Advanced RTU control (ARC) strategies
- COURSE OUTLINE
Packaged rooftop units are used to easily and effectively heat and cool more than 50 percent of all commercial buildings in the U.S. The question is: How can we make these units more efficient?
A recent U.S. Department of Energy study explored this question and the solution is summarized in four words: advanced rooftop unit control. Join us to review the DOE's recent findings, as well as the options available to save a significant amount of energy currently wasted by RTUs.
In the past 10 years, the average gas efficiency of RTUs has moved from 80 percent to just 82 percent and the cooling efficiency of the refrigeration circuits has improved slightly. Join us to learn how to improve the efficiency of existing and new RTUs.
AS A RESULT OF THIS TRAINING, YOU WILL BE ABLE TO:
- Explain the RTU related requirements of the IECC
- Select the appropriate RTU accessories to maximize performance and efficiency
- Describe technologies such as economizers, demand controlled ventilation and energy recovery ventilation
- Discuss the newest energy savings RTU option of multi-speed fan control
WHO SHOULD ATTEND?
HVAC system designers, engineers and contractors, energy efficiency specialists, facility managers, HVAC equipment manufacturer's representatives, facility engineers and anyone interested in learning more about commercial rooftop unit control strategies.
The registration fee for attending this half-day training is $99, which includes continental breakfast. There is limited availability, so you are encouraged to register early.
All registrations must be made in advance.
Only credit card (Visa, MasterCard or American Express) payments are accepted online.
Cancellations and Refunds
All cancellations are subject to a $25 administrative fee. We will refund 50% of the registration fee for cancellations received within two weeks of the training. Cancellations made within three business days of the training are non-refundable. If this program is not held for any reason, the Energy Center University's liability is limited to the refund of the program fee.
Site information will be sent with your enrollment confirmation. If you have any special needs (e.g. dietary, physical), please let us know at the time of registration. All requests will be kept confidential.
Photo & Video Rights
We reserve the right to use photographs taken during the event for promotional purposes. Also, this program may be video taped for future publication.
Continuing education credits
- This program supports a topic within the Body of Knowledge outlined by the Association for Facilities Engineering CPE/CPMM/CPS Certification Programs, and should count as 0.35 CEUs (3.5 hours) toward re-certification.
- Members of the American Institute of Architects (AIA) will receive 3.5 LU.
- This training is approved for 3.5 Continuing Professional Development (CPD) points toward renewal of the professional designations offered by BOMI International.
- The Energy Center University is a provider of GBCI Approved Courses for Continuing Education. This is a GBCI Approved Course and offers 3.5 CE Hours.
- The Energy Center of Wisconsin is an Authorized Provider for the International Association for Continuing Education and Training (IACET) and is committed to developing quality learning activities. You will receive 0.4 Continuing Education Units for attending this workshop.
- Wisconsin Department of Safety and Professional Services has approved this training for 3.5 CEU for the following credential: Commercial Building Inspector Certification.
- This course qualifies for up to 3.5 PDHs for Professional Engineers in the state of Wisconsin. The registrant must verify that the course content is related to their area of professional practice (more information)
Please note that in order to receive continuing education credits, you must be present for the entire training; partial credit cannot be given.
- 7:30 am: Registration and continental breakfast
- 8 am–noon: Program
AHRI efficiency ratings
Define advanced rooftop control strategies
Demand controlled ventilation
Multi-speed fan control
Energy recovery ventilation
Compressor capacity control strategies