Selling Efficiency and Electrification More Effectively™ Training by Mark Jewell

The Sponsors of Mass Save® invite you to the Selling Efficiency and Electrification More Effectively™ Training by Mark Jewell. Designed for sales and account management personnel in the Energy Efficiency sector, this full-day training will enhance your skills in selling energy efficiency and electrification.

Stretch Code for HERS Raters

The Massachusetts stretch code and HERS raters.

MA- Energy Modeling for Commercial Compliance Pathways (Parts 1- 4)

Understand the modeling requirements associated with the Targeted Performance Path and the Relative Performance Path for MA Commercial Stretch Energy Code compliance. Comprehend the modeling requirements for special cases including core-and-shell projects and first-time tenant fit outs. Develop a high-level, basic understanding of MA Stretch 2023 mandatory requirements and the types of 90.1 mandatory requirements that projects are required to comply with. Understand how to use energy modeling results to extract the information needed to demonstrate compliance with the Targeted Performance Path. Learn to establish model inputs for specific systems and components. For example, OA CFM rates for the Targeted Performance Path. Articulate energy modeling requirements of the Relative Performance Path that deviate from the ASHRAE 90.1 Performance Rating Method. List the documentation that must be submitted to code officials for projects following performance paths of compliance.

Selling Efficiency and Electrification More Effectively™ Training by Mark Jewell

The Sponsors of Mass Save® invite you to the Selling Efficiency and Electrification More Effectively™ Training by Mark Jewell. Designed for sales and account management personnel in the Energy Efficiency sector, this full-day training will enhance your skills in selling energy efficiency and electrification.

C.02 MA Stretch Energy Code 2023 for Commercial Buildings: Targeted Performance/Relative Performance Compliance Paths (Part 2)

The Targeted Performance path requires projects to use energy modeling to demonstrate compliance with the heating and cooling Thermal Energy Demand Intensity (TEDI) targets. This training will review performance path code requirements, including energy modeling, documentation, special rules for additions and alterations, core-and-shell requirements and others.

C.01 MA Commercial Stretch Energy Code: Targeted & Relative Performance Paths (Part 1)

The Targeted Performance path requires projects to use energy modeling to demonstrate compliance with the heating and cooling Thermal Energy Demand Intensity (TEDI) targets. This training will review performance path code requirements, including energy modeling, documentation, special rules for additions and alterations, core-and-shell requirements and others.

C10.2 TEDI: Common Mistakes & How to Avoid Them

This one-hour training focuses on common mistakes observed in projects following the Targeted Performance Path and provides strategies for identifying and avoiding them. The training presents real case studies of projects modeled in various building energy modeling tools.

C10.2 TEDI: Common Mistakes & How to Avoid Them

This one-hour training focuses on common mistakes observed in projects following the Targeted Performance Path and provides strategies for identifying and avoiding them. The training presents real case studies of projects modeled in various building energy modeling tools.

C10.1 Documentation and Tools

This two-hour training focuses on the two most common performance-based compliance options, Targeted Performance and Relative Performance. The Targeted Performance path requires projects to use energy modeling to demonstrate compliance with the heating and cooling Thermal Energy Demand Intensity (TEDI) targets.

C10.1 Documentation and Tools

This two-hour training focuses on the two most common performance-based compliance options, Targeted Performance and Relative Performance. The Targeted Performance path requires projects to use energy modeling to demonstrate compliance with the heating and cooling Thermal Energy Demand Intensity (TEDI) targets.

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