Do you have your finger on the pulse of the latest products and services on the market? Are there new techniques and approaches to investigate? What are others in the industry doing that you’re not? Find out February 14–16, 2018 at North America’s largest event dedicated to cold climate residential building. Register now, then download the program book and check out these tips before you go.
High-performance enclosures have significantly changed the demands on mechanical systems. We will begin with a review of the shortcomings of current systems. Then move into the critical components needed to deliver superior, consistent and persistent comfort; efficiency; durability; and indoor environmental quality. Finally, we will zero in on the design and delivery of systems-based, best-practice solutions for heating, cooling, dehumidification, filtration, ventilation, hot water and make-up air for high-performance zero energy ready homes.
AIA 1.25 LUs, ASHI 1 CE credit, BPI 1.25 CEUs, DSPS 1 CEU towards Dwelling Contractor Qualifier Certification, 1 CEU towards UDC-Construction Inspector Certification, 1 CEU towards UDC-HVAC Inspector Certification, GBCI 1 CE hour, IACET 0.1 CEU, NAHB, NARI 1.25 CEUs, NATE 1.25 CEHs, RESNET 1.25 PD credits
Windows are one of the most important features of a building envelope, allowing us to maintain a connection with the outdoors while we remain comfortable and safe indoors. The window industry has been challenged to deliver see-through products that provide energy efficiency, occupant comfort, safety, beauty and low maintenance. This session will explore the elements of window design for energy performance and look at advancements that have been made to meet ENERGY STAR® target levels for windows and doors.
AIA 1.25 LUs, ASHI 1 CE credit, BPI 1.25 CEUs, DSPS 1 CEU towards Dwelling Contractor Certification, 1 CEU towards UDC-Construction Inspector Certification, GBCI 1 CE hour, IACET 0.1 CEU, NAHB, NARI 1.25 CEUs, NATE 1.25 CEHs, RESNET 1.25 PD credits
In this session, we will discuss heat recovery ventilation and energy recovery ventilation duct design. We’ll look at field findings on how design and installation details apply to performance and call back and service issues. Humidity control and energy and indoor air quality details will be discussed. We’ll demonstrate industry accepted methods of testing air flow on different models of balanced systems. And, we’ll cover controls, operation and homeowner perspectives on ventilation.
AIA 1.25 LU/HSWs, ASHI 1 CE credit, BPI 1.25 CEUs, DSPS 1 CEU towards Dwelling Contractor Qualifier Certification, 1 CEU towards UDC-HVAC Inspector Certification, GBCI 1 CE hour, IACET 0.1 CEU, NAHB, NARI 1.25 CEUs, NATE 1.25 CEHs
Modulating boilers throttle back output to gain efficiency by operating at lower temperatures. Though the factory setup will work, the installer should change the data points to meet the heating curve for greater efficiency. Learn how to calculate the heating curve and determine the turn down ratio for sizing by considering the output capacity of the emitters and the outdoor temperature range. We will discuss conditions that compromise system performance, including water quality.
AIA 1.25 LUs, ASHI 1 CE credit, BPI 1.25 CEUs, DSPS 1 CEU towards Dwelling Contractor Qualifier Certification, 1 CEU towards UDC-HVAC Inspector Certification, GBCI 1 CE hour, IACET 0.1 CEU, NAHB, NARI 1.25 CEUs, NATE 1.25 CEHs, RESNET 1.25 PD credits
This session will explore both ductless and ducted mini splits, with a focus on the latter. Performance and operation for cooling and heating will be discussed, with a focus on cold climate heat pump operation. Case studies on basic installations for older homes and on inverter-driven ducted mini-split systems will be shared, highlighting the impact they have on low load, high-performance homes.
AIA 1.25 LUs, ASHI 1 CE credit, BPI 1.25 CEUs, DSPS 1 CEU towards Dwelling Contractor Qualifier Certification, 1 CEU towards UDC-Construction Inspector Certification, 1 CEU towards UDC-HVAC Inspector Certification, GBCI 1 CE hour, IACET 0.1 CEU, NAHB, NARI 1.25 CEUs, NATE 1.25 CEHs, RESNET 1.25 PD credits
There are many tools available to size a heating system for an existing home: REScheck, Manual J, National Energy Audit Tool, and your basic heating design load spreadsheet. How do you know if the inputs are realistic, reasonable or just a guess? In this session, we will walk through several different methods and explain the pros and cons of each tool, as well as how errors and assumptions affect the size of the proposed heating system. A comparison of the results from each tool will be highlighted for an existing home to include practical parameters for inputs to ensure the contractor is proposing a reasonable size for the home.
AIA 1.25 LUs, ASHI 1 CE credit, BPI 1.25 CEUs, DSPS 1 CEU towards Dwelling Contractor Qualifier Certification, 1 CEU towards UDC-Construction Inspector Certification, 1 CEU towards UDC-HVAC Inspector Certification, GBCI 1 CE hour, IACET 0.1 CEU, NAHB, NARI 1.25 CEUs, NATE 1.25 CEHs
Join us to talk about high efficiency forced-air heating systems and to identify the different components and their functions. Participants will have the opportunity to view the system components and ask questions about them. Knowing the sequence of operation and self-diagnostic features of the system will aid in troubleshooting operating issues.
AIA 1.25 LU/HSWs, ASHI 1 CE credit, BPI 1.25 CEUs, DSPS 1 CEU towards Dwelling Contractor Qualifier Certification, 1 CEU towards UDC-Construction Inspector Certification, 1 CEU towards UDC-HVAC Inspector Certification, GBCI 1 CE hour, IACET 0.1 CEU, NAHB, NARI 1.25 CEUs, NATE 1.25 CEHs, RESNET 1.25 PD credits
In Wisconsin, the effects of climate change will likely impact the systems that heat and cool our homes. Taking into account future climate impacts as we design and construct buildings for the next 50 to 100 years will help occupants be better prepared. Passive Buildings play a key role in resilient design by maintaining livable conditions during emergencies, reducing operational costs, and serving as ‘thermal batteries’ that limit strain on the electrical grid. In this session, we'll share impact studies and discuss building resiliency, Passive Building design and peak load savings as a benefit to the electrical grid.
AIA 1.25 LU/HSWs, ASHI 1 CE credit, BPI 1.25 CEUs, DSPS 1 CEU towards Dwelling Contracotr Qualifier Certification, 1 CEU towards UDC-Construction Inspector Certification, GBCI 1 CE hour, IACET 0.1 CEU, NAHB, NARI 1.25 CEUs, NATE 1.25 CEHs
Thermal imaging cameras have become common for commercial and residential building inspection. Buildings often exhibit quality and performance problems during construction, remodel and over time that can impact energy performance. Infrared imaging provides remarkable, nondestructive information about construction details and building performance. Applying infrared cameras to the diagnostics of building applications brings opportunities and advantages. We will review some building inspection standards and the implications for thermal imaging.
AIA 1.25 LUs, ASHI 1 CE credit, BPI 1.25 CEUs, DSPS 1 CEU towards Dwelling Contractor Qualifier Certification, 1 CEU towards UDC-Construction Inspector Certification, GBCI 1 CE hour, IACET 0.1 CEU, NAHB, NARI 1.25 CEUs, NATE 1.25 CEHs, RESNET 1.25 PD credits
Zone pressure diagnostics are used in many energy efficiency programs, especially for testing of attached garages. During this session you'll gain insight about ZPD testing and take a close at how it’s done and why. We’ll cover the fundamentals of how ZPD testing is completed in residential homes and discuss how ZPD can be used as a tool to prioritize air sealing work and ensure the quality of completed work. We’ll outline the steps required to obtain ZPD test data and share tips on how to interpret zone pressure readings and test results.
AIA 1.25 LUs, ASHI 1 CE credit, BPI 1.25 CEUs, DSPS 1 CEU towards Dwelling Contractor Qualifier Certification, 1 CEU towards UDC-Construction Inspector Certification, GBCI 1 CE hour, IACET 0.1 CEU, NAHB, NARI 1.25 CEUs, NATE 1.25 CEHs, RESNET 1.25 PD credits
