Below are some frequently asked questions (FAQs) about East Branch Homes and helpful glossary of terms used in our industry.

What are the most important benefits of these homes?

  • Low embodied carbon in all phases of material extraction, manufacturing, transportation and construction
  • Quiet – additional insulation and triple pane windows keep noise out
  • Zero energy costs using solar, a clean energy source
  • Higher resale value
  • Healthy indoor air quality – filtered fresh air, healthy materials, low/zero VOC’s, low carbon dioxide, low particulate matter
  • Less maintenance
  • Flexible design
  • Durability- homes built to last hundreds of years
  • Resiliency – the capacity to recover from or adjust easily to adversity or change

What is the process to get a home built?

  • Pre-construction contract
  • Finalize budget
  • Budget
  • Construction contract
  • Site preparation
  • Off site building
  • On site building
  • Completion
  • Enjoy!

What standard options are included in my home?

  • Net zero ready
  • Triple glazed windows
  • Mini split heating and cooling system
  • High performance ventilation system with fresh air supplied to each bedroom

What options and upgrades can I add?

Upgrades to fixtures and finishes, garage, porch, finished basement

Can I supply my own plans?

East Branch Homes are pre-designed for affordability. We are happy to build a custom home for you through our parent company, Kent Hicks Construction Co.

When will I know the final price of my home?

The final contract price will be determined after all finish products are selected and any design changes are made.

How long will it take to build my home?

Your home will take 5 – 7 months to build after the construction contract is signed.

Net zero

This refers to a building that produces as much or more energy than it needs to operate.

High performance

A high performance building optimizes and integrates the interaction of all systems in a building (energy efficiency, durability, life-cycle performance) and how occupants interact with those systems. It is similar to the term “green” building, but more precise, focusing on energy efficiency in a holistic way. High performance building includes different levels of efficiency – passivhaus, net zero energy buildings, living buildings, and LEED certified buildings


A passivhaus, or passive house, is a standard of construction that has quantifiable energy efficiency. It describes a very comfortable home that includes huge energy savings and greatly reduces greenhouse gas emissions. These homes keep moisture, sound, and temperature fluctuations outside by using specific building techniques that optimize naturally occurring sunlight, fresh, filtered air, healthy materials, and specific construction strategies.

Circular Design

Circular design refers to design that is intended to be used beyond its original form – what is designed is recycled and reused in a continuous closed loop, instead of disposed of. Our flexible wall systems are a great example of this.

Embodied carbon

Embodied carbon is the measurement of how much greenhouse gas (GHG) is released in the process of extracting, transporting, and manufacturing materials, as well as transporting raw materials to building site, building, the operational life of the final product, and the end of the product’s life.

Operational carbon

Operational carbon is the carbon emitted while the building is in use. This includes energy used for heating, cooling, lighting, plug loads and appliances.

Indoor air quality

This is a measure of pollutants in the air inside a building. Common contributors to poor air quality include particulate matter from cooking, a fireplace or pellet stove, dirty filters, ductwork, and/or central air equipment, mold, lack of air circulation/fresh air, off gassing from building materials, furniture, and carpets, air fresheners and deodorizers (Febreeze, etc.) and scented products, tobacco smoke.

Building Science

Building science uses engineering, architecture, chemistry, physics and the life sciences to inform the design of high performance buildings. These sources of knowledge inform the understanding of how a building works at peak performance as a healthy, efficient and durable system. Building science focuses on heat, air, and moisture transfer to prevent common problems, but includes comfort, and indoor air quality.

Blower Door Test

This tests how air tight your home is. It is important that as little air as possible leaks. This keeps out moisture and makes heating and cooling much more efficient. It also allows fresh air to be filtered before it enters the house.

The blower door test measures the air tightness of a building by determining the number of air changes per hour at 50 pascals of pressure (ACH50). The standard air tightness for passive house is 0.6 ACH50. East Branch Homes are 0.2 – 0.4 ACH50.


Cellulose, which is a high R-Value and low embodied carbon material, is used throughout.

Heating and cooling

Mitsubishi mini splits heat and cool your home.