This course has been completed and you can go here to watch the recording https://youtu.be/qGSHuEQer6w Go to the comments section to get the CEUS if needed. Please help us meet our fundraising goals for this webinar by donating the button listed here. Between new regulatory requirements for all-electric homes, the desire to have at-home EV charging, and/or more efficient appliances, pressure is placed on builders to accommodate higher loads, resulting in 320/400A services for homes. These increased service sizes pose challenges not only to a per-house basis but also to the neighborhood and utility electrical infrastructure. Learn how to avoid building larger and unnecessary electrical services (320/400A) in new home construction and production builder lots by using Smart Panels and Energy Management Software. The future of your electric panel is here. Continuing Education Units (CEUS) submitted 1 hour in* Green Business Certification Inc. (GBCI) Building Performance Institute (BPI) NonWholeHouse PHIUS Certified Passive House Consultant (CPHC) Submitted for American Institute of Architects - AIA (HSW) Certified Green Professional (NARI & CGP) Certified GreenHome Professional (CGHP) Pillar(s): Energy, Materials American Institute of Building Designers (AIBD) State Architect / Builder License may be applicable Building Science Institute (BSI) Verifier Society of American Registered Architects (SARA) Hayley Vero, PE ~ Sales Engineer As Sales Engineer - Homebuilder & New Home Construction, Hayley works with Builders, Engineers, and Specifiers to bring cutting-edge energy products to market and scale rapid adoption of SPAN products in the New Construction market, Hayley is responsible for working on system designs for new communities, training all relevant parties in products and operations, and translating product knowledge gained through deploying products in this market.  Hayley holds a PE in Electrical Engineering (Power Systems) and prior to joining SPAN, Hayley spent 5 years working as an Electrical Engineer for consulting MEP firms on projects in the following sectors: Commercial, Healthcare, High Rise Residential, and Life Sciences. During this time she focused on the electrical design for buildings including: device layouts, electrical distribution for normal and emergency systems, coordination between trades, extensive NEC code knowledge, and more. Hayley is a strong advocate for sustainable energy and smart solutions, believing they are essential to creating a more sustainable future for all.  Troy Daniels ~ Technical Account Manager As Technical Account Manager - Strategic, Troy works with SPAN’s larger account providing support for all technical aspects such as documentation, training, design review, in field support, and operational process.  Troy is responsible for ensuring SPAN is installed and commissioned to the highest quality standards within these organizations. Prior to joining Span, Troy contracted for Discover Battery systems working on Solar Installer Relations and building out a training program and courses.  After Discover Troy worked at SimpliPHI Power for over 4 years holding the ending title of Technical Services Manager overseeing the companies Support and Training programs.  Troy also worked as a solar and battery System Designer at Iron Edison Battery Company, and as a Field Energy Specialist for Solar City. In addition, Troy acquired hands-on grid-tied and off-grid solar+storage installations as a contractor with Colorado-based installation companies, which informs his practical approach to technical support and system design.  “My goal is to work with organizations that allow me to simultaneously pursue my passion for the environment and my fascination with renewable energy and working towards electrification requirements of the future.” Lessons Learned 1. Understand the Impact and Reason for Increased Electrical Loads: Learners will be able to explain the challenges posed by higher electrical service sizes (320/400A) on individual homes and utility infrastructure. 2. Evaluate Regulatory Requirements and Solutions: Learners will be able to explain different solutions to regulatory challenges which include building at the larger service size, singular load management, or using a smart panel with energy management software. 3. Implement Smart Panels and Energy Management Software: Learners will understand Smart Panels and their added benefit to projects. 4. Evaluate the National Electric Code and how to Safely Implement Smart Panels: Learners will gain the confidence to give an overview on the related code sections in the NEC related to Smart Panels at a high level.