Pacific Gas & Electric

Course Description: As the electricity grid gets cleaner, electricity is becoming a more attractive choice for home designers and builders. Renewable energy is growing, and many cities now limit fossil‑fuel systems in new homes. These changes make it easier to cut residential greenhouse gas emissions and work toward zero‑net‑energy goals. In this webinar, Dan Perunko of Balance Point Home Performance explains how electric heat pumps can improve efficiency and reduce emissions in both new and existing homes. He covers the

Course Description: On average Californians consume less water than the residents of other states. Even so there is a need for us to conserve even more water. The construction community has an opportunity to further reduce residential water use in ways that do not feel like conservation to customers. In this class, Dan Perunko of Balance Point Home Performance looks at changing the way hot water is stored and delivered to the tap in residential buildings. The theory behind our

Heat Pumps are quickly gaining traction as a preferred HVAC and water heating technology. California has a goal for six million installed heat pumps by 2030, and state plans indicate that new gas furnace and water heaters will not be permitted after 2030. While the path forward for heat pumps seems clear, the technology is still foreign to most homeowners. To meet the above-mentioned goals, contractors and other industry professionals must arm themselves with the knowledge (and sometimes the data)

Heat pumps are inherently different than gas furnaces or gas water heaters. Contractors and other industry professionals must take time to educate customers, clients, and others on these differences to ensure optimal customer satisfaction. This webinar will outline best practices for system operation of ducted and ductless mini-splits, unitary heat pumps, and heat pump water heaters.

This session will deal with design, equipment choice and layout issues. The relevant performance factors are system capacity, refrigerant charge and system airflow. We will review design, installation and commissioning details for each of these performance factors. These performance factors can be applied to both conditioning and ventilation system ducts. We have designed, built and commissioned both retrofit and new construction projects that exemplify the concepts covered in class. Course content will include design examples, photos installations, and test results

The path to going all-electric can take many forms. For some, this means upgrading one appliance at a time; for others, it means replacing them all at once and offsetting with on-site solar. Regardless of the timeline, there are some important planning steps that must take place, as well as a continual vision for optimizing efficiency. Join Electrify My Home in this session for a case study of a customer’s electrification journey. You’ll also hear directly from the customer, who