A Last Minute Change to the Reconciliation Bill could end Energy Credits

This webinar covers the Smart Thermostat’s value and features it brings to the homeowner, such as its intuitive display and programmable scheduling. In addition, the Smart Thermostat’s technical capability is shown by stepping through the installation process and connecting it to the Home App. Connection to the Service Tech App and the Connected Portal is also discussed.Learning Objectives:Understand what Smart Thermostats offer for the DealerUnderstand the benefits that Smart Thermostats offer for the HomeownerLearn about Installation & commissioningDiscover details about the Service Tech App and Home App

An introduction to the Daikin Altherma air-to-water heat pump, a 3-in-1 system providing 1) space heating, 2) space cooling, and 3) domestic hot water as a solution to electrify and decarbonize traditional hydronic applications.Learning Objectives:1) Why Daikin is bringing Altherma to the market;2) What the system is and how it works, including some case histories;3) Understand potential applications and discuss how this can be applied in new construction;4) Familiarization with the (initial) Altherma lineup for North America.

Last minute changes to the Reconciliation Bill stand to wipe out Investment Tax Credits for new home buyers and threaten over 300,000 jobs across the country. Learn how homebuyers and the building sector will be impacted and what you can do to help protect American energy.What you’ll learn:Which states will face the greatest job lossesHow this will impact our utility billsIncreases to the total cost of home ownershipEnvironmental impactsWhat actions you can take to stop Congress from passing the bill 

As the demand for healthy, high-performance homes continues to rise, indoor air quality is becoming a central focus for builders and homeowners alike. But what’s really in the air we breathe and how can filtration strategies create healthier, more efficient homes?In this session, we’ll explore the hidden challenges of airborne contaminants in residential environments, from particulates and gases to microorganisms and the growing body of evidence around their health implications. Attendees will gain a deeper understanding of how ultrafine particles impact wellness and how filtration choices affect energy efficiency, HVAC performance and long-term system durability.We’ll examine practical strategies for improving indoor air through filtration with whole-home in-line systems and how builders can differentiate their homes by offering cleaner, healthier living environments.This session will include an overview of HealthWay’s residential in-line, HVAC-integrated air purification systems — the Home Defender HD and Super V. These whole-home solutions are designed to purify air at the source, delivering cleaner air throughout the entire home by capturing ultrafine particles, VOCs and microorganisms. HealthWay®, a global leader in air purification technology, will demonstrate how advanced filtration can improve indoor air quality, support HVAC system performance, and enhance the overall value and marketability of high-performance homes.Whether you’re a builder, architect or HVAC professional, this session will provide actionable insights and science-backed strategies to help you build homes that stand out with better air.Learning Objectives:Identify common residential airborne contaminants and their impact on health and comfort.Understand filtration efficiency (including MERV ratings) and its effect on energy use and HVAC system performance.Evaluate the maintenance, design and operational implications of filtration systems.Compare design considerations and product options for in-line HVAC air purification systems that deliver whole-home coverage.

Water scarcity is a headline that we see daily, however water conservation continues to be left out of the discussion for home builders describing themselves as Net Zero.  As we wait for mandates of water conservation in the housing sector to be implemented throughout North America, there are a few states that are going a step further and offering incentives to builders when they implement water-saving technologies. Decentralized greywater recycling offers a 25-45% reduction in potable water use and in turn a reduction in wastewater production. By building homes and multi-residential buildings with greywater recycling, potable water use can be reduced by 10,000 gallons per home every year.Two states are leading the way in North America in offering incentives to builders and developers when they implement greywater recycling. Florida and Hawaii have implemented rebates and/or density credits to builders and developers statewide to be proactive during this time of water crisis.Learning Objectives:Learn how decentralized greywater recycling is one of the most efficient ways to reduce potable water use.Understand that the sustainable home should always include water conservation technologies.Discover how states with incentives and rebates for the implementation of greywater recycling are leading the way when it comes to saving water.Learn how water conservation approached proactively as a reactive response will lead to the disruption of the issue of building permits.

In the push for sustainable construction, optimizing water and energy usage within buildings is becoming increasingly crucial. This webinar will delve into the innovative solutions offered by RainStick's recirculating shower systems, exploring their integration into both single-family and multifamily residential projects. With a focus on drastically reducing water and energy consumption inside the home without sacrificing performance, our experts will share their experiences with installation, real-world performance, and the benefits these systems bring to modern sustainable architecture. Attendees will gain valuable insights into how RainStick technology not only meets but exceeds industry standards for water and energy efficiency. Through case studies and firsthand accounts, this session will offer a comprehensive overview of the impact of these systems on building sustainability and market appeal. Learning Objectives: Understanding Recirculating Shower Technology: Explore the design and functionality of recirculating shower systems, emphasizing its role in reducing water and energy consumption in residential buildings.Understand Installation and Performance: Learn from case studies about the installation process and field performance of RainStick systems in various building environments, highlighting their adaptability and efficiency.Compare Conventional Systems: Analyze how RainStick's technology compares to traditional shower systems in terms of sustainability, cost-effectiveness, and ease of installation, providing a clear understanding of its market potential.Analyze Real-World Applications: Examine case studies and customer testimonials that demonstrate the effectiveness of RainStick in various building environments, and learn how to pitch this innovative solution to clients focused on sustainability. This webinar is ideal for builders, architects, designers, and sustainability consultants who are  looking to enhance their projects with cutting-edge water and energy-saving technologies.

A home today must not only be high performing, resilient and built using sustainable methods, the home must provide the individuals living within it a healthy environment. There are many factors that contribute to the overall healthy environment we provide our homeowners, but one of the most critical is the quality of the air they breathe. This webinar will briefly cover some ventilation basics before delving into the pros and cons of the various system types. Particular focus will be placed on the efficiency and indoor air quality advantages of balanced ventilation systems with recovery (HRVs/ERVs) and how indoor air quality automation will shape the future. Learning Objectives:1. Understand why tighter homes without good ventilation can be problematic for indoor air quality 2. Understand the basics of quality ventilation including product certification and airflow optimization and verification 3. Understand the options for whole home ventilation along with the pros and cons of each 4. Understand in particular the health and efficiency be

Retrofit electrification of existing buildings is critical for reaching energy and climate goals, yet there are many substantial challenges with replacement of heating, cooling, ventilation, and water heating systems. In particular, the extensive rework required to switch to heat pumps is complex, laborious, disruptive, bespoke, and expensive. In this webinar, researchers and practitioners will share about innovations and experience with emerging system design strategies that advance efficient electrification of single family and multifamily buildings. In part through grants funded by the US Department of Energy (DOE) and the California Energy Commission (CEC), the presenters have explored, installed, and monitored a variety of all-in-one, combi-, integrated-, and modular mechanical systems that combine most or all of the heating, cooling, ventilation, and water heating functions into pods or packages to simplify design, streamline installation, and enhance performance. This session will overview various technologies investigated, consider their tradeoffs, present an evaluation of their field performance and installation experience, and examine their applicability in different residential applications. Learning Objectives: Introduce and discuss combined mechanical equipment both in development for and available in the US residential building market today. Understand installation experience, system performance, and serviceability from case studies of equipment installations in occupied apartments. Compare and contrast with conventional mechanical equipment retrofits, and evaluate market applicability for these products. Share lessons learned from field demonstration research on product design for manufacturers, system design for building owners and design teams, and installation procedures for contractors.

Three RESNET standards combined: 1 - operations (HERS Index), 2 - the grid (CO2 Index) and 3 - embodied carbon (currently being written) provide capacity to analyze Carbon Usage Intensity. We'll explore time-of-use, load reduction and carbon sequestration in buildings at both the single-family and multi-family scale (500 units) to show cumulative impact. And discuss policy benefits of energy labeling and decarbonization for advancing energy equity, so that vulnerable populations can make informed housing opportunity decisions. While the content is technical in nature, the presenters will draw a direct relationship to equity in the context of who has access to low carbon housing and how carbon reductions strategies in both operational and embodied phases can be scaled to the housing industry at large through the standards and programs being developed through RESNET. While the early adoption of low carbon strategies have been pioneered in large part by well-funded custom single family construction, the approaches being discussed in this presentation are designed to bring much broader access to the industry at large and in so doing, increase resiliency. Further, we will explore equity from a climate justice lens to understand which communities are most directly impacted by the climate crisis that the residential housing sector is currently contributing to and provide the context and motivation for why building resilience through these initiatives is so critical. Learning Objectives: 1) Understand how the RESENT Carbon "Trifecta" allows calculation and analysis of blended metrics like Carbon Use Intensity. 2) Understand how such a blended metric facilitates a Whole Lifecycle Analysis at the residential scale and how close we are to being able to do this. 3) Understand the role that HERS Raters play in resiliency, especially in EJ neighborhoods, though the evolution of dynamic grid electrification, load management/reduction and carbon sequestration in buildings. 4) Understand the cumulative impact of simple materials substitutions at the scale of a residential development of 500 units.

In the 2006 International Energy Conservation Code (IECC), the primary residential provisions of the code (Chapter 4) consisted of four pages. That same chapter in the 2021 IECC is 21 pages long! Mandatory, prescriptive, performance, energy rating index, additional efficiency packages and UA trade-offs all combine to make IECC compliance complicated. Prescriptive compliance is increasingly more expensive and complicated to use, and the performance compliance option doesn’t allow consideration for high efficiency equipment. The energy rating index path provides a whole-house performance approach but has aggressive targets that are complicated with amendments for ventilation requirements and no requirements for quality assurance oversight of third parties. If the energy code’s primary purpose is to reduce energy consumption, why can’t we set performance goals and let builders figure out how to achieve it? One recent example of this approach is in Texas. Texas House Bill 3215 updated the state’s universal energy code compliance pathway to allow builders to use the energy rating index for energy code compliance across the state, in lieu of the state energy code or any stretch code adopted by municipalities. The legislation ratchets down target ERI scores to improve efficiency through 2028, allowing builders to plan for future efficiency requirements. Attend this webinar to learn how a simpler approach to energy code compliance can work, how it can be used to set a path to net-zero energy and how to implement it in your state. Learning Objectives: Learn about the changes and complexities of the IECC over time. Understand how the energy code can be simplified. Be able to describe how a simplified performance-based approach has worked in other states. Learn how a performance-based energy code approach can be used to get builders to net-zero homes more quickly.