Energy Management Handbook

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DrRoosa has over 35 years of experience in energy engineering, energy management and renewable energy and is editor-in-chief for Strategic Planning for Energy and the Environment . He holds a Ph.D. from the University of Louisville in Urban Planning and Development, a Master of Business Administration from Webster University and a Professional Bachelor of Architecture degree from the University of Kentucky.

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STEPHEN A. ROOSA, CEM, CSDP, REP, BEP, is an internationally acclaimed author, lecturer, and energy management expert. He has over 35 years of experience in energy engineering, energy management and renewable energy.

P/N HB114415

The Dranetz Field Handbook for Electric Energy Management will give you a practical-hands-on understanding of their electrical system problems and exposed opportunities for energy savings. This book explores a wide variety of proven energy management techniques, from electrical motors to metering equipment availability and connection techniques. The overwhelming demand for this book attests not only to its acceptance by utilities and industrial/commercial users but to its status as a beneficial and quality information resource as well.

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Artificial intelligence (AI) policy: ASHRAE prohibits the entry of content from any ASHRAE publication or related ASHRAE intellectual property (IP) into any AI tool, including but not limited to ChatGPT. Additionally, creating derivative works of ASHRAE IP using AI is also prohibited without express written permission from ASHRAE.

Many jurisdictions such as Washington DC, already imposed penalties for buildings not to comply with building energy benchmarking requirements, which sets the maximum penalty to $10 per square foot of gross floor area, which reduces the maximum penalty amount for most buildings, and caps the maximum penalty at $7,500,000.

This course will provide a gateway to applicable industry guidelines, standards, other ASHRAE ALI courses, and publicly available resources to the end-users and practitioners. It will summarize the available energy management best practices related to sustainability goals and greenhouse gas emission reduction. The course will also overview water efficiency and help establish the links between energy and water use.

All courses and webinars are available for Chapter and In-Company Programs. They may be periodically scheduled for the Winter and/or Annual Conference Education Programs, as well as the Online Courses Series.

Availability: Check the various offerings listed under Professional Development > All Instructor-Led Training to see if this course is being offered at an upcoming event or as a webinar.

In collaboration with the Federal Aviation Administration (FAA), Dr. Juan Merkt, an associate professor of Aeronautical Science at Embry-Riddle Aeronautical University, is developing guidance materials for pilots on aircraft energy management and has contributed the first-ever chapter on the subject to the latest edition of the FAA Airplane Flying Handbook.

Merkt is also involved in an FAA-sponsored research project with colleagues from Florida Institute of Technology and Georgia Tech that explores the energy requirements for certification of electric aircraft with vertical takeoff and landing capabilities.

He added that as the aviation industry heads into a surge of pilot hiring, most new pilots will come not from the military, where pilots are trained in energy management skills, but from civilian training programs.

Hoover is remembered by millions of people as the premier air show performer in the world. He is renowned for the Energy Management Maneuver, where he shuts down both engines of his Rockwell Shrike Commander and performs a loop, eight-point roll, a 180-degree turn to a landing, then taxis in before the crowd without ever restarting the engines! Hoover has flown before more people, in more countries, in more aircraft than any other pilot in history.

TC 7.6 is concerned with the estimation, measurement, analysis, benchmarking, and management of whole building and building systems energy and water performance. This includes performance and resource management of new and existing buildings.

HVAC APPLICATIONS: Building Energy Monitoring

This chapter provides guidelines for developing building monitoring projects that provide the necessary measured data at acceptable cost. The intended audience comprises building owners, building energy monitoring practitioners, and data end users such as energy and energy service suppliers, energy end users, building system designers, public and private research organizations, utility program managers and evaluators, equipment manufacturers, and officials who regulate residential and commercial building energy systems. A new section has been added on small projects to show how the methodology can be simplified.

Comment on the Handbook: ASHRAE welcomes your comments on the Handbook or a specific Handbook chapter. To submit a comment about any aspect or part of the Handbook series, you can use the Handbook Comment Form.

ASHRAE publishes papers and transactions from presentations at its conference events. In addition, ASHRAE records most of the seminar sessions from its conferences on DVD. These DVDs are ideal for use at chapter meetings, in university courses, or company lunch and learns. Products available from the most recent conference may be found here.

The overall objective of the proposed research is to reconcile the differences between the empirical and modeled baselines for energy performance comparison for new commercial building designs and existing commercial buildings, allowing seamless translation of building energy performance metrics among LEED, Standard 90.1, Standard 189.1, Standard 100, and the bEQ As Designed and In Operation ratings. The proposed research will contribute to a better understanding of the role of neutral variables in building energy modeling predictions. The research will also lead to consistency of energy performance metrics for Standard 90.1 (and LEED), Standard 189.1, and Standard 100.

This project will help ASHRAE maintain its leadership position by developing energy standards and other publications targeted to commercial buildings that will help engineers, designers, contractors and owners build and operate progressively more energy-efficient facilities that deliver acceptable indoor environmental quality.

The objective of this project is to develop a standardized system for the categorization and characterization of energy efficiency measures (EEMs). The scope of the project will include a literature review of existing EEM lists and categorization systems; development and demonstration of a new, standardized categorization system; development and demonstration of a common set of properties for characterizing each EEM. The project tasks will be summarized in interim reports and a final report at the completion of the project

ASHRAE writes standards for the purpose of establishing consensus for: 1) methods of test for use in commerce and 2) performance criteria for use as facilitators with which to guide the industry. ASHRAE publishes the following three types of voluntary consensus standards: Method of Measurement or Test (MOT), Standard Design and Standard Practice. ASHRAE does not write rating standards unless a suitable rating standard will not otherwise be available. ASHRAE is accredited by the American National Standards Institute (ANSI) and follows ANSI's requirements for due process and standards development. Standards may be purchased at the ASHRAE Bookstore.

Does ASHRAE have any instructions on the use of ASHRAE Standard 90.1 that will help a designer, engineer, or architect with the building design?

What research is ASHRAE conducting regarding energy efficiency?

How can I show compliance to ASHRAE Standard 90.2?

What energy-efficiency requirements are required for new commercial buildings?

What energy-efficiency requirements are required for new residential buildings?

How do I show compliance to ASHRAE Standard 90.1?

Should residential furnaces utilize a thermostat setback strategy to save energy?

This comprehensive handbook is recognized as the definitive stand-alone energy manager's desk reference, used by tens of thousands of professionals throughout the energy management industry. This new ninth edition includes new chapters on energy management controls systems, compressed air systems, renewable energy, and carbon reduction. There are major updates to chapters on energy auditing, lighting systems, boilers and fired systems, steam and condensate systems, green buildings waste heat recovery, indoor air quality, utility rates, natural gas purchasing, commissioning, financing and performance contracting and much more with numerous new and updated illustrations, charts, calculation procedures and other helpful working aids.

Increasingly, companies, universities and government agencies see strategic energy management as critical to cutting costs and meeting greenhouse gas reduction goals. This reference manual explains how to identify, analyze and prioritize energy efficiency investments, clean energy procurement, and other strategic energy management opportunities. Each chapter provides an overview of the steps that an organization can take to better manage energy use. Topics covered include energy efficiency equipment upgrades, on-site renewable energy, demand response, and more.

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