GREEN DESIGN BUILD for Your Home

Energy Efficient Home Design, Remodeling, Building in Southern Maine, Southern New Hampshire, and Northeastern Massachusetts
Welcome Home!
Current Green Projects
Zero Energy Design
About Us - Testimonials
Contact Us
Our Design Build Process
Our Building Systems
Case Studies
Picture Gallery
FAQs
Links to Energy Sites
Green Concepts
Green Product Reviews
Home Energy Solutions
Home Energy Articles
Our Site Map
Your Privacy
Green News & Information

Current Green Projects We Are Working On

 

 

Click on the list to the left to see some Current Green Projects we are working on at present.  These projects share many of the same elements or qualities. 

Included are the following:

 

1. Good Green Design

 

The single most important green design decision is Size.  Smaller houses use fewer resources during construction and after you move in.  While not absolutely necessary, it is often better to stick to basic shapes. Simpler forms use less energy because they have less wall and roof area to lose precious energy you have payed for.

  

Solar orientation is the most important design element. Heating and cooling loads in a home could be cut significantly by orienting the long walls of houses east-west, exposing south facing windows in winter, and shading them in summer, and avoiding expanses of glass on west-facing walls that get the full brunt of the flat afternoon sun.

 

Properly designed Roof Overhangs can shade south and west facing windows.  Good Green Design includes the saving of selected existing trees on your site.  This not only looks nicer for the finished home, but can save energy for heating or cooling your home.

 

2. Durability

 

Moisture control is a huge focus of durability.  Durable Design includes components like generous overhangs, and Rain Screen Walls that allow siding to dry and improve paint durability.

 

Including proper Air Sealing in the design specifications helps to control air and moisture leakage from inside to out.  This step saves energy, and also helps prevent damaging condensation from forming in walls and roofs.

 

Attention to detail is another key. We can ensure careful step by step flashing, sealing, and housewrap installation sequence to ensure proper performance over the life of the building.

 

3. Very High Energy Efficiency

 

Insulation needs careful design. From a green perspective, this is very important.  And Air Sealing is at least as important as insulation.  About 40% of a typical heating or cooling bill can be from air leaking into or out of the home.  So Air infiltration must be kept as low as possible.

 

Good design includes putting Duct Work Inside the insulated walls and roofs of the home. Normal duct leakage can be as much as 20 percent.  If those ducts are outside the insulated portion of the home, 20% of the energy bill can be wasted.  Good Green Design includes properly sealing all duct joints.

 

Designing with Fluorescent, Compact Fluorescent, or LED lighting gives you more light for your energy dollar.  Four to eight times more!  They also produce far less heat and can thus save significantly on cooling loads.

 

Supplying Energy Star appliances is another simple way to cut down energy use.  Compare annual energy use printed on each appliance's label.

 

4. Waste Reduction

 

Waste reduction is an important Green Design strategy. A simple way to reduce waste is to design in 2 foot modules.

 

Designing to use recycled or reused materials reduces waste.  Designing for use of stock lengths means less waste of materials.  Design using prefabricated or prefinished materials may mean less waste on the job site.  Combining some of these measures when designing a home can mean a dumpster may not be needed, or at least a smaller one may be used.


5. Indoor Air Quality

 

Design using products and systems that produce fewer pollutants will improve Indoor Air Quality.  If the design includes an attached garage, there are steps in the design process that can keep pollutants from the garage out of the home.  Designing a home with heating or hot water heating systems that do not use fossil fuels, (oil, gas, or wood), can eliminate a source of pollutants.  Or, with homes that will use these systems, steps can be taken to prevent them from introducing pollutants into the home.

 

After reducing the source of pollutants, including good ventilation in the design can go a long way toward making the home a healthy place to live.  Design using HRV's, or Heat Recovery Ventilators brings fresh outside air into a home, while exhausting stale inside air.  An added benefit is that heat that would be otherwise lost is reclaimed.  Also, humidity is kept at proper levels.  An HRV  exhausts air from bathrooms, and laundry and kitchen areas, and directs tempered fresh air into the living areas and bedrooms.

 

6. Water Conservation

 

Today, we design with HET, or High Efficiency Toilets that only use 1.28 gallons per flush, or Dual Flush models that only use 1 gallon per flush for liquid waste, and 1.6 gallons per flush for solid waste.  And they do all of this while performing better than the old 3.5 or higher gallon per flush units of yesteryear.  There are also other measure we take to conserve water in a well designed Green Home.

 

Good Design can also include pervious concrete pavers on driveways.  And, it could include good management of storm water runoff. This approach may even ease the path through local land use boards by showing that you're doing the right thing.

 

7. Green Products

 

Our Design Process will include choosing products that will make your home a greener place to live.  However, simply using green products will not by itself make your home a green home.  Choosing to use green products is the least important path to going green.  Good Green Design is by far the most important part of the process, and will produce the most impressive results.

  

 

Contact Us soon at http://greendesignbuild.net/contactus.aspx, so you can begin to enjoy your new or remodeled Energy Efficient home. 

 

 

 

Copyright 2008 Ronald Sauve All Rights Reserved

This page was last modified on January 04, 2011

Bookmark this site!