High Performance is an outcome achievable in more than one way.

Many expect there are singularly "best" house plans, construction materials, HVAC equipment or housing styles which repeatedly produce the lowest energy bills.  However, when you read my survey articles, you find that a variety of combinations of floor plans, construction materials (including insulation types), HVAC equipment and design styles seem to perform well for their occupants, offering relatively low energy bills.  As you view my designs and read in more detail about a few of my best-performing houses, notice they vary in appearance, layout and materials, even though they are all usually very well insulated and daylit, with passive solar features, efficient equipment and lights.  Generally, whether new or pre-owned, being designed, remodeled or left as-is, homes using least energy share many details which can be broken into 4 categories:

1) Ideal Siting & Design
Orientation to optimize solar energy & natural ventilation
Location to minimize energy for regular driving
Design for passive solar, natural ventilation, solar water heating
Smallest acceptable building size & conditioned space
Low ratio of exterior surface areas per floor area
Less complicated structures & systems
Owner/occupant participation in planning & design
Commitment to low energy use & pollution
Estimation of energy use & pollution during design & planning
    
2) Optimal Building Components
Airtightness, high R-value & moisture tolerance    
Specs driven to achieve energy performance targets
Low or known & acceptable maintenance requirements
Lower embodied energy during manufacturing & delivery
Less toxic materials & substances, esp. inside the home
Less waste requirements
                        
3) Careful Construction & Proper Installations
Contractors & installers informed about energy & pollution goals
Inspections of energy details during construction
Contractors & installers educated and assisted as needed
Reduced waste during construction

4) Energy Efficient Operations & Upkeep
Minimized energy usage, especially electricity
Daylighting, energy-efficient electric lamps & appliances
Regular assessment of energy use relative to design targets
Least pollution & waste by house operations
Low transportation energy needs
Regular maintenance & systems checks
Least energy, pollution & watering for yard maintenance    

My designs are jointly owned by me and my clients, so none are available for resale as-is.   Below is a small sample of my past designs.  A few of these are presented in more detail.  Click "more details" to read more.

Passive solar & superinsulated, with solar water heating,
efficient HVAC & lighting - SW Ohio - more details

Passive solar & superinsulated, with solar water heating,
efficient HVAC & lighting - SW Ohio

Passive solar & superinsulated, with solar water heating - SW Ohio - more details

Passive solar & superinsulated with efficient HVAC & lighting- SW Ohio

Passive solar & superinsulated - SE Indiana - more details

Passive solar & superinsulated,
with solar water heating & grid-tied solar electric with batteries - Central KY

Older home with added insulation & airtightness, passive solar addn,
solar water heating, efficient HVAC & lights, solar electric-powered office with batteries - Northern KY

Passive solar & superinsulated - SW Ohio

Passive solar & superinsulated with solar water heating, efficient HVAC & lighting.  
Roof sized for eventual net-zero grid-tied solar electric system - SE Indiana - more details

Passive solar & superinsulated - SW Ohio

Passive solar & superinsulated - SW Ohio

Passive solar & superinsulated with solar water heating,
efficient HVAC & lighting - SW Ohio - more details

Older home with added insulation & airtightness, passive solar addition,
solar air & water heating, efficient lights - SW Ohio


Copyright 2005-8  by:
John F. Robbins, CEM  CSDP
3519 Moffett Road
Morningview, KY 41063-8748
Phone: (859) 363-0376
E-mail: johnfrobbins@insightbb.com