EEBA's High Performance Home Blog

Around the World: Housing 4.0

A region in Europe is looking at how to improve building methods to help move towards EU 2030 energy goals.
Around the World: Housing 4.0

Framework climate and energy goals. As the most industrialized region in NWE, the private housing sector also accounts for almost one-third of all C02 emissions. The EU 2030 Framework goals are to cut C02 emissions by 40%, increase the use of renewable energy by 27% and to provide at least 27% energy savings across Europe.

Interreg North-West Europe project Housing 4.0 Energy (H4.0E) is a group of companies and individuals around NWE, working together to solve their housing and energy crisis. H4.0E is funded by € 2.5 Million in European Regional Development Fund (ERDF) (perspective: the ERDF total budget is € 4.2 Million) and looks to develop low-energy, low-carbon, near-zero energy affordable housing that is easily repeatable using digitization.

H4.0E is focused on a Design for Manufacturing and Assembly (DfMA) approach using digital design and self-building to simplify the building process. The 48 near zero energy/zero energy pilot homes will be built within the first 18 months of the three-and-a-half-year long project. Below are the project areas and goals for each area:

  • Almere, Netherlands
    • Goals: Demonstrate digital design and self-building in urban areas
  • Flemish Brabant, Belgium
    • Goals: Social good model - NZEH/ZEH units in rural areas will be rented to people on the waiting list of Belgium’s local social renting agency
  • Schwäbisch Gmünd, Germany
    • Goals: Multiple NZEH/ZEH buildings will be built for student housing
  • Carlow, Kilkenny & Wexford, Ireland
    • Goals: Build NZEH/ZEH units for low-income groups in rural areas while monitoring user behavior

The data from each of the pilot projects will be collected for analysis and parallel testing will be conducted for big picture comparisons and educational purposes, however, each project area will stay focused on their specific goals. Learn more about this project and tell us how you think it could influence energy solutions in the U.S.

Where Energy Advancements Will Take Us

Where Energy Advancements Will Take Us

Last week we wrote about a couple funding opportunities through the Department of Energy. Another $33.5 million is now available through the Building Technologies Office for energy efficient, advanced building construction technologies and practices. The BTO’s focus will be to “develop deep energy retrofit and new construction technologies that holistically tackle a combination of envelope, heating, cooling, water heating, and ventilation issues, and hold appeal for both building owners and occupants.” Concept papers are due 6/10/19.

The topics of interest for this FOA are:

  1. Integrated Building Retrofits
  2. New Construction Technologies
  3. Advanced Technology Integration

Why should you care about these types of announcements? Because they are opportunities for us to advance our industry and to take advantage of the energy breakthroughs that are continuing to push down the cost of renewable energy.

Solar farms are showing up in communities and large corporations are signing contracts with wind farms. A deal in Chile was recently signed that should supply solar energy at 2.91 cents per kWh and drop energy costs for businesses there to around 25% by 2021.

Last fall, a northern Indiana utility company announced it will invest in renewable energy and by 2028 they expect 65% of the electricity they generate will come from wind, solar, and battery storage... and 0% from coal.  Additionally, JinkoSolar recently made a deal with the largest power generator in the U.S., which will be purchasing around 7 million panels over four years.

Both decisions were based on the economic case for renewable energy.

These advancements we’re seeing, including improvements in areas like battery storage, will only create greater opportunity in our industry to push innovation further - and get us closer to 100% renewable energy and a world filled with zero energy homes.

DOE to Invest $98 Million in Research and Development Programs

The DOE is prepared to invest $98 million towards domestic manufacturing of energy storage and technologies.
DOE to Invest $98 Million in Research and Development Programs

A recent Funding Opportunity Announcement (FOA) by the Department of Energy (DOE) is requesting proposals in three areas to improve U.S. competitiveness surrounding energy technologies and domestic manufacturing for energy storage. The FOA will look to support innovative, advanced manufacturing research and development programs focused on advanced materials, industrial efficiency and productivity, and the electrical grid.

"By focusing on energy-related advanced manufacturing technologies, we are building a new era of manufacturing that will stimulate the economy, create jobs and build American energy independence," says U.S. Secretary of Energy Rick Perry.

$98 million in awards will be funded to high-impact, early to mid-stage research in three topic areas:

  • Topic 1: Innovations for the Manufacture of Advanced Materials
    Focuses on employing machine learning to develop better batteries, phase change storage materials for heating and cooling applications, and new semiconductors that convert temperature differences into electricity.  A key focus is on developing and scaling new, low-cost manufacturing processes to catalyze increased domestic battery manufacturing for vehicle and stationary applications.
  • Topic 2: Lower Thermal Budget Processes for Industrial Efficiency & Productivity
    With 70% of all process energy use related to heating, this topic focuses on novel research on industrial process drying technologies that increase energy efficiency throughput and product quality.  It also seeks new ideas on process intensification to reduce overall heating energy.
  • Topic 3: Connected, Flexible and Efficient Manufacturing Facilities and Energy Systems
    With recent advances in new, wide-bandgap semiconductors supported by DOE, this topic seeks application of more efficient industrial power conversion equipment and new opportunities for converting process energy to electrical energy and better integrating it with the electrical grid.  It also seeks advancements in combined heat and power that result in higher electrical efficiencies.

If you have an eligible project for which you’d like to submit a concept paper, or if you have questions, or would like to view examples of sub-topics, you can learn more here.  A cost-share of at least 20% will be required for research and development projects.  Concept papers are due on or before June 20, 2019.

Why I Love the Solar Decathlon Design Challenge!

A Former Competitor’s Take on the Solar Decathlon Design Challenge
Why I Love the Solar Decathlon Design Challenge!

by Nathan Kahre

Long nights, worrying over designs, stressing over deadlines, and more work than I have ever been put through before, this is what I remember from when I competed in what was Race to Zero, now the Solar Decathlon Design Challenge.  What I also remember is the time spent working with a team, iterations of energy models, and the joy of getting to present all my hard work.

I thank Solar Decathlon Design Challenge for the opportunities that I have had in the high-performance home industry.  The competition forced me to take the theoretical and make it real.  It also put me in connection with experts across the country and landed me my first job in the industry.  After spending a day of stressing over the competition, I ended up meeting this crazy production builder that was focusing on net zero homes and wanted to implement new products and techniques to improve the indoor air quality in their homes and hopefully impact the health of the occupants.  That twenty-minute conversation completely changed my perspective on what a production home builder could be, landed me a successful internship, and now 3 years later I have turned into that crazy production builder myself.  Finding ways to enable these types of conversations and connect students to all the great builders across the country is a passion of mine.  



I am lucky enough that the Solar Decathlon Design Challenge happens in my backyard and getting to attend the competition is a highlight of my year.  I am constantly impressed by the time commitment and skill each of the teams portrays.  This year was no exception with 45 teams competing from 37 collegiate institutions from across the United States, along with teams from England, India, Saudi Arabia, Germany, Panama, and Brazil.  The diversity of projects and solutions employed were thoughtful and showed a group of caring hardworking students excited about net zero construction.  The Solar Decathlon is truly developing the next generation of building scientists, architects, and construction professionals; and equipping them with the skills necessary to build high performance homes, apartments, office buildings, and schools.

Now in its sixth year, the design competition challenges students to develop market-ready net zero home designs across a variety of design divisions (single family urban and suburban, attached housing, small multifamily, office buildings, and schools).  Students can’t just develop a pretty home, but must also integrate building science knowledge, market analysis, and construction management skills, and wrap it up into a 20-minute presentation in front a panel of experts.  This leads to 6 division winners and one grand winner.  Take a look at this year’s winners and their presentations here.

What happens next?  There is a pool of talented students, many of whom are ready to enter the workforce, ready to contribute to the high-performance construction industry. Last year, for the first time, EEBA provided scholarships to representatives from each of the winning teams to come and experience the High Performance Home Summit in San Diego.  EEBA’s Next Generation Development Committee is working hard to make this happen again and bring team representatives from the winning residential teams to the 2019 Summit in Denver, CO.

View the Solar Decathlon Design Challenge Overview 

Donate to EEBA's Student Scholarship Fund and help us connect the 2019 Solar Decathlon winners with the EEBA homebuilding community.











Nathan Kahre is High Performance and Healthy Home Manager at Thrive Home Builders, a production home builder focusing on Net Zero and Net Zero Ready construction in Denver, Colorado. 


Upcoming EEBA Educational Courses

Looking to refresh your knowledge and grab some CEUs? Attend an upcoming EEBA educational course and receive both!
Upcoming EEBA Educational Courses

Mike Barcik, Senior Engineer at Southface Institute, will be leading The HERS Associate & Taking the Performance Path: An Introduction to the HERS Index & IECC Compliance in Orlando, FL on May 14, 2019.

The HERS Associate & Taking the Performance Path: An Introduction to the HERS Index & IECC Compliance course is a one-day event that reviews the HERS Index, RESNET, and Building Science principles as they relate to the Performance Path option in the IECC.

Participants will learn about the strategies and tools used by HERS Raters to perform analysis of a house to produce a HERS Index Score. The last part of the session will be spent reviewing energy rating software that is most often used by HERS professionals, and manipulating various construction assemblies to see the effect of HERS Index scores.

CEUs are available for AIA/CES (HSW), BPI, ICC, NAHB, NARI and NATE. The course will be held at Trane North Florida DSO, 3401 WD Judge Road, Suite 110, Orlando FL 32808 from 8:30am to 4pm (check-in begins at 8am).

In addition to The HERS Associate class, the ever-popular course, Houses That Work, will be offered in Davidson, NC on June 4. And for those of you who have been patiently waiting for the High Performance Mechanicals class, you can attend that on June 13 in Carrollton, TX.

On June 5, we will be rolling out a brand new course, The EEBA Path to Zero Energy Homes in Denver. Participants in this class will learn design principles, equipment options, emerging technologies, materials selections, and construction practices that can be integrated into their building process. Strong emphasis is placed on ways to make the final product affordable for homebuyers.

We’ll also be announcing more courses in 2019, including our brand new Zero Energy course, so keep an eye out for announcements on our website or in our newsletter.

EEBA Recap of the Design Challenge

Students involved with the Solar Decathlon Design Challenge produce some amazing projects and prove why they are invaluable to the future of our industry.
EEBA Recap of the Design Challenge

Last weekend EEBA Executive Director, Nancy Bakeman, had the privilege of attending the U.S. Department of Energy (DOE) Solar Decathlon Design Challenge in Golden, Colorado. Over 400 people with a wide variety of backgrounds were in attendance at what Bakeman says was an “energizing and inspiring” event. “These kids are brilliant, and it was such a cool experience to see,” says Bakeman.

Before the event even began, teams had to produce a 60+ page report outlining all the details of their project. The weekend itself was packed with events, tours of the National Renewable Energy Lab, presentations and some fun team challenges. On Saturday Bakeman listened to many of the amazing presentations and had a chance to talk with the students.                            

First place awards were handed out to the Design Challenge teams in six different categories on Sunday morning during breakfast. In addition, 11 teams in the Build Challenge were announced that are able to move forward with their project (the next phase of the Solar Decathlon) as they were awarded their funding. Then each first place Design Challenge team had to present their winning project to the full audience and the Grand Jurors - in just 10 minutes. The Grand Jurors then selected the overall Grand Winner - Virginia Polytechnic Institute and State University.

Breakfast was followed by the Career Connections where over 20 companies, including EEBA, had tables set up for students to ask questions and network. Scholarships for October’s High Performance Home Summit in Denver will be awarded to the following winning teams:

  • Urban Single-Family: Georgia Institute of Technology (Atlanta, Georgia)
  • Suburban Single-Family: United States Military Academy at West Point (West Point, New York)
  • Mixed-Use Multifamily: State University of New York College of Environmental Science and Forestry (Syracuse, New York) and Syracuse University (Syracuse, New York)
  • Attached Housing: Virginia Polytechnic Institute and State University (Blacksburg, Virginia)





At one point during the weekend, Bakeman recalls members of the audience being asked to raise their hand if they were over a certain age. As she looked around, she noticed, similar to many industry events, the number of hands in the air accompanied by graying hair. “The industry is getting older,” she says. “There is a big need for a younger generation to get into building science and keep pushing it even further.”

Bakeman says she is looking forward to developing the partnership between EEBA and the Solar Decathlon to get more students involved in building science and energy efficiency careers. She hopes to recruit more students for the training sessions EEBA holds across the country throughout the year, the High Performance Home Summit, and various development activities.


Next week, keep a lookout for another perspective of the Design Challenge from Thrive Home Builders’ Nathan Kahre - a former participant of the Solar Decathlon who has a great story for how he ended up at Thrive.

Photos courtesy NREL

In Honor or Earth Day, We’re Giving You a High Performance Offer

For a limited time, EEBA is offering a deep discount on the 2019 High Performance Home Summit.
In Honor or Earth Day, We’re Giving You a High Performance Offer

From October 1-3 builders, architects, educators, manufacturers and energy geeks from around the country will descend upon Denver, Colorado for the 37th Annual High Performance Home Summit. EEBA is offering a 25% discount on the already reduced rate - but only through Earth Day, Monday, April 22nd!

This year’s theme, Reach for the Summit: A Future Where Every Home is High Performing, Healthy & Resilient, is appropriately titled - Colorado is home to over 50 fourteeners (mountain peaks exceeding 14,000 feet). The conference theme will focus on the following goals:

  • The Trek In A commitment to defining and building high performance homes
  • Base Camp Knowing where you are and identifying your goals
  • Acclimatization Understanding the methodologies, materials, and strategies to achieve success
  • The Summit Verifiable performance and measured success

Our host hotel will be the Embassy Suites Denver Downtown. It is conveniently located less than a mile from Denver Union Station which easily allows you to hop on the light rail from the airport for $10.50 and be downtown in about a half hour.

And need we say more than “Denver”? The mile-high city, a place where the sun comes out more than 300 days a year, a mecca for outdoor enthusiasts, and the producer of some damn good craft beer.

Arrive a day early for the EEBA conference, or stay a day late (or both!). Hop on a bike share and ride along the river and enjoy the sunshine, food, beer and scenery Colorado has to offer. Take a stroll down to the Contemporary Museum of Art or the Denver Botanic Gardens or jump in an Uber and head over to a nearby golf course for a round.

Don’t miss this year’s event and your chance to spend some time in the mile high city, catch up with industry friends, and deep dive into many topics surrounding energy efficiency and high performance homes!


This weekend, students from 47 teams from around the world will compete in the U.S. Department of Energy’s Design Challenge.

The National Renewable Energy Laboratory will be abuzz this weekend, April 12-14, 2019, as hundreds of students descend upon Golden, Colorado for the U.S. Department of Energy (DOE) Solar Decathlon Design Challenge.

38 colleges will be represented from around the world including Saudi Arabia, India, Germany, Panamá, England, and Brazil will join teams from the U.S. in this highly competitive event. Competing teams will have spent 1-2 academic semesters creating solutions for real-world issues in the building industry.

Teams will present their designs to a panel of industry experts in one of six building type categories: Suburban Single-Family, Urban Single-Family, Attached Housing, Mixed-Use Multifamily, Elementary School, or Office Building. Innovation, cost-effectiveness, time to build, quality, resilience, grid-interactivity, efficiency, and local responsiveness are all areas in which each team will be judged. A winner will be chosen in each category, in addition to an overall Design Challenge Grand Winner.

During the event, EEBA will be participating in the Solar Decathlon Career Connections weekend where students will have the chance to engage with potential employers and professionals in various fields surrounding energy efficiency. The U.S. Department of Energy sees the “Collegiate institutions that participate in the leaders who are producing career-ready professionals with cutting-edge skills.”

The Design Challenge collegiate institutions are:

  • Appalachian State University (Boone, North Carolina)
  • Ball State University (Muncie, Indiana)
  • California State University, Fullerton (Fullerton, California)
  • Carnegie Mellon University (Pittsburgh, Pennsylvania)
  • CEPT University (Ahmedabad, India)
  • Dr. Bhanuben Nanavati College of Architecture for Women (Pune, India)
  • Eastern Michigan University (Ypsilanti, Michigan)
  • Georgia Institute of Technology (Atlanta, Georgia)
  • Hampton University (Hampton, Virginia)
  • Illinois Institute of Technology (Chicago, Illinois)
  • Indiana University–Purdue University Indianapolis (Indianapolis, Indiana)
  • Jefferson University (Philadelphia, Pennsylvania)
  • Kansas State University (Manhattan, Kansas)
  • King Fahd University of Petroleum and Minerals (Dhahran, Saudi Arabia)
  • Miami University (Oxford, Ohio)
  • Michigan State University (East Lansing, Michigan)
  • State University of New York College of Environmental Science and Forestry (Syracuse, New York)
  • Syracuse University (Syracuse, New York)
  • Technische Universität Berlin - EUREF Campus (Berlin, Germany)
  • Technological University of Panama (El Dorado, Panamá)
  • The Manchester School of Architecture (Manchester, England)
  • The Pennsylvania State University (Centre County, Pennsylvania)
  • The University of Arizona (Tucson, Arizona)
  • The University of Texas at Austin (Austin, Texas)
  • United States Military Academy at West Point (West Point, New York)
  • Universidade Federal do Paraná (Curitiba, Brazil)
  • University of Cincinnati (Cincinnati, Ohio)
  • University of Illinois at Urbana-Champaign (Champaign County, Illinois)
  • University of Minnesota Twin Cities (Minneapolis, Minnesota)
  • University of Missouri-Columbia (Columbia, Missouri)
  • University of Portland (Portland, Oregon)
  • University of Wisconsin–Madison (Madison, Wisconsin)
  • University of Wisconsin-Milwaukee (Milwaukee, Wisconsin)
  • Virginia Polytechnic Institute and State University (Blacksburg, Virginia)
  • Washington University in St. Louis (St. Louis, Missouri)
  • West Virginia University (Morgantown, West Virginia)
  • Western New England University (Springfield, Massachusetts)
  • Yale University (New Haven, Connecticut)

The Future of Energy Efficiency in Off-site Construction

As we look forward on housing demand, how can we use what we’ve learned in energy efficiency over the years and apply it to the future of the building industry?
The Future of Energy Efficiency in Off-site Construction

When I take a look around the construction industry today, I admit I’m pretty surprised if a builder has not implemented some kind of energy efficiency standards into their building practices.  Of course, this was not always the case.  The emergence of many of the energy efficiency programs in the 80’s and 90’s were a direct result of the energy crisis in the 70’s.  Policymakers in Washington were motivated by a new level of environmentalism as efforts were made to reduce America’s dependence on fossil fuels.

A specific challenge drove the industry to work on solutions.

And even with the strides that have been made in the energy efficiency sector, it still remains far from perfect.  But that’s what progress is all about, right?  It’s solid, incremental changes, and constantly pushing the bar higher.

The most dire challenge currently facing the U.S. (and other countries around the world) is housing affordability.  Both in our inability to create it fast enough, and the inability to create it at an attainable cost for average income earners.  I’m not solely focusing on “low-income” housing, but it is alarming that over 11 million Americans pay more than half their salaries for monthly rent. This is an increase of more than 30% over the last five years.2

So what does all that have to do with energy efficiency?  Everything.  When you have a monthly housing budget that comes with an inconsistent energy bill, it can be unnerving.  Applying practical, energy efficiency standards helps make housing more attainable, but alone, isn’t enough to deal with the growing affordability gap.

Off-site construction methods (volumetric, panelized, etc.) have increasingly come into sharper focus as a viable solution for the housing attainability crisis.  But with that, we need to take what we’ve learned over the last 40 years in the energy efficiency sector and figure out how to utilize factory methods to make off-site constructed housing as efficient as possible.  And we need not stop at energy efficiency.  With factory methods, we have an opportunity to utilize technology, and its data, in a way that has never been done before.  For the foreseeable future, builders will be looking at HOW they build (off-site) relative to WHAT we build (energy efficient and sustainable products).  Off-site construction affords an opportunity to rethink energy efficiency.

The National Renewable Energy Lab (NREL) recently announced a 3-year project where they will be partnering with Factory OS (Mare Island, CA), Vaughan Buckley Construction (Philadelphia, PA), and Full Stack Modular (New York) to look at how to maximize energy efficiency in the factory process.

“As the emerging off-site modular sector continues to expand, we are seeking to embed energy efficiency and grid-interactive building concepts into the factory design, construction, and assembly process,” says Shanti Pless, Senior Research Engineer at NREL.  “We see a big opportunity to meet the challenges of affordability and low energy costs in the multifamily sector through the integration of high performance building strategies into the advanced building manufacturing industry.”

In addition to partner-factories, the project is also forming an Advisory Board whose purpose will be to provide guidance and technical support for the project as well insight and support for the development of modular industrialization standards that will be shared with other industry players.  Members of the Advisory Board will include players from technology integration, data/software, systems, building envelope, site assembly, automation/advanced manufacturing, codes, and standards.

If you’re interested in learning more about the project or the Advisory Board, contact or


1Joint Center for Housing Studies of Harvard University 2017.


The Need for Energy Automation

The Need for Energy Automation

As various states around the country amp up the use of renewable energy sources, the structure of the electricity grid will continue to morph into a system that sustains more and more automation.

Blake Richetta and Olaf Lohr of sonnen Inc. wrote: “The challenges posed by the intermittent and unpredictable nature of renewable energy on the electricity grid are well documented and include the monumental task of connecting renewable generation, at the specific time that it is generated, with energy demand. Additionally, renewables put considerable strain on the electrical grid from a voltage and frequency regulation perspective.”

Distribution automation (DA) technologies surrounding smart grids have been around for a while and are continuing to advance as energy systems are increasingly being inundated with distributed resources. The increase in natural disasters creates a greater need for grids that are resilient in extreme weather events, making the need for distribution automation even more important than ever.

Designed to help predict energy demand and mitigate issues on the grid, DA brings together software, sensors, and switches, integrating diverse sources of electricity and identifying when events such as power outages occur.

As we plunge deeper into the fourth industrial revolution we’ll continue to see more and more energy automation as we shift from the simple digitization seen in the Third Industrial Revolution, to technology that will force companies to collaborate and reexamine business-as-usual.

What interesting trends or innovations are you seeing in distribution automation?

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