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Posted By Administration,
Monday, November 7, 2022
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NFRC held its 2022 Fall Membership Meeting from Oct. 24 to 26, at the Catamaran Resort Hotel and Spa in San Diego, California. More than 100 people attended and were treated to a thorough preview of what’s to come in the fenestration industry, ranging from new technologies to the finer points of the new ENERGY STAR® standards from the U.S. Environmental Protection Agency.
NFRC CEO Deb Callahan kicked things off with a short welcoming address, and then turned the podium over to three entrepreneurs featured in the Emerging Technology Series: Chris Angelo, CEO and co-founder of Glass Dyenamics; Veeral Hardev, vice president of strategy of Ubiquitous Energy; and Aaron Baskerville-Bridges, vice president of operations and co-founder of AeroShield.
Angelo and Glass Dyenamics are developing glass with dynamic tints, which can be adapted to current weather conditions to optimize a home’s energy efficiency. The glass can be darkened slightly in summer to keep heat out, or become clear in winter to allow heat in. The windows can be controlled through a mobile app or a dimmer switch.
As of 2022, several companies provide this kind of glass for commercial buildings; Glass Dyenamics hopes to be the first to scale up this technology for homes. The company is starting to take orders for its first products, which are focused on glass in doors as well as entryways and transoms but anticipates widening to more types of residential windows.
Veeral Hardev took the podium next to talk about Ubiquitous Energy’s transparent solar panels. It’s not the only company working on merging solar panels and windows into one product, but one big challenge to adoption is applying solar cells to glass without also adding color to the glass. Ubiquitous Energy’s product is transparent, however, and works using the principle of selective absorption – the energy harvested to generate electricity comes from solar rays that human eyes cannot see, and therefore consumers are expected to find them less intrusive. The company is partnering with Anderson Corp. to develop its first residential products and expects them to have a U-factor at 0.25 or below and a solar heat gain coefficient between 0.2 and 0.4.
AeroShield’s technology is focused on giving current double-glazed windows more insulating power. It does so by converting transparent silica aerogels into an invisible coating that can be applied to the inside surface of the inner pane of a double-glazed window, Baskerville-Bridges told the audience. It can be applied at different thicknesses. According to AeroShield data, a window with a u-factor of about .23 and argon gas fill would see the figure drop to about 0.16 with a three-millimeter aerogel coating applied to it. That would fall to about 0.14 with a coating of 5mm of aerogel, and 0.13 if the thickness were increased to 0.8mm. The company is currently making about 1,000 square feet of the material annually and remains focused on testing its capacity before developing products to sell.
The entrepreneurs were followed by Katie Cort, a senior economist and project manager of Pacific Northwest National Laboratory, whose presentation focused on the insulating impact of thin triples – three-pane windows with the middle pane at 1/32nd of an inch thick instead of the standard 1/8th, which makes the product lighter and easier to install. Thin triples represent 11% of windows rated by NFRC, but just 3% of market share. Current research suggests that boosting the overall insulating power of a building envelope will require thin triples, as increasing insulation, even tenfold, won’t make a bigger impact.
Mike Thoman, NFRC’s Director, Code Development, Technology, and Innovation, addressed the issue of how new technologies impact getting an NFRC rating for a window, and the benefits of working with the Department of Energy’s national laboratories, such as the Lawrence Berkeley National Laboratory in Berkeley, Ca., to prepare developing technologies for the market and get an NFRC rating.
Thoman returned to the podium on the second day of the meeting to update the audience on the Efficient Windows Collaborative, and its Window Selection Tool. The former is NFRC’s consumer-outreach arm, and the latter is its feature offering: a customizable database that homeowners can search to find efficient windows with the right ratings and attributes for their home and climate. Both can be found at the newly renovated web site, www.efficientwindows.org. Window manufacturers in NFRC’s FenStar program that meet ENERGY STAR® requirements will have their products in the Window Selection Tool and can manage their own information as well as upload graphics and pictures of their products.
On the third day, Doug Anderson from the U.S. Environmental Protection Agency updated the audience on the latest requirements for a window to qualify for ENERGY STAR 7.0. U-factors were lowered across the board to improve insulating power, with the biggest change being a 0.22 threshold for the northern zone, down from 0.27 previously.
All presentations from the Fall 2022 Membership Meeting can be found HERE: https://nfrccommunity.org/page/MeetingArchive.

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Posted By Jessica Finn,
Tuesday, June 7, 2022
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Home buyers increasingly want to live in an energy-efficient homes, and statistics show that the proportion of them willing to pay extra is rising fast. NFRC hosted a webinar on June 1 as part of its Sustainability Network, titled “Residential Green Building Demand & Certification Trends,” to share the numbers and what they mean for the fenestration industry.
The event began with Amanda Stinton, director of leadership and sustainability for the National Association of Realtors (NAR), sharing figures from the Home Buyers and Sellers Generational Trends Report survey of realtors: 50 percent reported helping buyers purchase a home with green features, a leap from 36 percent in 2021. Almost two-thirds of the realtors said that energy-efficiency technologies are valuable or somewhat valuable selling points to potential buyers.
“This speaks to the growing awareness and understanding of sustainable homes,” Stinton said. “There is value from the realtor’s side in being able to highlight and point out the energy-efficiency capabilities of specific features.”
The survey also asked realtors which green features were most important to consumers, and the top ranked group was windows, doors, and siding, cited by 36 percent of respondents as very important and by 48 percent as somewhat important. The other two top priorities were location and interior comfort.
The next presenter, Anna Stern, who manages the National Association of Home Builders (NAHB) Sustainability and Green Building program, said builders and realtors share the same perspective: energy-efficient homes are in demand. Its 2018 survey of 1,100 builders, NAHB found that 33 percent of builders built single-family homes with more than half of the features having green characteristics. When asked for reasons, some 68 percent of respondents said it was the right thing to do. About 47 percent cited the health benefits for occupants, and 42 percent found it boosted their professional reputation.
NAHB’s What Home Buyers Really Want 2021 survey showed efficient ENERGY STAR® windows were No. 1 on the list of most-wanted green features, with 83 percent of respondents considering them essential or desirable. They scored higher than ENERGY STAR® appliances and efficient lighting. About 65 percent of buyers said they wanted insulating glass with low-e technology. Further, triple-pane insulating glass windows ranked No. 5 on the list of green features with 73 percent indicating they were essential or desirable.
Underscoring this fact, significantly more buyers said they are willing to pay extra for a home if they understand it will lead to annual savings in utility costs, according to the survey. In fact, 57 percent said they are willing to pay $5,000 or more, on top of the price of the home, to save $1,000 a year in utilities.
NAR and NAHB now collaborate on a project to help the housing industry talk to customers about energy-efficient technologies called Home Performance Counts, which includes a toolkit and a translation tool with consumer preferences and how to match them up with the green-building products to meet their needs. This site also includes tips to explain high-performance homes and suggestions for terms to use and those to avoid.
The panel then turned to Cindy Wasser, senior manager of Green Building Programs for Home Innovation Research Labs, which manages the National Green Building Standard (NGBS) home-certification program. The NGBS certification is written in building-code language and aligned with code requirements to facilitate compliance. The value of green buildings, as well as third-party certification of their status, includes that they can be more affordable up front and over their lifespans, offer greater resiliency, and enhanced health and comfort benefits, Wasser said. For now, multifamily builders are more likely to seek the certification than those focused on single-family construction, with more than 300,000 structures currently certified or seeking it, compared with about 28,000 for single-family homes. Certification rose 24 percent in 2021 compared to 2020.
Wasser also said there could be policy changes to support these trends such as the potential for updates to the national energy code through the Build Back Better Act, which the codes haven’t been refreshed since 2016. NABC’s Stern noted that one area of policy action is financing incentives programs. They could be available from all levels of government through the 2021 Bipartisan Infrastructure Law, which includes deploying new technologies to reduce emissions.
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Posted By Tom Herron, Sr. Director, Market Insight and Transformation,
Friday, February 25, 2022
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Without ignoring the fact that the COVID-19 pandemic has adversely
affected people’s lives around the globe, it is time for the fenestration
industry and green building community to look forward and ask what we can
accomplish now in this changed world.
The
pandemic reminded us that change is perpetual, pervasive, and exponential. In
fact, one global study says the pandemic has motivated 57% of companies to accelerate
their sustainable transformation plans.
Moreover,
research by the National Fenestration Rating Council (NFRC) shows this has led
to three trends likely to drive public interest in green building.
Newfound
Cooperation
As
the world recovers, it becomes increasingly apparent that the COVID-19 crisis
affected all the members of the green building community similarly, though with
varying intensity levels and in staggered waves.
Even
before COVID, we knew it could be challenging for any one organization to work
single-handedly toward a cause and win, and this commonality reveals that
drastic, transformative change is possible and has made us all more receptive
to forming new partnerships that provide leverage to
create a more energy-efficient future.
Additionally, design-build
professionals do not want to create a better version of the past. Instead, they
are embracing the value of collective action and seek to become better informed
by science so they can help facilitate a strong recovery with sustainability
taking center stage.
Increased
Demand for Healthier Homes and Buildings
The
accelerated pace of change has also increased demand for healthier homes and
buildings through improved indoor air quality. Accordingly, many home builders,
commercial real estate developers, and facilities managers view themselves as
the frontline caregivers.
Additionally,
market analysis shows facilitating employee health and
wellbeing (33%) will take precedence for companies throughout 2022, even ahead
of emissions reduction (30%). Moreover, investors cite employee health and
wellbeing as a priority, preceded only by assuring sustainable supply chains.
These
two factors can precipitate sweeping changes throughout the commercial and
residential real estate markets. Although many companies have become partially
or fully virtual, one study says that as of September 2021, new demand for office
space was at its highest level since the onset of the pandemic. In fact,
Chicago and Seattle are above pre-pandemic levels, while Los Angeles and New
York are hovering at over 95% of pre-pandemic levels.
While
balancing the demand for fresh air ventilation with the need to conserve energy
presents a challenge, it also positions the fenestration industry to develop
more innovative products. Studies tell us indoor environments that mimic
or allow access to the natural world can lower blood pressure and cortisol
levels, improve concentration, and strengthen the immune system.
Studies also show that compromised indoor air
quality exacerbates many diseases. In the U.S. alone, the cost attributed to “sick
building syndrome” in commercial workplaces is as high as $70 billion annually.
From this perspective, creating healthier structures is one of the most important
endeavors of our time.
Responsible
Consumption and Product Certification
Finally,
today’s post-pandemic shoppers want to consume more responsibly and seek assurance that
their purchases are sustainable.
Industry
analysis estimates the global energy-efficient windows
market will grow from USD 13.1 billion in 2021 to USD 18.3 billion by 2026 at a
Compound Annual Growth Rate (CAGR) of 7.0%. The commercial window market size
was estimated at USD 2.8 billion in 2019 and is expected to grow at a CAGR of
3.2% through 2027.
Moreover,
global demand for green building materials is expected to grow from
$238.91 billion in 2021 – driven mainly by the growing awareness about
environmental sustainability – to $383.85 billion in 2025.
Turning
to consumer attitudes and behaviors driving this trend, 73%
of consumers want to change their consumption habits to reduce their
environmental impact, and 85% think about sustainability more than they did before
the COVID-19 pandemic.
Additionally,
most Millennials (75%) are willing to pay more for an environmentally
sustainable product, compared to 63% of Gen Z, 64% of Gen X, and 57% of
Boomers. Additionally, 77% of Americans are concerned about the environmental
impact of products they purchase.
Furthermore,
one study says 64% of Americans are willing to pay more for
sustainable products, but most (74%) do not know how to identify them.
The
same study showed 78% of Americans are more likely to purchase a product that
is clearly labeled as environmentally friendly or energy efficient and that 53%
of Americans have doubts about companies’ sustainability claims. Finally, 45%
say they need a third-party validating source to trust such claims fully.
Conclusion
The inflection point that resulted from the pandemic
has created a blank canvas for novel solutions and approaches throughout the fenestration
and green building industries. As society is reshaped, and the economy
relaunched, we all have a role to play in creating better homes and buildings and
helping society overcome the existential threats of climate change.
Tags:
energy efficiency
fenestration
green building
Tom Herron
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Posted By Edward Armstrong,
Monday, October 18, 2021
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In the energy efficiency and retrofit arena, we speak reverentially of “low-hanging fruit.” This typically refers to actions or measures that are easy to implement, pay immediate and long-term dividends, and provide rewards that are so apparent, it’s a no-brainer to make the decision. When it comes to a building’s windows, doors, and skylights, an excellent example of low-hanging fruit is the specification and selection of National Fenestration Rating Council (NFRC)certified products. It’s a choice that should be front-of-mind for architects, designers, sustainability officers, CFOs, and building owners as they engage in new construction or retrofit projects. NFRC certification provides an assurance that the product you choose has been rated by the world’s foremost expert in window, door, and skylight performance. In fact, the NFRC label provides the only reliable way to determine the window energy properties and compare products. The NFRC brand is universally recognized. For example, ENERGY STAR® relies on NFRC ratings to determine product eligibility, and the ratings are found on all ENERGY STAR-qualified window, door, and skylight products. They are also used to determine if the products meet strict energy efficiency guidelines set by the U.S. Environmental Protection Agency (EPA). Further, all major standards and programs for window energy efficiency, such as building energy codes, tax credits, and utility incentives, establish criteria based on certified ratings by the NFRC. The NFRC’s role as the United States’ official organization for rating and labeling energy performance of fenestration products, was codified by Congress in the National Energy Policy Act 1992. Why NFRC Certification and Ratings Matters to Designers and Building Managers In the big picture, this is of immense importance in the pursuit of reducing energy consumption. The buildings sector accounts for about 76 percent of electricity use and 40 percent of all U. S. primary energy use and associated greenhouse gas (GHG) emissions. Studies suggest that advanced window technologies, as part of integrated building designs that incorporate dimmable lighting, have the potential to save as much as four quadrillion BTUs of energy annually. That translates to over $50 billion a year in savings for building owners.
The need for reliable and readily accessible data relating to sustainability and energy efficiency in the built environment has never been more in demand, as evidenced in a recent report published by the American Institute of Architects, “The Architect’s Journey to Specification.” “Although 80 percent of architects want to specify more sustainable materials, only one in three feels they are meeting that responsibility today. They’re looking for knowledge and information that will help them design for sustainability and performance while communicating the value to clients.” The good news here is that the NFRC has it covered on the building fenestration front. For example, the NFRC label helps to compare between energy-efficient windows, doors, and skylights by providing energy performance ratings in the most relevant categories. These metrics include:
- Air Leakage measures how much air will enter a room through a product. The lower the number, the fewer drafts.
- Solar Heat Gain Coefficient measures how well a product can resist unwanted heat gain, which is critical during summer cooling season. The lower the number, the less spent on cooling.
- U-Factor measures how well a product can keep heat from escaping from the inside of a room. The lower the number, the better a product is at retaining heat.
- Visible Transmittance measures how well a product is designed to effectively light a space with daylight, potentially saving money on artificial lighting. The higher the number, the more natural light is let in.
The NFRC Testing and Verification Process The procedure by which a fenestration product attains NFRC certification is thorough, rigorous, and stringently objective. It involves:
- NFRC-accredited testing laboratories that conduct physical tests.
- NFRC-licensed independent certification and inspection agencies, responsible for reviewing the simulation and test reports.
- NFRC-recognized air leakage laboratories to conduct air leakage testing per ASTM E283 and/or NAFS.
- NFRC-accredited simulation laboratories that utilize approved software to determine the energy performance ratings for windows, doors, skylights, and glazed wall systems in accordance with NFRC standards.
In addition to the certification programming described above, NFRC provides a wide-array of resources to aid in the education and understanding of fenestration science and, through its NFRC Certified Products Directory, maintains a filterable database of NFRC-certified products. Through its readily accessible and universally accepted certification and labeling programs, NFRC empowers people to create better buildings. By choosing NFRC-certified fenestration products, those in the building sector demonstrate a commitment to energy efficiency and environmental responsibility. It’s a commitment that accrues benefits to the environment, society and each building’s occupants. Truly, a fruitful choice.
Edward “Ed” Armstrong is consultant serving clients in the private, nonprofit, and public sectors with a full range of public relations, marketing, and analytical services. He has worked extensively throughout his career on a variety of energy and natural resource conservation issues. This includes senior level positions at the Energy Management Association, The Society of Chemical Manufacturers & Affiliates®, and Porter Novelli. Mr. Armstrong Serves on the Editorial Board of the Distributed Generation & Alternative Energy Journal and was elected to the Vestry of the Gaithersburg Ascension Church in January 2021, where he is active on environmental and social justice issues.

Tags:
architecture
energy efficiency
energy performance
fenestration
green building
NFRC ratings
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Posted By Jonathan Hamburger,
Tuesday, October 12, 2021
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The wants and needs of building occupants continually change in the dynamic world of commercial real estate. Prior to the pandemic, tenants considering new office space looked carefully at price, location, accessibility, and ownership reputation, all of which represent the landlord’s traditional selling points.
During the pandemic and its aftermath, however, the focus has changed.
I routinely see many tenants and landlords more interested in indoor air quality. For instance, many clients will not even tour a property unless they are assured the air conditioning and heating systems are relatively new and well-maintained.
A related issue growing in importance is windows that save more energy and provide greater comfort. In fact, I’ve recently seen several landlords replace existing windows to gain these benefits, and building occupants want to know their workspace positively affects their health, wellbeing, and performance.
When landlords can add the benefits of windows that save energy, provide access to plenty of natural light, and help reduce carbon emissions to their buildings, it becomes yet another selling point for them – one that is likely to align with the values of today’s sustainability-conscious customers.
Jonathan I. Hamburger is Vice President of Advisory and Transaction Services at CBRE, a full-service real estate services and investment firm that operates in over 100 countries.

Tags:
buildings
commercial
energy efficiency
fenestration
green building
NFRC ratings
windows
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Posted By Duane Jonlin, Seattle Energy Code Advisor,
Monday, October 4, 2021
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Last week I saw a bumper sticker on a huge black SUV: “There’s more to life than gas mileage.” This is true. While fenestration is responsible for a great deal of energy use (solar gain in summer, heat loss in winter, air infiltration around frames), the daylight and connection to the outdoors that windows provide is essential for our health and well-being. Another thing that’s important for our health and well-being is mitigating the accelerating effects of climate change, and super-efficient buildings are the easiest way to do that. However, some commenters worry that constructing zero net energy buildings will mean living with “… tiny little windows, little windows so you can’t see out, can’t see the light,” to quote a recent president. To keep from being stuck with those “little tiny windows,” we all know some performance boosts like warm edge spacers, thermal breaks, and fourth-surface low-e coatings. Beyond that, talk of triple glazing always raises hackles, but alternative technologies are emerging. LBNL has developed a “thin triple,” inserting a very thin center pane in the thickness of a typical double-pane unit. Vacuum insulated glass and several varieties of dynamic glazing are emerging. While these newer options might be beyond typical project budgets today, glazing is inevitably going to get more complex, and it’s essential to have NFRC keeping track of how all these perform. For an entire century, architects have dreamed of buildings that are all glass, wall to wall and floor to ceiling, which turns out to be good for magazine covers but not much else. Strategic sizing and placement of glazing to optimize energy as well as comfort, daylight, and views for the occupants will require breaking out of the old all-glass mentality, which itself might require a new generation of architects. To quote Mark Frankel: “That which exists must be possible,” so if you want to see what the Zero Net Energy future looks like, start by checking out the hundreds of ZNE buildings that already exist, and then make your own even better.
Information on some of the new technologies may be found in the NFRC "Emerging Trends and Technology" webinar series. Visit the NFRC store for the titles and access to the webinars.

Tags:
architecture
building code
buildings
carbon footprint
carbon neutral
Emerging TrendsNFRC ratings
energy efficient
Fenestration
industry
Seattle
technologies
window technologies
windows
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Posted By John Gordon, Chair, Board of Directors,
Tuesday, September 21, 2021
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The first in-person
GlassBuild America
trade show in two years was a resounding success.
With more
than
300 exhibitors
, it was refreshing to meet again and see all the new products and services to solve
the fenestration industry’s most pressing challenges.
As NFRC’s board chairman and manager of thermal testing at National Certified Test Lab,
I felt it important to get out to meet with Product Certification Program participants since we haven’t met in person in more than two years. This face-to-face interaction has been sorely missed, but it wasn’t without precautions. Organizers
of GlassBuild
required all attendees and exhibitors to wear masks indoors and socially distance to keep everyone safe.
While at the show, I visited
NFRC sponsors and members to thank them for their overwhelming support during the ongoing pandemic. I also invited
the National Glass Association
(NGA) members to attend NFRC’s Membership Virtual Meeting in October. The two organizations work in tandem with glass manufacturers, spacer and sealant suppliers, and other fenestration industry companies.
While there,
I met with Paul Bush, past NFRC board chair, from
Vitro
Architectural Glass, who shared the latest happenings at the glass manufacturer. Additionally, I dropped by the
Quanex
booth to see their warm edge spacers
and extrusion systemson display for windows and doors
. During my conversation with
Cristina Murray, their marketing manager
,we chatted about
ways to get more involved with NFRC. Quanex is one of NFRC’s sustainability sponsors and they have pledged to minimize their environmental footprint by recycling and repurposing PVC scrap vinyl during the manufacturing
process.
The highlight of the show was seeing the demonstrations using fenestration components’ systems
, including a window insulating glass line and fabricating equipment. We watched how their components are used during the assembly process
to make a finished window. It was impressive to see all the changes and advancements in technology on display. There were automated systems to improve throughput and production quality as well as vendors selling safety gear and equipment.
The
Tremco
booth, another NFRC sponsor, showcased their spacer systems and other technologies that provide solutions for customers who are trying to keep up with ever-changing energy-performance standards for windows, doors, and skylights.
While at
GlassBuild I met with a window manufacturer from Turkey that is interested in becoming an NFRC PCP participant in order to enter the U.S. market. I talked to them about the importance of NFRC’s fair, accurate, and credible ratings and the partnership between the labs and NFRC. I met with
a number of international manufacturers interested in entering the US market, which is a testament of the strength of the U.S. economy.
However, one consistent topic of conversation surrounded ongoing supply chain issues and their impact on the building industry. Nearly every company representative with whom I spoke reported delays in production and the receiving of raw materials, which
has affected the delivery of finished goods. This could be a long-term problem, but I’m hopeful that as both material
delays and labor shortages decrease, production will rebound. We all know the housing market
continues to surge, butdelays threaten that continued recovery of the U
.S. economy.
In fact,
while U.S. economic growth in 2022
may slow, according to senior forecaster Connor Lokar
from ITR Economics, the glass industry is expected to
see years of growth.Lokar shared his
economic forecast with glazing
executives at GlassBuild America.
He also said that as the pace of growth returns to normal levels, supply will catch up to demand.
The insight we glean from these events helps us reach new audiences, grow our membership, as well as highlight the value of NFRC’s ratings and certification processes and programs. It’s imperative that these companies see us as partners to achieve national energy-efficiency objectives in their fenestration products.
From my interaction with exhibitors and other attendees, and despite everything going on with the pandemic, there is a lot to be optimistic about with the new technologies on display at
GlassBuild. I feel confident NFRC will continue to lead the way in providing resources and connecting
with our members to improve the fenestration industry and
I look forward to our next opportunity to meet face-to-face in the upcoming year.
John Gordon is NFRC’s chairman of the board of directors and oversees the thermal testing at National Certified Testing Lab
oratory.

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Tags:
energy performance
fenestration
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meetings
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Posted By Administration,
Monday, September 20, 2021
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NFRC Presents Proposed Document Changes to Membership with 17 Ballots On Sept. 10, 2021, 17 ballots were submitted to members of the National Fenestration Rating Council (NFRC) for input. These ballots represent proposed changes to NFRC program and technical documents, potentially affecting program and testing procedures.
The 17 ballots will be resolved at the Fall Membership Virtual meeting during the Research and Technology Committee (6 ballots), Technical Committee (10 ballots), and Ratings Committee (1 ballot) blocks.
Ballot topics include:
Removing unused product types from NFRC 100: Procedure for Determining Fenestration Product U-factor, Table 4-3; An updated ballot with details related to the new Commercial Trendline Approach (CTA) in NFRC 100, NFRC 200: Procedure for Determining Fenestration Product Solar Heat Gain Coefficient and Visible Transmittance at Normal Incidence, and NFRC 500: Procedure for Determining Fenestration Product Condensation Index Ratings; Correction of errors related to dividers in NFRC 100 and NFRC 200; The addition of vacuum insulated glass (VIG) as a covered product for U-factor (NFRC 100) and Solar Heat Gain Coefficient and Visible Transmittance (NFRC 200); Inclusion of domed skylights in NFRC 202: Procedure for Determining Translucent Fenestration Product Visible Transmittance at Normal Incidence; Additional language for calculating condensation index (CI) for products that cannot be calculated using the trendline approach in NFRC 500; The use of rubber mats, thermal paste, calibration of ASTM C518 equipment for measuring conductivity, and a new procedure to obtain thermal conductance for VIG have all be added to NFRC 101: Procedure for Determining Thermophysical Properties of Materials for Use in NFRC-Approved Software; Changes to NFRC 301: Standard Test Method for Emittance of Glazing Products and NFRC 302: Verification Program for Optical Spectral Data for diffuse glazing products based on the Diffuse Glazing research report; and An updated ballot for the new NFRC 715 Commercial Energy Performance Certification Program: Products & Projects document. These changes affect a number of NFRC stakeholders and participants – from laboratories to residential and commercial manufacturers, and others.
Though only NFRC members in good standing may vote on ballots (one vote per company), all interested parties can review the proposed changes and become members if they believe contributing to the process will be in their company’s best interest.
Ballots may be downloaded from the NFRC website Ballots page. For more information on the NFRC ballots for this Fall 2021 cycle, please contact Jen Padgett. To become a member to be able to participate in the ballots, please contact Jessica Finn.
Tags:
ballots
commercial
programs
ratings
technical
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Posted By Adriana Vargas, National Fenestration Rating Council,
Monday, June 7, 2021
Updated: Tuesday, June 8, 2021
|
Since its initial release in 2009, the NGBS has offered builders and developers a comprehensive and rigorous residential green rating system for homes to be certified by an independent third-party. Home Innovation’s NGBS Green Certification Home Innovation Research Labs’ NGBS Green Certification program is the Number1 green certification for residential construction in the U.S. Nearly 300,000 homes have been NGBS Green Certified, and more than 160,000 homes and apartments are currently in-process. Builders and developers the NGBS because of its rigor, flexibility, and affordability. With required third-party testing and on-site verification by independent inspectors, NGBS Green Certification provides a reliable measure of building performance and quality. The NGBS Green program understands the pace of the construction industry, with quick response times and certification processing. The 2020 NGBS introduced changes to expand the rating system and Home Innovation’s NGBS Green certification program. These include: - new commercial space certification for mixed-use buildings;
- expanded scope for hotels, assisted living, dormitories, and buildings;
- new energy and water efficiency pathways;
- added flexibility for renovated buildings to demonstrate compliance; and
- a new streamlined certification pathway for single-family homes and townhomes.
Windows and Door Requirements in the 2020 NGBS Window and door products can help a residential project earn up to 37 points under the Resource Efficiency chapter, if they are prefinished, contain recycled content, or are made of bio based products (e.g., certified solid wood, engineered wood). Under the Energy Efficiency practice area, window and door products can help buildings meet air leakage and -factor requirements. For many of these practices, an NFRC certificate that shows U-factor and solar heat gain coefficient (SHGC) values would be sufficient for an NGBS Green Verifier to award points. When installed in commercial portions of mixed-use buildings, well-sealed and gasketed doors may meet mandatory Indoor Air Quality requirements of the Commercial Spaces pathway. Green Certified Products Building materials and furnishings that comply with the NGBS can earn third-party certification. Home Innovation’s NGBS Green Certified Product program bridges the gap between manufacturers that produce green products and the architects, builders, and designers who want to use them in homes. Manufacturers of certified products are eligible to leverage the third-party NGBS Green Certified mark in their marketing. Certified products are included in Home Innovations' online directory and promoted to the more than 16,000 NGBS Green Partners including builders, developers, architects, and third-party verifiers through its newsletter and website. Learn More The 2020 NGBS changes provide a great opportunity for window and door manufacturers to train or re-train their team, vendors, or partners about the NGBS’ new rating system and certification opportunities. Join the upcoming NFRC webinar on June 9 to hear from Cindy Wasser, Home Innovation’s Senior Manager of Green Building Programs, to review the fenestration requirements within the 2020 NGBS, as well as and distinguished from competitors.

Tags:
buildings
energy efficiency
Green building
manufacturers
SHGC
u-factor
windows
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Posted By Adriana Vargas, National Fenestration Rating Council,
Monday, April 26, 2021
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By Helle Carlsen Nielsen When the VELUX Group launched our Sustainability Strategy 2030 last fall, we set an ambitious goal of becoming Lifetime Carbon Neutral by 2041. Using science-based targets, we’re taking responsibility for our past and our future carbon emissions. We call the strategy “It’s Our Nature,” and it’s a roadmap for the decade of action. It will transform the way we do business, and the products and solutions we provide. To become Lifetime Carbon Neutral, we will capture our historical carbon footprint and at the same time reduce our future emissions for our company and value chain in line with climate science. To capture our historical carbon footprint since our founding in 1941, we partnered with the World Wide Fund for Nature (WWF) to conserve and restore the forests cover of an estimated 200,000 hectares of high-biodiversity value tropical forests. The first projects are located in Uganda and Myanmar, and all five forest projects are expected to be developed to capture approximately 5.6 million tons of carbon equal to our company’s emissions since our founding in 1941 through 2041. Calculating our historical carbon footprint How does a skylight manufacturer in business since 1941 with a growing footprint of sales companies in 40 countries, production facilities in 10 countries and approximately 11,500 employees measure the amount of carbon it emitted since its founding? No standard methodology exists today for how to calculate a historical carbon footprint, because valid emission factors and energy consumption data from decades ago often do not exist. Therefore, VELUX developed a method based on the recognized Greenhouse Gas Protocol Corporate Standard and applied it to our historical data. This methodology, including the underlying assumptions, are independently verified by Carbon Trust, which helps companies set targets for carbon reduction plans, and reviewed by scientific experts at WWF. The calculation includes our direct emissions from company facilities and cars and indirect emissions from the generation of purchased electricity, steam, heating, and cooling consumed by the company, since our founding. Becoming a carbon neutral company; reducing value chain emissions by 2030 The other part of becoming Lifetime Carbon Neutral is to reduce our future emissions in line with climate science. We are committed to become a 100% carbon neutral company (scope 1 and 2), and we will halve the carbon emissions from our value chain (scope 3) during the decade of action starting now through 2030. VELUX is committed to reduce future CO2 emissions in line with a 1.5°C decarbonization pathway, and our targets are validated by the Science Based Targets initiative.

Other targets in our Sustainability Strategy 2030 include:
Our 2030 Sustainability Strategy also includes actions to ensure our company is diverse
and
inclusive and a healthy place to work. To that end, we set the following targets:
The meaning behind the name “It’s Our Nature” Calling our sustainability strategy “It’s Our Nature” draws on two meanings: First, it is our nature to have sustainability at the heart of our business. And second, we want to do our part to alleviate climate change and support the nature that we – and all life on earth – rely upon. Under that guiding principle, we will share our experience with other companies interested in taking responsibility of past and future carbon emissions. Join us on May 4, 2021, at 11 a. m. EDT for an NFRC webinar to learn the best practices and key takeaways we’ve gleaned thus far. Helle Carlsen Nielsen, Head of Sustainability, External Relationsand Sustainability for The VELUX Group

Tags:
carbon emissions
carbon footprint
carbon neutral
energy efficiency
manufacturer
sustainability
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