Continuing Education,
Events & Open Houses

Course #4 – Fuel Cells for Stationary Power – 1 PDH (60 minutes) 

While conventional fossil fuel-based generators remain the preferred solution for energy resilience, interest in alternative fuels such as hydrogen has increased dramatically for stationary emergency and prime applications. For operators especially focused on solutions that provide zero emissions at the point of use, fuel cell technology can be designed and manufactured to the same operational standard of conventional generators. This course aims to provide the basics regarding fuel cells and their use in power generation. This course is free of charge.

Objectives: After this course you will be able to:

• Explain the types of fuel cell technologies used in stationary power generation.
• Identify the basic components in a hydrogen fuel cell power system and the similarities/differences to conventional generators.
• Explain the sizing and installation requirements for hydrogen fuel cell power systems.

Presented by Ben Crawford, Kohler Energy, MI.

Course #5 – Power Generation Design Fundamentals for Water Utility – 1 PDH (60 minutes) 

Water utility applications have unique power generation needs. This course will describe what factors to consider when designing a water utility emergency or non-emergency power system, as well as, what to include in specifications so the power system meets the site’s needs. This course is free of charge.

Objectives: After this course you will be able to:

• Explain the fundamentals of sizing emergency power systems specific to water.
• Identify the different application needs, including applicable codes and standards and installation requirements for diesel generators in non-emergency applications.
• Specify the details for low and medium voltage paralleling switchgear designs.

Presented by Ross Kirschbaum, Kohler Energy, WI.

Course #6 – Healthcare Codes for Essential Electrical Systems – 1 PDH (60 minutes) 

Patient care and needs are the highest priority in a healthcare environment. Quality care requires that power is always available, so backup power is a necessity. This course dives into the key codes and standards, as well as, governing bodies, which influence codes and standards for the healthcare segment. This course is free of charge.

Objectives: After this course you will be able to:

• State which bodies govern and provide oversight for healthcare facilities.
• Explain the specifications needed for a power systems to comply with NFPA 99  and 101.
• Identify key requirements of the NFPA 110 code that influence the design of generator sets.
• Explain how articles 445 and 517 of NFPA 70 – National Electric Code impact power system coordination and layout to meet installation requirements.

Presented by Jack Kline, Kohler Energy, FL.

Marriott Indianapolis North

2024 will mark the 7th Annual Indiana Innovation and High Performance Summit providing education on innovative, high performance design of the built environment.

Hear thought leaders in various markets, processes and technologies share ideas. Join education institutions, healthcare facilities, corporations and leading organizations that are making high performance systems and energy reductions the cornerstone of their business plan.

Course #7 – Indoor Generator Design Considerations – 1 PDH (60 minutes) 

Indoor generator installations have multiple considerations for airflow, exhaust systems, and fuel delivery. Space availability is always important, as well as, managing sound levels. It is important to use a sizing tool to optimize the generator installation within a room or building. This course identifies key areas to consider when designing an indoor generator and explains how to use a sizing tool to facilitate and confirm calculations. This course is free of charge.

Objectives: After this course you will be able to:

• Identify the three key factors that affect generator set room design.
  • Explain how air requirements are determined to size intake & discharge louvers.
  • Specify the proper exhaust equipment required to meet sounds levels and footprint.
  • State the typical requirements for fuel system design for indoor generator sets.
• Use the software tool to optimize the proper fit of a generator set within a room/building.

Presented by Deepak Gopal, Kohler Energy, GA.

Course #8 – Data Center Design Considerations – 1 PDH (60 minutes) 

As the data center market continues to grow at a tremendous pace a myriad of design considerations are being used. While there is no one-size-fits-all to data center designs, there are many common features in the industry to provide: additional levels of redundancy, greater speed of deployment, and technology to be ready in the future. This course is intended to provide a high-level understanding of the major design considerations for the generators at a data center. This course is free of charge.

Objectives: After this course you will be able to:

• Identify common accessories and component designs used in data center generators.
• Explain the difference between Tier 4 certified, Tier 4 compliant, and Tier IV data centers.
• Describe key factors that can impact high density generator yard layouts.

Presented by Avery Bell, Kohler Energy, MO.

Molly Caren Ag Center

September 14-19, 2024

Join us at the 62nd Farm Science Review! Hundreds of demonstration plots and several million dollars of machinery. Lots of farm safety, home safety, and health information. Over 600 exhibitors from all over North America!

Sinclair Conference Center

The PIVOT Conference brings together businesses, government, educators, architects, engineers, contractors, and non-profits committed to environmental sustainability.

Course #9 – ATS 102: Withstand Ratings & Selective Coordination Implications – 1 PDH (60 minutes) 

Automatic transfer switches are often required to withstand a fault and connect the load to an emergency generator source afterwards. Due to selective coordination, some switches may be subject to a fault current for an extended period. In this course, we will dive into the basics of both and explore how we can optimize the design for safety, economy, and performance.  This course is free of charge.

Objectives: After this course you will be able to:

• Explain how contact design/material impacts Withstand and Closing Ratings (WCR).
• Explain the difference between Withstand and Close-on Ratings (WCR) and Ampere Interrupting Capacity (AIC) per UL1008.
• Explain how UL circuit breaker classification affects selective coordination, impacting transfer switch selection (Time-based vs. 30 cycles).

Presented by Manny Mule, Kohler Energy, NJ.

Course #10 – Natural Gas Generators: Practical Applications – 1 PDH (60 minutes) 

Natural Gas Generators have different performance characteristics than diesel generators. It is important to know what to specify when designing a standby power system in a natural gas application. Emissions requirements, fuel piping, and different types of engine designs are considerations. This course will explain the key information for natural gas power systems. This course is free of charge.

Objectives: After this course you will be able to:

• Explain the fundamentals of a gaseous engine, the differences between lean burn and rich burn, and two types of EPA ratings involved.
• Understand gaseous vs. diesel comparisons regarding performance; price and benefits of paralleling.
• Identify fuel piping system components and size the gas piping to the genset.

Presented by Daniel Goodman, Kohler Energy, NC.