Passive House Canada Conference 2022 Video Bundle


$395.00

Rent for 9 months the full suite of videos from the 2022 Passive House Canada Conference held in Victoria, BC in May of 2022. It includes 3 days of sessions from multiple presentation rooms.

See below for the full list of the 32 videos included in this bundle!

Highlights:

From Impact to Action, Helping Municipalities Lead on Climate

A lot of the best sustainability work in Canada is being done by municipalities, but many lack funds to create a comprehensive climate change plan. Learn about what municipalities can do, what is needed from the different levels of government, and what you can do when provincial or federal sustainability policies are not going far enough.


First Nation Energy Challenges

The challenges to create affordable energy efficient homes for First People and the challenge with fixed budgets, governance and policies that are not supported within the general population. What is the solution and how can it be supported for positive change?


Facade Detailing Strategies for Efficient Performing Envelopes

With our weather fluctuating towards the extremes, and factoring the climbing indoor operating costs, codes, and shifting politics, smart construction strategies endorsing true façades’ performance are urgently required.



What's Included:

Day 1 Session Videos

  • Plenary Session: Conference Kick-off & Opening Feature
    Presented by: Chris Ballard - CEO, Passive House Canada, Evelyne Bouchard - Tandem Architecture Écologique, Scott Kennedy - Cornerstone Architecture, Sarah Borde - YWCA Hamilton, Lisa Helps - Mayor of Victoria

    Description

    Buildings play a major role in climate change. They contribute a significant amount to our national carbon pollution totals, especially in large cities, and they are the primary place residents turn to stay safe during extreme weather events. Passive House Buildings can help radically cut carbon pollution and protect those living in Canada from the ravages of climate change. Unfortunately, governments have failed to deliver high-performance new builds or deep-energy retrofits, but there are encouraging signs of change.

  • First Nation Energy Challenges
    Presented by: Jeremiah Point - Point Engineering

    Description

    The challenges to create affordable energy efficient homes for First People and the challenge with fixed budgets, governance and policies that are not supported within the general population. What is the solution and how can it be supported for positive change, i.e.: create building standards for each regional area, have First People manage their own inspections, enforce their own policies related to construction.

    Learning Objectives
    1) How to engage with First Nations and promote change.
    2) How to develop energy efficient homes and develop homes that are affordable
    3) The creation of building standards that meet the needs of the communities

  • Aligning Strategy and High Performance Buildings
    Presented by: Kevan Tacq - Ryder Architecture

    Description

    Vital to the success of any residential development is the alignment of a project's team values, interests, and goals. Ryder Architecture (Canada), with not-for-profit housing provider Brightside Community Homes Foundation, discusses the importance of alignment in achieving project-specific goals, including building operations, occupant comfort, constructability, and policy, without compromising the ability to provide affordable housing suitable to fostering and supporting the community of Brightside and other not-for-profit organizations.

    Learning Objectives
    - Managing the design process from schematic design through to contract documents
    - Identifying the importance of measuring, recording and verifying data
    - Evaluating project goals through project evolution

  • Getting the Most out of Your Deep Retrofit
    Presented by: Tania Krysa - MTE Consultants, Sophie Tremblay - LGA Architectural Partners

    Description

    Improving the energy performance of our existing building stock will play a key role in addressing climate change, but how can this be realized to its full potential if buildings are occupied? In this presentation, we will be exploring several energy performance upgrades utilized in occupied high-rise and mid-rise social housing retrofits in Toronto, identifying the challenges during design and construction, and reflecting on lessons learned: how can we do better?

    Learning Objectives
    '- intro to deep retrofits of existing buildings, focus on high-rise residential, social housing
    - overview of energy-saving strategies used on the building envelope and mechanical, capital costs and measured energy savings
    - how can you make procurement processes that help you realize the full value of the retrofit

  • Ken Soble Transformation - The Final Steps: Commissioning, Certification and Initial Occupancy
    Presented by: Joshua Vanwyck - JMV Consulting, Graeme Stewart - ERA Architects Inc., Mikael Sydor - ERA Architects Inc., Lori O'Malley - PCL Construction

    Description

    After a long journey, the Ken Soble Tower is the largest Multi-Unit Residential EnerPHit in the world. This panel discussion will share some of the key learnings as we took the final steps to test, commission, certify and have occupants move in.

    From tips of what we wished we’d known during design, to airtightness testing an 18 storey tower, to the occupant handbook, we’ll talk about the practical aspects of ensuring the project met certification. Bring your questions! We hope this can be a discussion.

    Learning Objectives
    1) Key learnings in going through a very large part 3 building certification process
    2) What is involved in doing a blower door test for an 18 story building?
    3) Learnings on how to manage workflow to document such a large project in an affordable manner
    4) Things to include in a user handbook
    5) Challenges and key learnings around mechanical commissioning
    6) Initial feedback from occupants and how to ask for it

  • How Long Can Passive House Buildings Stand Thermally Resilient During a Power Outage?
    Presented by: Aylin Ozkan - RWDI, Joel Good - RWDI

    Description

    The frequency and severity of climate disasters are escalating. Often these weather events occur during periods of extreme heat and cold and can knock out power for extended periods of times. As a result, most buildings quickly get too cold or too hot, unable to deliver occupant shelter needs under these conditions. To increase our preparedness for climate disasters widely, it is advised that multi-unit residential and larger scale community buildings should be a focus of thermally resilient design in order to provide safe, comfortable gathering spaces for people in need during a prolonged power outage. The goal of this presentation is to exemplify the performance of Passive House buildings (MURBs and community hubs) during a prolonged power outage. We will also discuss their annual performance with/out the active systems (HVAC, lighting and equipment), input and emphasize the design measures to improve the performance.

    Learning Objectives
    1. What is thermal resilience? Why it is important?
    2. How we evaluate the performance during a power outage?
    3. What are the design measures to improve the building performance during extreme weather events?
    4. Are Passive House buildings thermally resilient? How do they achieve it?

  • Façade Detailing Strategies for Efficient Performing Envelopes
    Presented by: Ehab Naim Ibrahim - Gamma North America

    Description

    The increased controversies between transparent versus opaque dominations in buildings’ façades, manifest in their overall performance outcome, influencing interior and exterior climates. With our weather fluctuating towards the extremes, and factoring the climbing indoor operating costs, codes, and shifting politics, smart construction strategies endorsing true façades’ performance are urgently required. This presentation will discuss key tools and indicators leading to failures or success, in light of current façade schematic designs throughout to detailing and construction. We aim to analyze objectives and challenges, but also the influences of jurisdictional regulations and guidelines. And therewith focus on practical solutions, achieving our prescribed targeted performance.

    Learning Objectives
    1. Distinguish envelope performance criterion, related perceptions, and comprehend Codes and standards
    2. Analyze the building envelope as environmental connector/separator
    3. Capture façade details, components, and transitions to resolve
    4. Learn how a balance between aesthetics & performance expectations is achievable
    5. Practicing building physics’ integrated façade design approach

  • Lunch & Keynote with Dr. Melissa Lem - The not so hidden health risks of fossil fuels and how where we live and work are essential for our well-being
    Presented by: Dr. Melissa Lem - Canadian Association of Physicians for the Environment

    Description

    Buildings generate close to 30% of carbon pollution worldwide, accelerating global heating and resulting in numerous harms to communities, families and the environment. Dr. Lem will explore the not-so-hidden health risks of powering our homes with fossil fuels, how and why the spaces where we live and work are essential for improving our well-being, and the importance of cross-sectoral partnerships for advancing climate action.

  • Demand Control Ventilation and Passive House: Research and Experience
    Presented by: Mike Woolsey - Swegon, Andrew Peel - Peel Passive House Consulting

    Description

    Demand Control Ventilation (DCV) is a decades-old technology that is well-researched and now has a track record on Passive House projects. This panel discussion will review relevant DCV research and explore the experience of Passive House consultants who have applied DCV to achieve project energy savings and occupant comfort.

    Learning Objectives
    1) Increase building comfort
    2) Economics: Energy Savings based on payback
    3) Collaboration between an energy modeler, designer & equipment manufacturer with example projects

  • Embodied Carbon
    Presented by: Cillian Collins - Perkins&Will, Manuela Londono - Perkins&Will

    Description

    We view carbon holistically on projects, through a whole life cycle carbon analysis which evaluates both operational carbon and embodied carbon. As buildings are transitioning towards net zero operational carbon, embodied carbon remains as part of a project's negative environmental impact and requires critical analysis. We have established a stepped process through each phase of design which builds on our holistic carbon thinking and maximizes the embodied carbon reduction potential. As we design and select materials, we analyze materials, such as envelope enhancements, against both long term operational carbon as well as immediate embodied carbon reductions associated with their manufacturing.

    With a multi-year stepped embodied carbon reduction target which is currently a minimum 20% on all architectural and interiors projects, approach to material selection is an integral part of the design process that design teams must embrace.

    Learning Objectives
    1) Approach to holistic carbon thinking
    2) Evaluating embodied carbon together with operational carbon savings
    3) Where to start, and stepped approach to reducing embodied carbon on projects

  • The Surprisingly Difficult Journey of Component Certification (And Why It’s Still Worth It)
    Presented by: Peter Dushenski - GlasCurtain

    Description

    Why is it so hard to find North American manufacturers with PHI certified components? Why don’t more manufacturers certify their products to PHI criteria? Is it worth the effort to certify at all? Passive House is the most important standard of the 21st century, but it won’t happen without manufacturer buy-in. In this engaging and fast-paced presentation, we’ll explore the challenges and opportunities facing manufacturers interested in component certification, and how these hurdles impact all of us, including architects, contractors, and clients.

    Learning Objective
    1. Identifying the incentives and challenges for manufacturers to certify products for Passive House Institute (PHI) criteria
    2. Appreciating the benefits and limitations of PHI certified components when specifying for PHI certified projects
    3. Discerning types of PHI certification as it pertains to products (components) and projects
    4. Overview of the past, present, and future of the Passive House standard

  • Design Tools to Optimize High-Rise Passive House Buildings
    Presented by: Cody Belton - Morrison Hershfield, Ivan Lee - Morrison Hershfield

    Description

    The role of 3D thermal analysis in evaluating the impact of thermal bridging, condensation risks, and thermal comfort for large Part 3 Passive House buildings is discussed. Due to stricter structural requirements for larger buildings metal components in the building enclosure and fenestration used, where 2D models may underestimate its performance.

    Examples of how 3D thermal modelling may be used is presented through a case study of a recently certified Passive House high-rise building in Vancouver, BC. Opportunities to optimize building enclosure design and PER/heating demand through mitigation of thermal bridging while considering costs and construction schedule are discussed.

    Learning Objectives
    1) Knowing the limitations of 2D thermal analysis and when 3D thermal analysis is necessary to calculate accurate thermal transmittance and surface temperatures for PHI Hygiene Criterion
    2) How to reduce building enclosure condensation risk to meet occupant expectations. Use of 3D analysis to determine effective thermal resistance, evaluate condensation risk, and produce more accurate psi and chi values of critical thermal bridge locations
    3) Window installation design – finding a balance for constructability and performance

  • Comparison of North American Fenestration Standards and Passive House Requirements
    Presented by: Brandon Gemme - RJC Engineers

    Description

    This session aims to review and contrast the typical window performance grades of NAFS and requirements of CSA A440.2-19 with EnerPHit and Passive House Component certification standards. The methodologies and theoretical assumptions used in both standards to quantify moisture, structural, durability, and airtightness window performance are explained, and from this a comparison is made to allow specifiers using North American standards to identify what performance grade would be required to meet the requirements of Passive House, potentially allowing ease of future Passive House specifying and product development. Potential requirements for additional testing and documentation, beyond what is required by NAFS, are listed for window manufacturers interested in producing windows which are Certified Passive House Components.

    Learning Objectives
    1) Provide overview of the EnerPHit, Certified Passive House Component, NAFS, and CSA A440.2:19 standards
    2) Compare the requirements of each of the standards as they relate to the design, fabrication, and construction of windows
    3) Identify practical takeaways for specifiers, window manufacturers, builders, etc. looking to work on Passive House/high-performance projects, as well as identify future areas of research

  • Better Indoor Air Quality Using Data Standards for the Built Environment
    Presented by: Stanton Wong - RESET Build

    Description

    An exploration on how to leverage continuous monitoring, data, and standards to manage indoor air quality for the built environment.

    Learning Objectives
    1) Learn about a third party building standard focused around data
    2) How to use data to better understand indoor air quality
    3) Why continuous monitoring of indoor air quality is very relevant to Passive House design

Day 2 Session Videos

  • HRV Selection for Townhomes - All in One
    Presented by: Ruffy Ruan - Impact Engineering, Patrick Fyfe - Impact Engineering

    Description

    Heat Recovery Ventilation (HRV) traditionally comprise "passive" heat exchange cores. A new HRV system has come to market that utilizes heat pump technology, to transfer energy from exhaust air stream to pre-heat / cool incoming air.

    There has been discussion as to whether this combined heat pump HRV system is more efficient and advantageous than the separate HRV and Heat Pump approach, as this ""all-in-one"" approach requires no outdoor condensers.

    The intent of this presentation is to describe the journey our team undertook to evaluate the different technologies for East 21st Passive House project - a 16 unit, 3-storey townhome development.

    Learning Objectives
    1) Examine different heat recovery technology parameters – CoP, Physical dimension, Heating and Cooling output, Operating condition and Electrical requirements
    2) Discuss the approach to best model combined heat pump heat recovery unit in PHPP calculations for East 21st
    3) Open discussion on the preferred solution – HRV in conjunction with heat pump or All-in-one Heat Pump HRV Unit

  • Strengthening Canada’s Supply Chains for Building Electrification: Starting with Heat Pumps
    Presented by: Jordan Fisher - FRESCo, George Patrick Richard Benson - Vancouver Economic Commission, Alex Hill - Dunsky Energy + Climate Advisors

    Description

    Heat pumps are widely viewed as a key technology for decarbonizing heating, with efficiencies of more than 300%. But there are market barriers limiting the uptake of heat pump technologies including the lack of suitable technology availability due to low motivation of manufacturers and vendors to bring leading-edge proven technologies to the North American market. As part of the BC Heat Pump Technology Attraction Strategy Dunsky, FRESCo, and the Vancouver Economic Commission have worked with a variety of local stakeholders and international manufacturers to develop stronger supply chains for heat pumps to support BC’s building electrification pathway for both new and existing buildings. The Strategy lays out actions and processes for BC actors to attract and integrate heat pump products that are not currently sold in Canada or BC. The roundtable discussion will outline perspectives as well as key findings of the study to inform future policies.

    Learning Objectives
    1) Current state of heat pump supply chain in BC and Canada
    2) Emerging ideas and actions to increase access, reliability, and affordability of heat pump supply
    3) Opportunities to use this thinking in other contexts for other technologies and materials (we plan to invite a member of Efficiency Canada to discuss our ideas as well)

  • A Comparison of Typical Deep Energy Retrofits and an EnerPHit Solution
    Presented by: Kiersten Shulhan - RJC Engineers, Maddy Kennedy-Parrott - RJC Engineers

    Description

    The vast quantity of Canada’s existing building stock is a major contributor to greenhouse gas emissions. While many of these existing buildings are considering typical deep energy retrofits through mechanical system upgrades, building envelope focused retrofits provide alternative and competitive solutions. This session will compare the expected energy savings from typical mechanical upgrades with a building enveloped based EnerPHit solution. The challenges encountered as well as the expected energy savings and associated cost from both retrofit strategies will be presented.

    Learning Objectives
    1) Gain an understanding of the feasibility and challenges of retrofitting an existing multi-unit residential building to meet the requirements of the EnerPHit standard
    2) Assess the cost-benefits of a typical deep energy retrofit and an EnerPHit retofit
    3) Provide an overview and comparison of mechanical upgrades to building envelope upgrades

  • Learning to Work with Thermal Bridges in an Aquatic Centre
    Presented by: Susan Lewin - CS&P Architects, German Vaisman - Green Tectonics Inc.

    Description

    High-performance, ultra-low energy buildings are key to meeting our greenhouse gas emission targets and building climate change resiliency. To achieve the CaGBC Zero Carbon Building Standard, and the Toronto Green Standard Tier 4, this facility is relying on a high performance and air tight enclosure to develop this 40,000 sq. ft. envelope-driven building. This seminar will explore the creative and integrated approach needed to achieve Net Zero Carbon Design, using the City of Toronto’s Davisville Aquatic Centre facility as a case study. Critical elements of the thermal envelope will be explored, including strategies to minimize thermal bridging and air leakage. The design process of the enclosure will be explored through this case study, and will help equip Canadian practices with the tools to incorporate a high performance envelope.

    Learning Objectives:
    1) Understand sustainable, low carbon, and resiliency goals and objectives, as well as timelines related to emissions reduction targets.
    2) Identify specific characteristics of Net Zero Emissions design and its implications for building energy performance.
    3) Identify critical elements of the thermal envelope responsible for building.
    energy consumption, and strategies for minimizing thermal bridging and air leakage.
    4) Selection of an appropriate renewable energy strategy based on site characteristics and resources.

  • Riverside Drive - A Stepwise EnerPHit Tower Retrofit - Phase 3
    Presented by: Andrew Peel - Peel Passive House Consulting, Jennifer Hogan - Pretium Engineering Inc., Hans Kogel - Windsor Essex Community Housing Corporation

    Description

    A 20 story, 300 unit, affordable housing tower built-in 1974, the Raymond Desmond Manor, was often uncomfortable in the winter and summer, while energy consumed half the operating budget. Fully occupied and in need of upgrades to all significant building components, the building owner, Windsor Essex Community Housing Corporation, set out to do a step-by-step EnerPHit renovation, while leaving the tenants in place. The team has completed phase two of four planned phases and is nearing completion of Phase 3.
    This session will focus on the challenges and solutions that have emerged during Phase 3 of the project, the exterior envelope upgrades. From design concepts, to sequencing of measures, to airtightness testing with live-in tenants, the presentation will reveal the practical lessons learned and transferrable knowledge gained from this beacon project.

    Learning Objectives:
    1) Learn how to properly sequence EnerPHit retrofit measures to avoid future issues.
    2) Learn how to plan for optimized whole building performance after each step and at final completion.
    3) Understand how to design for the key intersection points of measures completed at different times.
    4) Understand how retrofitting with live-in tenants can be successfully navigated.

  • Challenges Leading to a Low-Carbon, High Efficient and Constructable Future – a Manufacturer’s Point of View
    Presented by: Jean-François Côté - SOPREMA, Les Yard - SOPREMA

    Description

    Design and construction of high-performance buildings poses challenges for producing envelopes that are thermally efficient, cost effective, safe and constructable. Fortunately, stakeholders are challenging the status quo and increasingly working together to reach more ambitious targets. Manufacturers can contribute to the process by developing solutions that enhance the thermal performance of envelopes. Effective use of thermally efficient cladding attachment strategies and selective replacement of lower R-value insulation materials with more thermally performing alternatives are examples of SOPREMA solutions that are supported by environment product declarations demonstrating the low levels of embodied carbon.

    Learning Objectives:
    1) Understand the impact of the cladding attachment system on the thermal performance of an exterior wall assembly.
    2) Recognize the constructability of wall assemblies using rigid board exterior insulation.
    3) Learn how to determine the level of embodied carbon for various insulation materials using publicly available declarations.

  • Lunch & Keynote: From Impact to Action, Helping Municipalities Lead on Climate
    Presented by: Rob Bernhardt - Building Performance & Policy Expert, Jessica McIlroy - Climate Caucus, Luiz Bezerra - Passive House Canada (Moderator)

    Description

    With a rising number of extreme heating events, wildfires, and floods, municipalities are on the front lines of managing multiple climate impacts, while also being leaders in climate action. A lot of the best sustainability work in Canada is being done by municipalities, but many lack funds to create a comprehensive climate change plan. Meanwhile, policies from the federal government and most provinces for new and existing buildings will limit Canada's ability to meet its international climate targets. Learn about what municipalities can do, what is needed from the different levels of government, and what you can do when provincial or federal sustainability policies are not going far enough.

  • The Curv, Designing the World’s Tallest Passive House
    Presented by: Rick Gregory - Brivia Group, Lorne Ricketts - RDH, Tom Wright - WKK Architects, Padraig McMorrow - IBI Group

    Description

    “The Curv” is set to be a global breakthrough in the design and construction of tall Passive House buildings. We want to share our journey, working on the world’s tallest PH building, located at 1075 Nelson street, Vancouver, BC.

    The project has committed through to achieving Passive House Certification to comply with the City of Vancouver’s Zero Emissions Building Plan. We are bringing together the diverse project team to discuss the challenges and successes in achieving this goal.

    The building is residential, with indoor, outdoor and rooftop amenity space, reaching to 60 stories the tower includes 25% social housing.

    This session will dive deep into early-stage design and approvals process, discussing our Rezoning approval and current PHI review coordination for Design Stage Certification.

    We will present our modular wall construction system, share floor plan layouts, and mechanical strategies for ventilation, heating and cooling.

    Learning Objectives
    1) Learning our teams approach to achieving tall Passive House architectural design and technical performance
    2) Understanding Modular Unitized Facade design for efficient delivery at scale
    3) Exploration of Client and municipal viewpoints on large Passive House development

  • The Benefits of Building Electrification with Packaged Terminal Heat Pump Technology
    Presented by: Thomas Moore - Senior Building Systems Consultant

    Description

    Packaged Terminal Air Conditioners (PTACs) have a reputation for being inefficient, leaky, noisy, and unsightly; however, the next generation technology called Packaged Terminal Heat Pumps (PTHPs) have a much more promising future! We need to use all the tools at our disposal to combat climate change and PTHPs are becoming a new and powerful tool that the Passive House community can use. In contrast to older PTACs, new PTHPs provide a host of benefits to building designers, owners, operators, occupants and the environment at large including: electrification of heating and cooling, improved air tightness, better thermal performance, reduced refrigerant leakage, lower first costs, and lower operation costs. These new PTHPs are getting so good they are being implemented in large scale multifamily Passive House projects in New York City. This session will overview PTHP technology and how this technology aligns with Passive House and electrification.

    Learning Objectives
    1) The audience will learn that PTHPs are another air sourced heat pump option that can be considered for building electrification
    2) The audience will learn what PTHP air sourced heat pump technology is. This is a fast-improving technology that is only now being implemented in Passive Houses
    3) The audience will benefit from a thorough pro/con analysis of PTHPs compared to more conventionally implemented VRF systems. Further, we will walk through the pros and cons of PTHPs from the owner, occupant, and operator’s perspective
    4) The audience will learn that refrigerant line leakage is an overlooked contributor to global warming, and should be considered when selecting your mechanical systems
    5) The audience will learn how to detail a PTHP in a wall assembly
    6) The audience will learn about PTHP implementation in both new construction and retrofits

  • Code Compliance Approaches: Intensity-Based Versus Reference Building - The Future of Code Compliance
    Presented by: Sara Gilani - CanmetENERGY-Ottawa, Natural Resources Canada, Mark Bernhardt - Bernhardt Contracting, Sepehr Foroushani - Bernhardt Contracting

    Description

    The National Building Code (NBC) of Canada requires the reference building approach for the performance path of the code. Another approach adopted by building energy codes around the world is based on energy use intensity (EUI) targets. There are many stakeholders in Canada supporting the adoption of the EUI-based approach in the NBC. There is a lack of consensus about which of the EUI-based and reference building approaches be adopted for the performance path of the NBC. This session will present evidence examining design outcomes of the two approaches using a statistically representative sample size of the Canadian housing stock.

    Learning Objectives
    1) Get familiar with the two approaches of Intensity-Based versus Reference Building for the performance path of a code compliance process
    2) Provide better understanding of the energy performance of the EUI-based and reference building approaches
    3) Provide potential design outcomes of the EUI-based and reference building approaches

  • Design MURBs for A Hot and Dry Climate by Integrating Environmental Analysis
    Presented by: Haobo Liu - DIALOG, Saurabh Shrestha - DIALOG

    Description

    Hermosillo is known as “the city of the sun” because it is in one of the zones that receive the greatest solar energy in the world. Our team has been working on residential development in this location, much of which is constructing midrise multi-unit residential buildings (MURBs). The design team identified several challenges with the design of MURBs in a hot and dry climate, including less flexible orientation, less daylight opportunity, and less cross-ventilation possibility. Through environmental analysis, the design team explored various strategies to overcome these challenges to achieve daylight, energy and comfort targets and applied them to the project. This project presents that by incorporating knowledge about the environmental performance in the design process, the designers could benefit from the wind, sun, and heat in this hot and dry climate and better amalgamate architectural design with performance objectives.

    Learning Objectives
    1) Identify the environmental challenges while designing multi-unit residential buildings in a hot and dry climate
    2) Apply the workflow used on this project to determine environmental strategies and how they apply to the project for future projects that are located in a similar climate
    3) As global warming comes/coming, the traditional mild climate zone will have to tackle challenges that exist in the hot climate
    4) Describe a design process where the Building Performance Analysis team worked closely with the architecture and urban planning team to come to a practical design solution

  • Government Incentives and Financial Programs
    Presented by: Frederic Bettez - Managing Director - Investments

    Description

    The Commercial Building Retrofit Initiative (CBRI) is an outcome focused on GHG emission reductions and agnostic to how the reductions are achieved as long as they are measurable and verifiable by industry accepted M&V standards in IPMVP. The objectives of the CBRI are to reduce greenhouse gas emissions, transform the market and support economic and social co-benefits.

    Learning Objectives
    1) Introduce the program
    2) Eligibility Criteria
    3) Investment terms

  • Blind Spots within Blind Spots – How Passive House Helps Mitigate embodied Carbon within Refrigerants and Mechanical, Electrical, and Plumbing Systems
    Presented by: Jeremy Field - Integral Group

    Description

    Embodied Carbon has been recognized as a blind spot of the building industry, and effort has gone into mitigating the carbon emissions tied to steel, concrete, wood and other structural and enclosure materials.

    However, other major systems hiding within the walls of our buildings are not generally considered, but are made of some of the most carbon-intensive (per kg) materials - the systems that keep our buildings ventilated, sanitary, and powered.

    As Canada works towards a zero carbon building sector, Passive House buildings are uniquely situated to support achieving some of the most drastic reductions in these blind spots within a blind spot.

    Learning Objectives
    1) What typical embodied carbon models do and do not address
    2) How embodied MEP + Refrigerant emissions stack up against embodied
    Structure+Enclosure emissions and Operational emissions
    3) How designing to Passive House can help to mitigate embodied carbon of MEP + Refrigerants

  • Intro to PHPP 10: New Features and Developments
    Presented by: Jürgen Schnieders - Passivhaus Institut

    Description

    The Passive House Planning Package (PHPP) has demonstrated its ability to reliably predict the energy performance of buildings for many years. The tenth version of the PHPP is now also available in an English language version. Jürgen Schnieders from the Passive House Institute coordinated the development of PHPP 10 and will explain all the new developments and features.

    PHPP 10 contains helpful new add ons and innovative new features for the energy balancing of highly efficient buildings. The calculation of heat pumps has been improved, and split devices are now included as well. Another new feature is a stress test for summer comfort, which is helpful for planning buildings in an already noticeably shifting climate. Furthermore, PHPP 10 features a new sheet for the comparison of calculated results with measured data. The new version also simplifies the input of more complex windows, improves the algorithm for heat losses through the ground, and provides lots of further improvements.

Day 3 Session Videos