LEED Homes: New Energy Pathway & Program Market Share

“Starting with the LEED NC program, multifamily adoption of LEED really took off when the LEED for Homes and LEED Midrise programs were 

LEED for Homes Registrations as of 2013 Q2

launched in 2008. With only 4,000 units participating as of 2009, the LEED for Homes (and LEED Midrise) programs have grown to include over 117,000 units pursuing certification today. Much of this adoption has been in the multifamily market.  Nearly 90% of the units in the residential LEED programs are from multifamily buildings and as far as market share goes, during 2012 over 10% of all new US multifamily units chose LEED certification. “   Read More – Taken from USGBC.org

Based on the National Association of Home Builders Housing Start Data in the Midwest – LEED for Homes program market share has 2.1% of all new housing starts in 2012 including Multi Family and Single Family and was 1.3% of from Jan – May in 2013 (Included a 10K + Housing start increase). This really shows that those who choose LEED for Homes as their path are the top leaders in their field.

Out of the 40 Providers in the country has remained around the 10th for LEED for Homes Project Registrations & Certifications, with over 2,600 units certified and 6,000 + registered. You might be saying so what? What is the points of registration? Registration under LEED expresses intent. First off, it is not free and likely someone will not be paying to register until they have thought about the basic principals of LEED; Energy / Water  / Location Efficiency, Improved Indoor Air Quality, Durability, Waste Reduction, Materials Choice and Education/Awareness.  Most projects that have registered have engaged design, construction and energy/green rater professionals in order to think differently about their project and design for above code success. Whether they certify or not, we are excited about the upfront work and thought that leads to registration, finding the first step to be noteworthy.

LEED Certification YTD 13Q2USGBC nationally has now certified just over 40,000 units or a 3rd of all registered projects. Certification means the project team has subjected it self to 3rd party onsite visual verification and performance energy testing with Energy Star for Homes and the Home Energy Rating Score. Certification is not easy and shows the team has taken the steps to ensure their project is more sustainable and the house will be Energy Efficient, Healthy for Occupants, Built to Last and Attainable by Anyone.

Why are we so excited? 

At we celebrate all certified projects by show casing their accomplishments. This happens through helping set up tours to educate the public, documenting post occupancy success based on utility data / indoor air quality studies and overall comfort and homeowner satisfaction. After following up with homeowners and contractors we are showing others how they could accomplish LEED best practices and ideal certification at an affordable manner.

Anything less would be a failure to support our mission, we are not in the business to just certify homes but to use that certification as a success story.

As continues to pursue and celebrate LEED certification success with our community we are excited to see the USGBC continue to push the envelope.

“Continuous improvement ensures that the LEED rating systems stay relevant in a time when policies, technologies and the needs of the industry are constantly changing. In the last three years, residential construction energy codes rapidly have become more stringent, a trend we anticipate will continue. The updates in LEED v4 (the newest version of LEED for Homes) respond to these changes, and now USGBC aims to update the 2008 version of LEED for Homes by beginning an official update process. “

A ballot proposal is out to for “v2008 that will increase the stringency of the energy prerequisite by roughly 15%, approximately equivalent to the energy performance of ENERGY STAR v3, 15% above International Energy Conservation Code (IECC) 2009 and equivalent to IECC 2012. ” Before a HERS Score of 85 was acceptable on a LEED certified home but this would push it to require a HERS of 70 now starting on April 1st 2014

” Currently, over 90% of all certified projects are scoring lower than a HERS 70.” Learn more here

In order to keep the relevancy of the LEED for Homes program which has given a language to LEED. We celebrate registrations and certification, education and constant improvement is the direction to go.

Also see this report on Michigan

Click to access Green%20Building%20Market%20Brief%20and%20Snapshot_Michigan_0.pdf

Green Your Home: HVAC Systems

In this day and age, everyone is crazy for “going green”—which is great, obviously. With all of us pulling together and changing the way we impact the environment, we can implement a positive change for good. When focusing on your daily routines for going green, your HVAC system is no exception, especially for areas with extreme inclement weather and harsh climate changes throughout the year. With my experience as a technician for Griffith Heating and Air  for 23 years,  I am here to help you not only gain the “eco-friendly” stamp, but also help you stay comfortable and cool in your home while doing it.

Reconsider how you regulate the temperature of your home. Most people immediately turn the temperature down to what they think is the necessary cooling they need for the house. But research shows that our comfort in an environment is equal parts mental as it is physical. In fact, many office buildings install dummy thermostats to give employees the impression that they’re adjusting the temperature – and it works, too. This is not to mention that each time you lower the temperature by one degree, it takes up 5% more energy to cool your house.

Use fans to help improve your airflow. Place them near the vents in your house, and use them as a way to spread the cool air around. This can keep your air conditioner at a lower level, and reduces the amount of energy used. For mild days, you might be able to avoid using your HVAC system altogether if you use window fans to pull in cooler air rather than constantly relying on your HVAC equipment for your climate control.

Seal gaps and cracks in your doors, windows, and floorboards to make sure that none of the energy you’re using is being wasted. Use weather-stripping on movable parts and caulk on inoperable areas to seal your home’s environment as cleanly as possible. Poor insulation, particularly in lofts or historical homes, can be a massive sink on your energy bill.

Adjust your blinds depending on the season. In the midst of winter, you can save your heater some work by letting the sun do its part on warming your environment. Likewise, closing the blinds and curtains during summer can deflect a great deal of heat generated by sunlight. The difference between a home with fully closed blinds and a home with open ones can make a substantial difference in shaping a comfortable environment.

Check the roof of your home for any causes in higher utility bills. A leaky, poorly insulated roof might be wasting a significant part of your energy cost. Another aspect to consider is if your roof is a darker color; particularly in warmer climates, this will lead to its absorbing more heat, resulting in you using your cooling system more frequently. Choose a lighter colored roof the next time your home is overdue for a roof retiling.

Change or clean the filters of your HVAC system regularly. It’s one of the easiest and most frequently overlooked aspects of maintaining a system. Depending on your environment (shedding pets, people with allergens, amount of dust in the area), you may need to perform filter maintenance between every 1-3 months. If your filter has a cardboard frame, it’s likely the replaceable variety. If not, vacuum the filter, rinse it with hot water, and allow it to air dry before returning. It’ll raise the quality of your indoor air and stop your system from having to wheeze around a thick carpet of dust to do its job – meaning better efficiency.

These are quick and simple tips to change the area of living in your home to be a more green and energy efficient space. By following these simple steps, you can see your bills lowered, and your carbon footprint several sizes smaller: a win-win for all.

Jason Wall is an HVAC technician who writes for Griffith Energy Services. When he isn’t working or writing, he can be found enjoying a good baseball game or spending time with his family.

College of Saint Benedict Senior Housing, LEED Platinum Certified

The Centennial Commons townhouses were designed to be a sustainable part of the colleSustainability Photoge’s landscape. The 32 townhouses were intended to be at least LEED Silver certified. The townhouse were originally considered in order to provide affordable housing for the 90% of students that live on campus, particularly the seniors.  These townhouses were also built to represent the college’s commitment to sustainability, as well as the first college student housing in the state of Minnesota to have any LEED certification. Each townhouse has been outfitted with as many locally sourced materials, furniture, carpeting, and wood, as possible. The exterior is decorated with native plants and landscaping. Each townhouse is also individually metered for teaching students about their energy consumption and sustainability.

The 2-story townhouses were designed for a durable 100-year life and to be as efficient as possible.  The townhouses provide housing for 125 students, accommodating 3-4 students in 4 bedrooms, with 2 full bathrooms.  Each townhouse also has two bathrooms, laundry room, living room, kitchen and front porch.  Also included in this project was the Commons Building to provide the community with a gathering space, study rooms, computer lab, kitchen and a multi-purpose room.

The townhouses are clustered for a compact development within half a mile of community resources; churches, libraries, convenience stores, fitness centers and shops. The building site was selected as it was not a habitat for endangered or threatened species, a wetland or public parkland. The townhouses also utilize outdoor LED lighting, non-toxic pest control and low flow plumbing inside.  During construction 37% of waste was diverted, documented, and recycled while  erosion control was also put into action in designing and installing the landscape.

One unique feature, according to Judy Purman, CSB’s Director of Sustainability, is that each unit is individually metered for gas, electricity and water usage. Judy Purman also stated, “Each apartment will receive a ‘mock’ bill so that the residents will understand what their actual usage is,”  which in turn provides a “life skills learning opportunity. We’re integrating an educational component so that they will understand what it’s like to pay gas, water and electricity bills when they leave campus.”

CSB checklist     Project Details
Project Type                Custom
Conditioned Space     1,492 sq ft. per townhouse,  11,936 sq ft per building,  52,167 sq ft total (32 units),  4,423 sq ft (Commonss Building)
Bedrooms                     3
Bathrooms                   2
Lot Type                       Edge
Construction Type    New Construction

      Key Features
Natural Lighting
Merv 8 HVAC Efficiency
Provides Community Space and Access to Amenities
Provides Housing for Higher Education Students
Teaching Tool for Sustainability

 

Project Team
DLR and Associates
-Architect
Sand Companies Incorporated
-General Contractor
Judy Purman
-CSB’s Director of Sustainability/Project Team Leader
NEC: Neighborhood Energy Connection
-Green Rater

CSB Centennial Commons Project Profile

St. Cloud Times Article on CSB Townhomes

College of Saint Benedict’s Official Page for the Centennial Commons

It may be big but did you see the energy bills?

This home was cons015tructed with environmentally friendly materials and products.  The goal was to build a home that didn’t have a negative impact on the environment and would contribute to the home’s overall efficiency.

The result is beautiful home outfitted with natural bamboo hardwood floors, geothermal heating and cooling, superior insulation and Anderson Triple Pane Windows.   The house’s construction, due to its part being pre-fabricated offsite, diverted almost all waste from landfills.

The home  has greatly reduced utilities due to its design, costing $150 a  month or $1,700 a year due to temperature moderation, Energy Star certified ceiling fans in all rooms, water conserving (Water Sense) faucets,  and low flow 1.28GP toilets.

This home utilizes geothermal heating and cooling, which brings up 55 degree air from the earth’s crust, to effectively moderate the home’s temperature.  The house also has Structure insulated panels (SIP) installed for throughout the entire house, reducing the amount of onsite wastes and greatly increasing insulation.  The Kitchen, Foyer, and Great Room,  all have insulation with an R-value of 40, while all other rooms are at R24.  The attic, garage, and roof have an insulation of R40, but utilize spray foam insulation.

The Superior Wall Foundation was precast in Michigan with moisture resistant 5,000 psi concrete and placed on crushed stone footing to redirect water away from the foundation.  The foundation itself also includes R17 insulation to further reduce air leakage in the home.

Due the concrete foundation and sealing of cracks and joints in the foundation, the house has good protection against pests like termites.  The house also has a significantly reduced air leakage envelope, which is rated at 5.0 air changes per hour at 50 pascals (5.0 ACH50)   All ducts were installed in conditioned space, so there is no leakages withing duct work. The lawn consists of “No Mow Grass”  which does not require   fertilizer, mowing, or watering in its maintenance.

Projec2104 Greenviewt Details
Type                              Single Family
Conditioned Space     7,160 sq ft
Bedrooms                     6
Bathrooms                   4
Lot Type                       Infill
Construction Type    New

Key To Success
Air Filtration                     MERV 10
Roof Insulation Value      R40
Insulation                           SIP Channels: R24
HVAC                                  Geothermal
Reduced Envelope Leakage of 5.0 ACH50
Natural Bamboo Flooring

0010644179 Certificate

Greenview Project Profile

Photos courtesy of Ihab Riad, Green Park Construction, LLC.

Tankless Water Heaters Come Of Age: Are They The Right Choice For Your Home?

Tankless water heaters have not been widely available in the U.S. market for long. Early on, the selection was limited; building codes were not always accommodating and finding a good contractor was a challenge. Nevertheless, they gained a foothold and are now a growing aspect of the building market.

Many of the early obstacles to installing tankless heaters have diminished. To be sure, there are still significant issues to be addressed, and buyers should educate themselves before replacing their traditional tank based unit.

How Does a Tankless Water Heater Work?

Unlike traditional models which usually hold between 40 and 60 gallons, a tankless water heater does not store water. Instead, the water is heated continuously as it passes through a heat exchanger between the water supply and the tap. The heating mechanism is only invoked when the hot water is turned on. This is why these are sometimes referred to as “on-demand” heaters.

Tankless water heaters are mounted to a wall instead of resting on a stand or on the floor. They usually require different plumbing and ventilation configurations than a conventional tank unit. Tankless units have sophisticated circuitry, sensors and switches compared to the relatively simple design and components on a typical tank unit.

The Pros and Cons of Tankless Water Heaters

  • Because the hot water supply is continuous, tankless systems never run out of hot water.
  • Tankless systems are much more expensive to purchase and install. A licensed contractor will usually be required to change your existing plumbing and ventilation. Preparing a wall and mounting the unit will also add cost.
  • Because they are much more complex, tankless systems may not be as reliable as those with a tank and may require more maintenance.
  • Tankless systems may last 8 to 10 years longer than a conventional tank heater. Many tank heaters eventually succumb to water leaks and can sometimes cause damage if the entire tank leaks out in a short period of time.
  • Hot water flow rates may be much lower with a tankless unit. This could be a problem for consumers who need to, for example, run the shower and the washing machine at the same time. Two or more tankless units are sometimes installed to get around this constraint. Of course, if you need to purchase two tankless heaters to replace a single tank unit, the additional cost will be even higher.
  • Tankless units generally consume less energy than a unit with a tank. This is because you don’t need to maintain a tank of hot water at the desired temperature for 24 hours a day. The energy used to keep the tank heated when it is not in use is called stand-by heat loss. While monthly energy costs may be lower, they may not necessarily pay back the entire cost of a tankless system.
  • Because they mount on the wall, tankless units can be a big benefit in homes with space constraints.

Which System Is Best for You?

There is no easy answer to this question. It really depends on your personal preference and your budget. Most people fall into one of five camps:

  1. Affluent consumers who are attracted to the endless showers that a tankless system can provide. Some of these individuals may also have multi-head showers or new soaking tubs that would completely drain a conventional tank heater.
  2. Big households that consume large amounts of hot water for bathing, laundry, etc. In these households, the last person in line for a shower in the morning may run out of hot water altogether. Tankless systems can provide welcome relief to this daily challenge.
  3. Cost conscious consumers who can’t stomach the high price and installation cost of tankless heaters, particularly if multiple units are required to meet the existing hot water flow rates. For these individuals, even the monthly energy savings is not enough to justify the upfront cost.
  4. Consumers who are concerned about global warming and want to reduce their carbon footprint. To them, the energy efficiency of tankless heaters alone justifies the high upfront cost.
  5. Risk-averse individuals who have read about the problems experienced by some tankless users. These users may stick with their trusty tank units until tankless technology improves or has a better track record.

Regardless of which system you choose, be sure that you understand how the costs and benefits will affect your particular situation. If you elect to install a tankless system, make sure that you get several installation quotes from licensed contractors and can meet your local building codes.

Written by: Chris Long is a Home Depot store associate in the Chicago suburbs. He also writes for the Home Depot blog. Chris’ interests in household plumbing topics including providing help with a tankless hot water heater and toilet repair tips.

Northbrook IL to get first LEED Platinum home

NW Exterior View - Northbrook LEED

City incentive to bring 40% permit fee rebate
Preliminary Platinum LEED Rating
HERS Rating 40 (without PV)
Built to exceed Energy Star standards
21st Century Craftsman

“When we first started thinking about building our own home we knew we

wanted one that would be energy efficient, healthy and representative of our family. We appreciate the style and local history of Craftsman architecture, but also wanted modern touches like an open-concept floor plan, in‐home technology and environmentally friendly building techniques and products,” said future owners Aaron and Jenny Stash.

Enter Architect Michael Kollman and his company SmartHaus who will begin construction on the home in Northbrook this spring.  The custom, high-performance home is being designed and built to a LEED for Homes Platinum rating,

the highest rating given to homes when certified by the US Green Building Council. LEED homes are built to be energy efficient and environmentally responsible and are rated for health, comfort and durability by a rigorous third party review process.

SW Exterior View - Northbrook LEED

Why LEED for Homes?

“Why not?  The long term benefits of building an energy efficient, healthy home far outweigh the incremental upfront costs. Studies suggest the initial construction cost of a home represents only 11% of a building’s total cost of ownership. Beyond financials, the benefits to our family and our community are immense. If that weren’t enough, the Village of Northbrook’s forward-thinking  Green Building Initiative ordinance made the decision even easier.”

Homes that are LEED-certified measure a home’s performance based on eight categories: site selection, water efficiency, materials & resources, energy & atmosphere, indoor environmental quality, location & linkages, awareness & education, and innovation. A home that achieves LEED certification has been designed to maximize fresh air indoors, minimizing exposure to airborne toxins and pollutants, and in our case uses 45% less energy– than a home built to the International Energy Code Council’s (IECC) 2012 code in Illinois.

Economic, Social and Environmental Benefits

Less energy use means lower utility bills every month throughout the life of the house. Beyond energy efficiency, achieving LEED certification is a mark of leadership in green homebuilding, clearly differentiating a home as among the best in the country. LEED is like the nutrition label that demonstrates in measurable terms how a home incorporates efficient features, healthy indoor air quality and environmentally friendly construction practices with the added assurance that the final product has been third party-verified and performance tested.

“This is our future. The jump in technology and science over the last few years has been incredible.  We can accurately predict how a home will heat and cool and maintain healthy indoor environments utilizing very simple concepts and applications.  Homes can be fine tuned to take advantage of site features, owner’s preferences and budget. We can design and build homes today that can produce as much energy as they need to operate.  That goes for deep energy retrofits on existing homes as well.  There are financial incentives in place to help defray some of the costs of emerging technologies as well.”  Architect Michael Kollman says.

The house has been laid out to take maximum advantage of both passive and active solar energy, natural ventilation, low impact and recyclable materials, high efficiency lighting and controls, in a structure that is very simple and economical to build. “Every material and system has been studied in terms of its environmental impact and life cycle costs.”

The envelope of the house is designed to require a minimum amount of energy in order to live and use the home based on the lifestyle of the occupants.

The home will have an innovative HVAC system that has been recently developed by engineers from the University of Illinois which uses considerably less energy than a conventional heating and cooling system and provides extremely high indoor air quality utilizing a CERV (conditioned energy recovery ventilation system) combined with a cost effective installation.

The home has been reviewed by and has been given a preliminary Platinum rating, if you are interested in learning more about the SmartHaus, check it out at www.smarthaus.org

Green Building Winter Trainings throughout the Midwest

As part of the Alliance’s mission to educate the builders, architects, developers and the public at larger on the latest in Green Building, we are offering several courses around the Midwest and online this year.  Studying for your Green Associates? LEED AP Home?

 

 

 

Date/Time* Event Title / Location CEUs
Tue, Feb 12, 2013
12:00 PM – 1:00 PM
An Introduction to the Living Building Challenge – Lunch Time Webinar – Free

1.0 AIA /GBCI
Thu, Feb 14, 2013
2:00 PM – 3:30 PM
Subslab ventilation systems for moisture control

Tue, Feb 19, 2013
9:30 AM – 6:00 PM
HOMES 401: Green Rater Training
Priority Energy – Training Center
Park Ridge IL
14.0
Wed, Feb 27, 2013
12:00 PM – 1:00 PM
A Homeowner’s Tale, Passive House & LEED Home Case Study – Free Webinar 

1 GBCI / 1 AIA
Thu, Feb 28, 2013
2:00 PM – 3:30 PM
Implementation of successful daylighting control systems

Wed, Mar 6, 2013
7:00 AM – 3:45 PM
Better Buildings: Better Business Conference
Kalahari Conference Center
Wisconsin Dells, WI 
IACET | AIA | NARI | RESNET | USGBC/GBCI | WI-DSPS | BPI
Wed, Mar 6, 2013
5:30 PM – 7:30 PM
Living Building Seminar Pre Conference Networking Event
TBD
Ann Arbor 
1 AIA 1 GBCI
Thu, Mar 7, 2013
9:00 AM – 4:30 PM
Understanding the Living Building Challenge 6 Hour Seminar 
Guardian Club Banquet Hall
Detroit Michigan 
6 AIA/GBCI
Mon, Mar 11, 2013
9:30 AM – 6:00 PM
LEED GA: Core Concepts & Strategies – Naperville
Electric Association
Naperville IL
7.0
Wed, Mar 13, 2013
9:30 AM – 6:00 PM
HOMES 252: Understanding LEED for Homes – Wilmette
TBD
Wilmette, IL 
7.0
Tue, Mar 19, 2013
12:00 AM – 12:00 AM
eQUEST energy modeling series
NIU Outreach Center at Naperville
Naperville IL
IACET • AIA • GBCI • ISPE
Tue, Apr 9, 2013
12:00 AM – 12:00 AM
eQUEST energy modeling series
Radisson Paper Valley Hotel
Appleton Wisconsin
IACET • AIA • GBCI • ISPE • WI-DSPS
Wed, Apr 10, 2013
9:00 AM – 4:30 PM
Understanding the Living Building Challenge 6 Hour Seminar 
Wisconsin Energy Conservation Corporation (WECC)
Madison Wisconsin
6 AIA/GBCI
Wed, Apr 17, 2013
9:00 AM – 4:30 PM
Understanding the Living Building Challenge 6 Hour Seminar 
Wisconsin Energy Conservation Corporation (WECC)
Madison Wisconsin
6 AIA/GBCI

*All times are US Eastern time (EST)


Group rates available on workshops! Contact info@alliancees.org for details.
All programs approved for AIA and GBCI credit. Other CEU programs may also apply.

 

As a 501(c)3 charitable organization (view our details), we deliver green building education courses through out the Midwest usually at cost. Please support us to help keep these going. Your donation to the Green Home Institute may be tax-deductible. Please check with your accountant or tax attorney for details.

Thank you for your support!

 

QAP HVAC Energy Star V3 Training Request

We need 3 weeks notice prior to submitting a course.

Please also fill out the contract, save it and send it to Brett.Little@allianceES.org

Declare – THE INGREDIENTS LABEL FOR BUILDING PRODUCTS

Declare is a voluntary self-disclosure program and ingredients label for building products. Declare will help the building industry

position its products within the emerging transparent materials economy.

Declare provides a platform for manufacturers to communicate with the growing list of teams pursuing Green Building Certification, widely accepted to be the most advanced green building standard in the world. For project teams Declare simplifies the process for materials specification and project certification.

Declare allows manufacturers to demonstrate market leadership. Any product is eligible for inclusion regardless of its makeup. A product listing does not constitute an endorsement by or any other group. Instead, the information provided on the label reflects the integrity of the manufacturer to show their true colors.

So join us and Declare………http://www.declareproducts.com/

2012 IECC

2012 IECC Energy Code vs Green Home Certifications

2012 IECCMany states are in the process of adopting in whole or with modifications the 2012 International Energy Conservation Code (IECC).  This new code raises the bar in construction design for residential and commercial structures, and as a result, architects / engineers / contractors building to the new code will be affordably offer a choice to their clients for pursuing several above-code certifications such as Energy Star and LEED without too much additional effort or cost.

The new national energy code includes mandatory blower-door testing for building air leakage (less than <3.0 ACH at 50 pascals), which will measure how well contractors have sealed up penetrations between the outdoors and indoor conditioned space. This testing will be required for all projects permitted after the new code goes into effect. Some states have made modifications to the adopted code, such as Illinois which has changed the ACH rate to 5.0 ACH @ 50.  View our archived July 12 webinar to learn more about IL Energy Code changes.

Other aspects of the 2012 IECC such as requiring hot water pipe insulation and mechanical ventilation are new items that projects will need to implement.  Learn more on a free webinar held Thursday July 12.

So, how do national IECC 2012 requirements relate to voluntary above-code programs like Energy Star, LEED and Passive House?  Pretty well actually. has assembled a matrix identifying several energy-related items as written in the code and indicated what the impact or requirements would be in one of these above-code third-party green certification programs. Download national comparison matrix as PDF.
(Illinois-specific modifications are shown in the image below)

What does this mean?  Well just by building to the new code, these projects will be very close to meeting the Energy Star for Homes program requirements, and will score very well in programs that require Energy Star version 3 such as LEED or Green Communities. Other green programs that don’t require Energy Star, such as National Green Building Standard or local green home programs will also heavily reward these projects.

LEED for Homes will be requiring Energy Star version 3 beginning at the end of the year, so right now a project can still earn LEED certification by building to Energy Star version 2 requirements which should be easily met on any home that meets IECC 2012.

Take advantage of this sweet spot and earn market recognition by attending a LEED workshop or sign up to earn LEED certification today!