Start with the home’s protective shell.
The roof, walls, windows and doors form the boundary between outdoor conditions and your living space. Insulation slows heat transfer; air sealing addresses the gaps that let air move through that boundary. They have different jobs, and both deserve attention. DOE’s building-science guidance explains how a continuous air barrier and insulation work together to support comfort and lower heating and cooling demand.
This is why we discuss performance while the home is being designed. The position of a great room, the depth of a patio and the amount of glass belong in the same conversation as the insulation and cooling system.
Spray foam: insulation and air sealing together.
Spray foam is an advanced insulation option that can provide thermal resistance and air control in one application. Its ability to fit complex cavities makes it useful in thoughtfully designed wall and roof assemblies. The foam type, installed thickness, coverage and adjoining details all matter.
At roof level, we consider insulation alongside the assembly’s moisture management, ventilation and required protective layers. Building America’s roof guidance explains why those decisions are connected. Read our spray foam and sound-control guide for the practical questions behind the material.
A calmer home takes a complete sound-control plan.
Air sealing can support noise control, and some open-cell foam products provide sound absorption. For example, BASF documents that property for its ENERTITE open-cell foam. The experience in a finished room also depends on the wall assembly, glazing, doors and sound paths between spaces.
Tell us where quiet matters most: the primary bedroom, a child’s room, a home office or guest living. That gives us a reason to examine the complete room separation and the locations of equipment and activity.
Keep the view. Manage the heat.
Low-E glass helps manage heat transfer while preserving the light and views that make a custom home special. We consider the complete window’s U-factor, solar heat gain coefficient, orientation and shading. A low solar heat gain coefficient is particularly useful where unwanted sunshine adds to cooling demand; ENERGY STAR explains the climate and orientation considerations.
A picture window, shaded courtyard opening and west-facing glass wall ask different questions. We bring those questions into the architectural design instead of selecting every opening by appearance alone.
Efficient cooling, designed for your home.
High-efficiency equipment is part of the answer. The right capacity, duct layout, airflow and controls are also essential. Current SEER2 ratings help compare seasonal cooling efficiency, while load calculations inform equipment selection. ENERGY STAR’s guidance explains why a larger system is not automatically a better fit.
We consider how the home will be used: a guest wing occupied occasionally, a busy kitchen, bedrooms with different exposures and the hours you spend at home. Your written scope defines the selected equipment and system features.
LED lighting with atmosphere and purpose.
Efficient lighting should still make a room feel wonderful. LED technology uses less electricity than incandescent lighting for comparable light output, and it supports a wide range of fixture designs. PNNL’s lighting guide describes those advantages.
Our design conversation includes useful task light, comfortable evening light and the details that give a home character. Fixture placement, color temperature, dimming compatibility and easy maintenance deserve as much attention as the fixture’s appearance.
LEED and ENERGY STAR: define the goal early.
LEED residential certification evaluates a project through documented requirements and review. ENERGY STAR home certification includes independent verification of the completed home. These are meaningful project goals with their own requirements; selected efficient products are one part of that conversation.
If certification matters to you, raise it during design so the program, verification team and deliverables can be defined in the project scope. Explore what LEED and ENERGY STAR mean for a custom home, with links to both programs.
