:
Thank you, Madam Chair.
I'm pleased to be here on behalf of Canada Mortgage and Housing Corporation. CMHC is Canada's national housing agency, and our mission is to help Canadians meet their housing needs.
Many know us through our housing finance initiatives—CMHC has been around for a while—such as mortgage loan insurance, which helps Canadians access the housing market. We also fund affordable housing solutions, working in partnership with the provinces, territories, indigenous communities, municipalities, and other stakeholders.
Finally, CMHC provides market analysis, information, and research—which is my bailiwick—which helps businesses, governments, and the public make informed decisions about housing. We're one of the most comprehensive and trusted sources of housing information in Canada.
Madam Chair, housing is more than just the roof over our heads. Good housing creates healthy, sustainable communities, and of course it is a vital component of the economy. This is why CMHC has encouraged innovative green building practices for several decades now through our research, information transfer, and funding programs.
We work closely with Natural Resources Canada and the National Research Council to study ways to improve the performance of housing, from single-family homes to high-rise apartment and condominium buildings. We make a point of sharing our research widely with the housing sector, policy-makers, and the public. We publish fact sheets on energy-efficient design, construction, and renovations, and case studies sharing lessons learned through the research that we do.
We've extensively used demonstration projects to advance innovation in housing. Reaching back some 20 years now, our Healthy Housing demonstration project was the first to show that it's possible to build homes that are healthy, affordable, energy-efficient, resource-efficient, and environmentally responsible as well.
Most recently—well, we started it 10 years ago and finished it about four years ago—our EQuilibrium sustainable housing demonstration initiative showed the housing sector that it's technically possible to achieve net-zero energy housing with commercially available materials, equipment, and systems. As a result, there are several net-zero home building initiatives under way across the country now.
CMHC has also incentivized green housing across the sector through its funding programs, prioritizing projects that are more energy-efficient, with fewer greenhouse gas emissions than what local building codes call for.
Our Green Home program offers a premium refund on our mortgage loan insurance of up to 25% to borrow to either buy, build, or renovate for energy efficiency using CMHC-insured financing.
We're also helping to green Canada's affordable housing stock. Through the 2016 federal budget commitment of close to $600 million over two years, we're supporting the renovation and retrofitting of existing affordable housing units to make them more energy- and water-efficient.
The impact of this environmentally sustainable approach to housing will be even greater with the launch of the federal government's new national housing strategy this April. The strategy represents an investment of $40 billion over 10 years, with the focus on the housing needs of Canada's most vulnerable populations, and incidentally, those usually most unable to pay high energy bills. It will remove 530,000 households from housing need and reduce chronic and episodic homelessness by 50%. It will also lead to the creation of over 100,000 new housing units and the repair of another 300,000 units, while at the same time upgrading them and making them more energy-efficient.
CMHC is pleased to be leading this unprecedented investment in building healthy communities. It's a comprehensive strategy that will advance a whole host of broader government initiatives, objectives, and priorities, including supporting Canada's climate change goals. Many of the initiatives under the national housing strategy will give priority to projects that exceed mandatory minimum requirements for energy efficiency.
For example, the national housing co-investment fund will create up to 60,000 new high-performing affordable homes located near public transit, jobs, day care, schools, and health care services. They will be at least 25% better in energy efficiency and in greenhouse gas emission reductions compared to equivalent buildings built to the 2015 national energy code for buildings.
This fund will also invest in renewing and repairing some 240,000 existing units so that they have 25% less energy consumption and greenhouse gas emissions when we compare before and after.
To maximize the impact of the fund, the federal government will transfer up to $200 million in federal lands to housing providers to encourage the development of sustainable communities. Funding will be provided for renovations, retrofits, and environmental remediation to ensure surplus federal buildings are suitable for use as housing.
The national housing strategy will continue to encourage housing innovation in a number of ways. In my area, we will be moving forward with demonstrations that exemplify higher-performing affordable housing projects. When we speak to performance, we think in terms of energy efficiency, greenhouse gas emissions, affordability, resiliency, and of course, occupant health.
We will also be moving forward with solution labs, where we will be enabling the industry to develop more innovative solutions to persistent and problematic challenges. We will address problems and issues facing the housing sector through dedicated teams of experts, people of lived experience, and academia, focusing on problems to more rapidly develop solutions. This is an exciting initiative that we'll be launching this April.
The national housing strategy also includes an investment of $221 million in research, demonstration, and surveys, which moves the needle in terms of environmental responsibility. We are going to make a point of exploring new relationships with organizations like the Natural Sciences and Engineering Research Council, as well as the other members of the tri-council in order to carry out research in ways that might not otherwise be possible.
We'll carry out demonstrations of forward-looking technologies, practices, programs, policies, and strategies to show what is possible for the future of sustainable housing in Canada
I'd like to thank you, Madam Chair, for the opportunity to appear before this committee and to inform you about the important work we're doing at CMHC and with our partners.
I'd be pleased to answer any questions you might have at this time.
:
Thank you, Madam Chair.
We will make our presentation in English, but if there are any questions in French, we can try to answer in that language.
[English]
We just got notice a few days ago, as you've mentioned, so we prepared this short deck. We have a longer deck that's also ready for you, but it wasn't quite ready for translation. We'll have a further document following.
I'll start with just a word of introduction about who we are. We thought we'd answer the four questions that you put to us as well as we could, and then we might tell a brief story that might flesh out a bit more of what we do, if the time permits us.
First of all, what is BOMA Canada? As you mentioned, Madam Chair, we're the Building Owners and Managers Association of Canada. We are a very mature organization. We're over a hundred years old. BOMA B.C. was the second chapter formed in the world, about 110 years ago. BOMA Toronto just had its 100th birthday in 2017. We represent many thousands of building owners, managers, and suppliers, ranging from energy engineers to janitorial service firms to lawyers, occasionally, from coast to coast to coast. With our 11 chapters, we have representation in all 10 provinces and even in the territories as well.
We have a flagship program called BOMA BEST. BOMA BEST is our building environmental standards program. We're closing in on 3,000 certifications of existing buildings in Canada. The private sector has really run with the program, and the public sector has embraced it too, although not quite as much. We truly believe that it can be a flag-bearing, public diplomacy global champion for Canada. To that end, we're actively expanding the program outside our borders.
We have our first hundred or so certifications in the States. I was in Mexico last year, as well as in China and Korea, with interest from elsewhere in Latin America, so we really think this can be an awesome thing for all Canadians.
Those are a few words of introduction, so maybe we'll to move to the questions. Randal, do you want to do the first one?
:
I will go on to the second question, looking at provincial programs for energy efficiency retrofitting of buildings and how federal existing or new programs could further incentivize energy-efficient renovations. You've listed a bunch of them.
Obviously, our view is that our program is the answer, but it's not just vanity or whatever. BOMA BEST is thriving. It's a brand that's poorly known outside the industry, but is a powerhouse inside the industry. We're trying very hard to grow a brand outside so the next time you ask a question of stakeholders, our brand will be there too. We have many thousands more certifications than our quasi-competitors. We are a made-in-Canada answer, and that's unique. We are the only made-in-Canada answer to the question that you're posing, and we're an answer that truly is by the industry, for the industry.
We overhauled our program a couple of years ago. We had over a hundred industry volunteers going through it comma by comma, quibbling over how many points for this question or that question, and really making sure that it meets the needs of the industry that has to run these buildings. I think that's why we've been so successful. We've been so successful, in fact, that we have all this third party data that shows we are driving continuous building efficiency. In fact, our data shows that while building efficiency improves at certification, it actually gets even better at recertification. Again, these are not static entities; these are ongoing challenges.
We're fully integrated with the Energy Star program, which NRCan has licensed from the EPA. We actually just won an RFP from NRCan.
You mentioned net zero, Mr. Hill. We have a net-zero challenge coming up. If there's time, I can talk about that. The objective behind it is to nudge the commercial and institutional industry towards net-zero performance, and we're leveraging our BOMA BEST platform to do that.
As I said before, there are thousands and thousands of buildings, and there's lots of scope for federal buildings to enter the program.
:
Actually, I was thinking about this slide in front of us. Our answer is that energy efficiency is energy efficiency, irrespective of whether the grid is cleaner or less clean.
Actually, one thing missing from the slide is incentivizing on-site production of energy through solar and other innovative things. That will obviously also help, particularly in a less clean grid, and we should have had that on the slide.
The last question you posed to us was on how we can further accelerate net-zero energy housing becoming market-feasible. We heard a lot of that from Mr. Hill. It was terrific.
Our industry represents commercially owned and professionally managed assets, a significant portion of which are multi-unit residential buildings, commonly called apartment buildings, so we don't look at the single family detached house that I and many Canadians live in. I think the others on the panel could probably help us there. We are increasingly in condominiums. Student residences are a huge, booming area too.
Frankly, it's the same message again: driving energy efficiency, driving building operations efficiency, and investing in the people who are running it, as well as investing in technologies and providing the right kinds of incentives. The one difference is that it's a much different relationship to engage with a residential tenant—my mother-in-law, who lives in an apartment in Toronto, for instance, or my grandmother in Winnipeg—than it is to engage with a commercial tenant, where there is a different kind of relationship.
I'm out of time. I'll put that slide up and leave it at that.
Thank you.
:
Thank you very much for the extra time.
An hon. member: Time.
Voices: Oh, oh!
Mr. Benjamin Shinewald: Thank you.
The key message here is that new construction is a huge driver of the economy, and our members do that, but on the day-to-day operations, our core message is to resist the temptation to say that the new, shiny building is the best one. Sometimes they are; sometimes they aren't. It's how you operate it.
If you look at the cars on the streets, you see a Tesla or a Prius go by. If you're a car guy or a car woman, you say, “There goes an environmental car.” In fact, if that Tesla or that Prius has deflated tires, or the air conditioning is on but the windows are down, or they haven't changed their filters in a while, I can drive my humdrum Honda or Ford, or even my Mack truck—well, maybe not a Mack truck—more efficiently than the person who is driving the flashier car or that statement car more poorly.
The key way is, yes, to design buildings green, but then you must not stop the conversation and you must continue it and operate them green, and focus on operations, retrofits, and technologies. There's an axiom in our industry: the greenest building is the one that's already built.
There was an article in theGlobe a couple of days ago about 24 Sussex Drive. That house has a lot of commotion around it for a whole bunch of reasons. It's built, and with all the embedded environmental costs, it's always going to be a more efficient building than building something new.
I'll leave it at that.
We, Passive House Canada, are a national, not-for-profit, membership-based organization with a mission to transform buildings across the country. We view our role, at this point, as largely supporting the implementation of the federal-provincial agreement that's been reached for the national strategy.
Our members are the market leaders. They are the building professionals, the architects, the engineers, the contractors, the developers, and the manufacturers who are today delivering projects that meet the level of efficiency that's being targeted in the 2030 model national building code. That's who we are. We are the ones who are doing it today. I actually think it's quite appropriate that we follow BOMA, because we see our role as delivering better buildings to their members—buildings that will be simpler and more affordable to operate. That's really where we fit in.
Perhaps two years ago in Canada, Passive House had hardly been heard of, and in a lot of circles that's still the case. The good news is that in the pipeline—there aren't that many built or finished yet—there are millions of square feet that are currently going through the permitting and development process, or are under construction. They are in all climate zones, other than the high Arctic. We don't yet have one in Resolute, but they're certainly in cold climate conditions all over. They're virtually all building types. We have institutional buildings—large rec centres, fire halls, and social housing—and they're spread across the country.
The name is Passive House. That's rather an unfortunate translation from another language. It means “building”, not “house”. It is something that is about all forms of buildings, and that's what we are now developing with our members. There are a number of high-rise projects in Vancouver that are currently going through permitting. Right now, in the city of Vancouver, 20% of their rezoning applications, which is most of the development in the city, are for Passive House projects. That's what's coming in through the pipeline. We're seeing that roll out in Toronto in a big way with larger-scale projects and developments there, and it won't be long before this standard of building starts to hit the market in force. That, I think, is a really good thing, for a variety of reasons.
I'll just take a few minutes to frame the issue, starting with some work we did with UN agencies in developing the UN framework guidelines for buildings. In that work, the UN, of course, has its sustainable development goals. Sustainable development goals, for them, include not just energy efficiency but also improving the quality of life in buildings. The quality of life includes things such as affordability, comfort, air quality, and simplicity in operation. That whole basket of goods is required for them to achieve their sustainable development goals.
We support that approach to buildings because, although there is the climate change imperative that is driving codes and standards, we also need consumer demand. The demand for better buildings that offer better comfort, better air, and are simple to operate is a crucial market factor in our minds. It's essential to keep both of those forces in mind. Better buildings are really a question of building physics, and inertia is a very powerful force in physics as well as in politics. To overcome the inertia, we need to marshal all available forces to drive the market transformation that is needed. That's why we urge that we not overlook the quality of life offered within buildings.
The question is, how do we do that? Again, if we look to the EU, they funded a research project back in the 1980s, asking how efficient buildings should be. Is there a sweet spot? They hired academics, largely physicists, to go around the world and study buildings to see if there was some sort of economic sweet spot. Typically, as you go up in efficiency, costs go up. You need to figure out what the point of diminishing returns actually is in practice, not according to some theoretical calculation.
What they noticed, simply by plotting the numbers of projects from around the world, was that the costs go up and up, but there is a spot at which, all of a sudden, costs drop. They inquired as to what the cause of that could be. It is that at that level of efficiency, the envelope is good enough that the envelope itself does most of the work. It is of high enough quality and it can be trusted by the mechanical engineers and so on, so they can properly size their equipment. The systems become much simpler. It's driven by simple physics—the heat-carrying capacity of air—and you can therefore keep a very comfortable environment, with all the exterior surfaces being warm and so on, without a high-power mechanical system.
That's one component of the affordability. The other component is that the mere fact of having to achieve that level of efficiency requires a simplification in design, because efficiency is first and foremost a question of design, to set the building up for success. It requires some innovation—some different ways of laying out floor plates and that type of thing—but that's what it is. We had those two factors driving this economic sweet spot, and the study then concluded that this was where it ought to be, because at that lower level of energy consumption, it's possible to meet the remaining demand through renewable sources—perhaps not on a per-building basis, but at the community level.
That was the level of efficiency that the study developed. That efficiency and those metrics are what formed the foundation of the Passive House building standard. It is a standard that was developed to answer that question. It was developed within the regulatory context, and I would suggest that it's the reason we see those metrics and that standard referenced as widely as we do around the world in the development of building standards. When we look at the metrics evolving within Build Smart, they actually mirror the Passive House metrics, and I would suggest it's for that reason.
At that level of efficiency, we also get the quality of life, so the two are related—they go hand in hand. That's really the magic of driving efficiency far enough: we get something that is affordable, that is demanded by consumers once they're aware of it, and it solves the climate change issue in terms of buildings.
That is the type of solution that's being looked at in a variety of circumstances, not just in Canada but around the world.
How does that relate to our national building strategy or net-zero-ready buildings? Those are, as I said, the metrics that are being incorporated. The functional definition of a net-zero-ready building within some building code is aligned with the Passive House standard, and we're seeing it roll out all over.
The key for market transformation, we would say, is to feed and follow the leaders, and they will figure it out. This isn't easy work. It is demanding and it requires innovation, but the industry leaders like doing it. They will figure it out, and they enable others to follow.
We're working very closely with the City of Vancouver in developing their centre of excellence. We believe that type of model is an excellent model. We're happy to provide more information on it, and we provide a national curriculum of education to train engineers and builders on how to do this.
Those sorts of mechanisms are really the key to success, whether we're talking new buildings or retrofits; they're really very similar.
I see the colour red is up, so I'll wrap up my comments there.
:
Yes, but we find that our float point is appropriate for trying to attract people into the market as willing participants without scaring them away.
Now, it's interesting that you raise this issue of performance. Under the national housing strategy, and particularly through the programs that CMHC will be launching whereby we'll be directly funding affordable housing projects, both renewal and new construction, there is a minimum standard they will all have to meet that is 25% above the model national energy code for buildings. That's already above the building code, in many locations.
Our baseline is quite high, but buildings that go beyond that will score additional points in the system, and that prioritizes them. In this way, we'll get leaders floating to the top in our selection process for funding for this program, which will offer both better-than-competitive interest rates to incent the construction along and forgivable loans for higher levels of performance.
Therefore, through the national housing strategy over the next 10 years, yes, you'll see CMHC and the projects we're involved in leading, particularly through the national housing co-investment fund.
:
Thank you, Madam Chair.
Thanks to our guests for being here today.
I come from northern Alberta, where the Town of Valleyview is building a new town hall or office building. It's net zero, and they're really excited about that. However, if you go just down the highway to Fox Creek, 10,000 people sleep in Fox Creek every night, and yet they cannot.... They have to bus in people to work in the hotels. They bus people in to work at the gas station. They bus people in to work at Subway. It's a common problem.
If you build a house in Fox Creek and you follow all the guidelines—the building code, the zoning requirements, and everything like that—you cannot produce a house for less that $350,000 in Fox Creek. The people who are working at Subway don't make enough money to be able to pay for that house. That's a frustration of mine. The mayor says, “How do I attract people to come and move to my town?” I say, “You have endless forests in any direction. Give them an acre of land and tell them that as long as the sewage doesn't land on their neighbour, they'll be okay.”
The zoning restrictions and the building code and all of this just make the houses so expensive. How do we bring that down? I want to hear a little bit more about that sweet spot thing you were talking about in terms of how we get there.
:
That's great. Thanks for those insights.
I want to turn to BOMA. You see how quickly the time goes.
The thing is, as I was listening to you, I was thinking yes, the energy gains we can make through operations are huge. I reflect on the number of buildings I've been to that have installed programmable thermostats that have never been programmed or, as you said, operators that change. Is there any way of quantifying the level of savings we can make by operating more greenly? As we're making these investments, we can green buildings, but if we're not following through....
I've heard landlords say that they have invested so many thousands of dollars into a green system, but they haven't saved any money. You see the windows open in the wintertime or thermostats that haven't been programmed. How do we actually quantify the investments and what we can save through operation?
Just to let you know where I'm going with that, you said there may incentives, federally or from other levels of government, in training and those types of things. Where is the return? What can we actually achieve through better operations?
:
I'll start with just one point, which is that when you are presenting an energy-saving project to an owner for approval, oftentimes you'll use a very simple payback analogy. If you say it's going to cost $1 million for this retrofit, rightly or wrongly, a lot of owners will say,“Okay, what's my payback?”
Usually the benchmark is less than three years, and if they're going to get that money back within three years, then it's usually an easy approval. If you think longer-term than that... A three-year payback is a pretty incredible ROI. You could ask why a four- or five-year payback isn't okay. Many will do that if it's the right thing, if they're going to be doing a renovation anyway, but for a million dollars to be paid back in less than three years, you'll have instant approval.
With respect to longer-term operating costs, the number 15% to 20% has come out before. For a lot of the operating costs that I referred to earlier, energy can be a third of that, easily, depending on the type of building. Again, tenants don't want to pay higher operating costs, and if you can start to erode those costs down, then that's a win-win for everybody. As well, a lot of those retrofit costs are called recoverable expenses in buildings too, so owners are incented, because not only are they going to reduce energy consumption but they can also recover the cost of their retrofit. They can still recover that three-year payback from the tenants themselves within their rents.
You couldn't ask for more things to be in place to make it worthwhile to take advantage of doing it. Again, it comes down to tenant satisfaction. If tenants, when they go home at night or they drive by at night, see that the lights are off, they get a good feeling. They feel as though they're not paying for those lights, or they know that the temperature is being turned down.
What tends to happen is that overall comfort in the building improves when people are running the buildings better. When they're starting to think about things like that, during the middle of the day the building is that much better as well.
:
Sure. That question I'm thrilled to answer. I get that question all the time.
I'll let those from the organization that runs the LEED program speak for themselves. I want them to represent their message themselves.
Our members are common members. The guy on my board is down the hall from a guy—I mean “guy” generically—on their board. The LEED program has, I think, 14 or 16 different areas of assessment—new construction, community design, on and on and on—only one of which is existing buildings. We are focused only on existing buildings in our program. We have a tenant module about to relaunch, so there will be an inside-the-building module coming very soon. They do a whole series of areas. We look only at the existing sector. That's because they're a bit more of a movement about green buildings and we're an industry association. We represent corporate Canada in a very large way on the built environment side.
They did an outstanding job of branding, and that's why their name is so well known. They only certify the top quartile of buildings. Their idea is to deliberately try to pull the market from the top. Ours is a more broad-based, inclusive approach. Any building can do it. We believe that even the poorest-performing building in the country should start doing it, period. In fact, the last time I looked, in Canada I believe there were about 120 LEED certifications for the existing building module. As I said, we're around 2,800. Even in those 120 or so LEED certifications, I'll bet that north of 100 of them are also certified by us, because our program is really about the building operator and the property manager doing a better job. Theirs is a bit of a different focus.
:
Thank you, Madam Chair.
Good afternoon, everyone.
I'm not a regular member of the committee, so I apologize if my questions have already been asked. I'm replacing , who left.
As I understand it, you are already working in the foreground. I had met Normand Mousseau, a researcher from the Université de Montréal, who works in the field of climate change. One of the things he told me was that there was a lack of coordination at the federal level, and even at the provincial level, in Quebec. He mentioned that several measures have not been included in federal policies, for example with respect to the use and reuse of local business materials for waste reclamation and construction in a circular economy. These measures are not enshrined in the building code standards that apply to the construction sector.
In your opinion, should the standards of the National Building Code be changed? What should be added with regard to the circular economy?
You talked a lot about passive heating, and we heard a lot about biomass or biofuel. Is this part of your initiatives? In order to reach our greenhouse gas reduction targets by 2030, should this be imposed by the federal government?
My question is for all of you.
:
I muttered first, so I guess I'm up.
Good question on what you were referring to as the life-cycle energy use and life-cycle impact of buildings. CMHC has done studies of life-cycle impacts, environmental impacts, of highly energy-efficient buildings. We did them on our 10 EQuilibrium housing projects that I mentioned previously.
We are aware that there are significant impacts between the time you extract materials and put them in a home, and there are the life-cycle costs associated with trading out furnaces or the other things that were mentioned during the meeting. However, over the life cycle of a building, the operating costs and the energy impacts typically swamp the amount of energy and impact that go into the building materials.
It's not to say that we should ignore them, but it is to say that I think the codes currently are appropriately focused on operating costs and lowering operating costs. As we move toward 2030 with a pan-Canadian framework and with co-operation between the federal and the provincial-territorial governments on advancing the code toward net-zero-ready projects, we're going to have more and more room to look back and catch this other life-cycle element.
In my view, the current code focus is a good one. That's not to lose track of the life-cycle materials—we should continue to focus on that—but there's a lot of work to do on operating costs, first in existing buildings and then new buildings.
I don't know if any of the other panellists have other views on that.