Building Electrification, Passive House PER & California
This 2-hour introduction to Passive House reinforces knowledge of basic principles and methodology while taking a deeper look at how Passive House design considers the California electrical grid, renewables, and building electrification. It will explain the Passive House energy metric Primary Energy Renewable (PER) and PER Factors. It will show how PER and PER Factors interact with the California power supply and design choices and how they drive optimization. The class will illustrate the goals, strategies, and results with regional case studies.
Ventilation and HRV – Part 4: All-Electric Design and Construction Series
On the path to Zero Net Carbon Design, building electrification is the key to reducing operational carbon. In this course, we’ll share the nuts and bolts of incorporating all-electric systems into residential and small commercial projects, including tips for implementation as well as client communication. We’ll provide straight-forward information on current systems and technologies plus a look ahead at what’s emerging in the market.
All-Electric Accessory Dwelling Units (ADUs)
All-electric homes are becoming more and more common in California. Accessory Dwelling Units (ADUs) are also becoming a common way to house people in California. This program is a unique opportunity to tour a new 1-bedroom all-electric ADU built above an existing garage in Long Beach, and to see the systems required to build all-electric: heat pumps, heat pump water heaters, induction ranges, and heat pump clothes dryers. Plus, this ADU was built using Structural Insulated Panel System (SIPS) and went up in 7 days; the ADU tested at Passivhaus airtightness as a result of the owner’s focus on the building envelope. Also incorporated into this ADU build is a Heat Recovery Ventilator and a 12-panel PV system. Nick Brown, President of Build Smart Group, is the owner and will speak about the need to electrify homes to meet California’s climate goals.
Building the Future: Electrification Strategies for Plumbers
Electrification is taking form in California – gas water heaters are being based out in the Bay Area by 2027 and over 70 municipalities have policies phasing out gas appliances. The massive transition from gas to electric will “spark” giant demand for all trades, including plumbers. In this session, Electrify My Home will introduce unique business opportunities for plumbers with a focus on heat pump water heaters, strategies for collaborating with other trades (e.g., electricians), and the importance of comprehensive electrification planning.
Domestic Hot Water – Part 3: All-Electric Design and Construction Series
On the path to Zero Net Carbon Design, building electrification is the key to reducing operational carbon. In this course, we’ll share the nuts and bolts of incorporating all-electric systems into residential and small commercial projects, including tips for implementation as well as client communication. We’ll provide straight-forward information on current systems and technologies plus a look ahead at what’s emerging in the market.
Introduction to Passive House Trades
PHN’s Introduction to Passive House Trades course will broadly cover the following topics: Passive House basics, review typical construction types, windows and installation, air barriers and insulation and new, innovative PH products. It is crucial when working on Passive House buildings to properly install components, understand how to correctly implement design details, and asses and plan for the current and future performance of the building. This live online course is accompanied by mini video tutorials for various PH product installations, plus incorporates actual building of Passive House details relevant to the US construction industry.
Building the Future: Electrification Strategies for Contractors and Architects
Electrification is now the leading option for new buildings and major retrofit projects in California. 70+ municipalities have policies to phase out gas appliances and the state aims to have 6 million heat pumps installed by 2030. This will require a major paradigm shift in the way builders, architects, and related professionals approach the market. It also presents a giant opportunity to frame yourself or your business as an electrification expert. In this session, Electrify My Home will discuss this transition and the related business opportunity for specifying and installing well-designed all-electric buildings.
Energy Code Implementation: Non-Residential
Since the energy code update took effect in January 2023, the industry is adjusting to design, detailing and construction to meet compliance. In this series, we’ll review the code requirements with a focus on what to include in construction documents to streamline the permitting process and tips for construction to ease signoffs and occupancy.
Carbon Reduction Through Electrification Part 2: Heat Pumps – All Electric Design and Construction Series
On the path to Zero Net Carbon Design, building electrification is the key to reducing operational carbon. In this course, we’ll share the nuts and bolts of incorporating all-electric systems into residential and small commercial projects, including tips for implementation as well as client communication. We’ll provide straight-forward information on current systems and technologies plus a look ahead at what’s emerging in the market.
Beyond Energy: Using Passive House Standards To Boost Resilience Of California’s Built Environment
The State of California has ambitious goals to decarbonize its economy in the near future. However, when it comes to building efficiency, even the latest version of Title 24 focuses on mechanical systems and renewable energy sources rather than prioritizing the quality of the buildings themselves.
This presentation illustrates the advantages of adopting Passive House standards for building and renovating structures in a resilient and energy-efficient manner, even in California’s mild climate conditions.
Case studies are used to demonstrate the balancing act involved in decisions such as determining insulation levels, selecting coatings for glass to balance daylight transmission and solar heat control, and addressing other aspects critical to creating healthy, comfortable, and durable buildings.”
