasing the demand on the supply together, and in turn, reduce your water bill.

Design for dual plumbing to use recycled water flushing toilet or a gray water system that recovers rainfall or irrigation water nonpotable site.

Minimize waste by using ultra low-flush toilets, low flow shower heads, water and preserve Fixtures. Use the back circulating system for centralized hot water distribution and install point-of-use hot water heating system to more locations.

Kenneth Wittels is successful Engineer and Building Designer, mainly focused on the structural design of houses in the mountains with heavy snow load and seismic concerns. To see more projects relating to the subject of this visit:

http://homecustomplans.com