Learn how to attain maximum value from large campus / multi-building retro-commissioning projects in this informative 90-minute webinar. This interactive program will provide guidance for identifying facilities for retro-commissioning, offer considerations for preparing the project scope for maximum value and define best practices for managing project expectations – based on lessons learned from the trenches. This course will explore:
- How retro-commissioning is different from an energy audit?
- Which buildings should be included in the project?
- How can trend data be collected if the building automation system is not capable of providing this feature?
- Can energy usage still be benchmarked if a campus does not have sub-metering at the facility level?
- Should implementation of repairs and controls modifications be included in the project scope?
- How are the results from monitoring and testing documented?
- Should verification of repairs be included in the scope?
- AND MUCH, MUCH MORE!
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Meet Your Presenters:
 Christian Marsh-Frydenlund
Project Manager, Eaton’s Electrical Services & Systems Energy Solutions Group
Christian is a project manager for Eaton’s Energy Solutions Group where she is actively involved in the management and execution of large campus retro-commissioning projects throughout the US. For over seven years, she has consistently delivered customized solutions including implementation and verification of controls modifications for retro-commissioning projects. Her experience includes managing and offering consulting services for retro-commissioning projects for the Department of Defense, utility based retro-commissioning programs, monitoring based commissioning programs, energy efficiency improvements through retro-commissioning for Federal ARRA projects, energy auditing, and training for operations and maintenance personnel. Christian holds the CEM credential and participates regularly in her local chapter of the Association of Energy Engineers. She holds a BS in Chemical Engineering from the Colorado School of Mines along with a MS in Engineering and Technology Management from the Colorado School of Mines.
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 Megan Van Wieren Project Manager
Eaton’s Electrical Services & Systems Energy Solutions Group Megan is a project manager for Eaton’s Energy Solutions Group where her experience in building systems and energy engineering includes retro-commissioning, energy analysis, and energy planning. She continually provides project solutions to accomplish a wide range of client energy reduction and occupant comfort goals. Her work history is concentrated in the area of existing building retro-commissioning where she is responsible for the successful implementation of energy efficient strategies for HVAC and control systems. Megan has executed retro-commissioning projects for a wide variety of customers and building types across the world including large scale projects for the Department of Defense, Department of Veterans Affairs, K12, universities and utility company demand-side management programs. Megan is a licensed Professional Engineer, a Certified Energy Manager accredited through the Association of Energy Engineers (AEE), and a LEED accredited professional through the U.S. Green Building Council (USGBC). She holds a BS in Mechanical Engineering from the University of Michigan. Megan is board member on her local Rocky Mountain Chapter ASHRAE and a contributing author of ASHRAE publication Procedures for Commercial Building Energy Audits, Second Edition, 2011.
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