Speakers and Presentations for Breakout Session 4 / 3:00 - 3:45 PM |
Stan Nabozny | Room Connect C-1
Discover how Thermal Energy Storage can significantly reduce Grid-Scale load and provide a cost-effective alternative to Lithium-ion batteries. Through case studies and examples, the results of TES shifting load and creating efficiency will be shown offering valuable insights for utilities and customers. Refrigerated or air-conditioned spaces can utilize TES as a DER to curtail load during the most expensive periods of the day and shift load to off peak. TES is simple and inexpensive to manufacture and install and lasts twenty years; delivering storage for one-tenth the cost of electric batteries. TES offers a range of benefits over conventional electric batteries, including reduced fire risk, readily available materials for sourcing and manufacturing, and improved efficiency by charging during optimal conditions. Unlike batteries, TES systems do not require heavy parasitic energy consumption to maintain temperature limits and boast a much longer lifespan of up to 20 years. This presentation will describe the tangible benefits and practical implementation strategies of TES. BIO
Stan Nabozny, Director of Thermal Energy Consulting, Michaels Energy Stan Nabozny manages market development, engineering, cost estimating and commissioning for Michaels' thermal energy storage (TES) programs. He holds patents in TES using phase change materials and has ten years of experience in designing, sourcing, and deploying TES in multiple countries. Stan's focus to date has been TES for industrial refrigeration, shifting load off-peak, and saving energy. He leads Michaels' load management portfolio for TES in refrigeration and HVAC, as well as monitoring-based commissioning. |
Rachel Ruekert | Room Connect C-3 ASHRAE Guideline 36, complicated designer control sequences that might emulate ASHRAE 36 or even packaged Roof Top Units....these devices, these systems don't work by magic though people might think so. So, what is the best way to verify that the Owner, the Designers, the Mechanical Contractor, the Electrical Contractor, the Controls Contractor, and the Cx Provider all understand how the control systems work as shown in the project control submittal with its sequences and the interdependencies in the exact same way? The answer to this question is of course, a controls page turn meeting! BIOs
Rachel Rueckert, PE, QCxP, CxA, LEED AP, Partner Rachel has over 23 years of experience in design, project management, coordination, and commissioning of HVAC systems; the last thirteen years have been dedicated to MEP commissioning for Ring & DuChateau. Rachel is a partner and the Co-Lead of the Cx department at Ring & Du. Rachel has been an ACG member since 2015. Rachel is a professional engineer with a bachelor’s degree in Architectural Engineering and master’s degree in Engineering with an emphasis in Building Energy Systems from the Milwaukee School of Engineering. Rachel is also adjunct professor at the Milwaukee School of Engineering. Dave Guberud, QCxP, CxA, Partner Dave has over 38 years of experience in design, installation and commissioning of building control systems; eighteen of those years expressly tied to the craft of MEP commissioning for Ring & DuChateau at various facilities throughout the country. Dave is a partner and the Co-Lead of the Cx department at Ring & Du. Dave is a 1986 graduate of The Milwaukee School of Engineering with a BS in Architectural Engineering. Dave has been an active member of the ACG since 2015. To give back to the industry Dave is also part time certified teacher at the Milwaukee Area Technical College. |
Kevin Standlee | Room Collaborate A
The Electrification movement shifts buildings away from using fossil fuels (Natural Gas, Propane, Diesel, etc.) and other carbon forming energy sources in favor of using only electrical energy. Beneficial Electrification makes this shift in a thoughtful and favorable way that makes sense for the building owners, users and the environment. Our goal should be to get beyond the buzz words and recognize that there are many ways to achieve Electrification that are not beneficial to building owners, users or the environment and steer clear of these pitfalls. BIO Kevin Standlee has over 15 years of engineering experience and professional registration in 25 states, Kevin has a broad knowledge of the building construction industry, as well as overall engineering and design knowledge and experience. He has extensive experience with building/facility design, planning and electrical systems integration. Kevin specializes in complex projects that include central utility plants, renewable power, energy storage, and microgrid. He works closely with clients and stakeholders to select and install the most appropriate systems for long-term benefit. |
Adam Sandstrom | Room Collaborate B
With over 8GW of power installed globally, Clarke Energy is an industry leader in on-site power generation systems. This presentation will aim to explain the benefits of distributed generation projects with several Clarke Energy case study examples. We will also explain the use of different technologies and applications, as well as current trends in the market. More specifically, we will go into the discussion of Microgrid schemes and incorporating renewable energy sources while also utilizing the waste heat from the system. BIO Adam Sandstrom is the Sales & Marketing Coordinator for Clarke Energy USA - A Kohler Company. He has been with Clarke Energy for two years and has a deep interest in the development of microgrid and hybrid technologies as well as renewable natural gas systems. Adam is an active member in several regional and national organizations to include the Midwest Cogeneration Association and the American Biogas Council. |
Alex Dodd | Room Collaborate C This presentation will focus on chilled water plants that include multiple chillers that support industrial processes and/or campuses of commercial buildings. It is intended to provide techniques for plant design and control strategies (for new or existing plants) that require little added engineering time compared to standard practice but result in significantly reduced life-cycle costs. To demonstrate these energy efficiency concepts, the presentation will utilize research papers and educational documentation provided by ASHRAE, as well as a recent case study of the modifications made to a 32,000 Ton chilled water plant serving a campus in northern Illinois. BIO Alex Dodd is an Associate for Grumman Butkus Associates. He manages energy auditing, commissioning, and design projects in industrial and commercial facilities. Alex strives to be an educator of best practices for HVAC controls, compressed air, refrigeration, pumping fan and steam systems, as well as specialty processes like wastewater treatment, plastics manufacturing, metal casting, and healthcare systems |