A Light Guide to Energy Savings in Transport / Conor Molloy.

Format:

Book

Author/Creator:

Molloy, Conor, author.

Series:

River Publishers series in transport technology.

River Publishers series in transport technology

Language:

English

Subjects (All):

Energy industries.

Transportation--Energy conservation.

Transportation.

Physical Description:

1 online resource (170 pages)

Place of Publication:

Gistrup, Denmark : River Publishers, [2023]

Summary:

This book is a practical guide to finding and delivering energy savings opportunities in transport operations for professional energy managers and energy auditors.

Contents:

Cover

Half Title

Series Page

Title Page

Copyright Page

Table of Contents

Acknowledgements

List of Figures

List of Tables

List of Abbreviations

Chapter 1: Introduction

1.1: The Business Case

1.2: Co-benefits

Chapter 2: Context

2.1: Global Emissions

2.2: Transport Emissions Around the World

2.3: What Is the Transport and Emissions Mix in Your Region?

2.4: Transport as a System

2.4.1: Where will Jevons Park his paradox?

2.5: Personal and Business Choices

2.6: Ecodriving

2.6.1: The five golden rules

2.7: ICE vs. BEV Game Over - Already?

Chapter 3: Where to Start?

3.1: Targets

3.2: SBTi Calculator

3.2.1: Net zero

3.3: Business Case

3.4: Carbon Offsets

3.5: Summary

Chapter 4: General Approach - ASIf

4.1: Avoid: Travel for Business

4.1.1: Calculating business travel impacts

4.1.2: Grey fleet: in or out of scope?

4.1.3: Will grey fleet fit in de minimis?

4.1.4: Mileage reduction opportunities: include?.

4.2: Shift: Congestion and Traffic

4.2.1: Travel decision tree principles - the five R's

4.3: Improve: Energy Use in Cars and Light Duty Vehicles

4.4: What You Cannot Control

4.5: Helpful Pointers on Cars and Vans

4.6: Weight

Chapter 5: Policy, Laws, and Audit Standards

5.1: Energy Audit Standards

5.1.1: EED 2012 article 8: Energy Audit Annex VI Quality

5.2: Audit Standards from Around the World(Our Recipe Books)

5.2.1: Australia and New Zealand AS/NZS 3598.3

5.2.2: EU EN16247:2014 Parts 1-4 - in revision (2021)

5.2.3: ISO 50002 energy audits - requirements with guidance for use

5.2.4: Comparing standards

5.3: Definition of "Transport"

Chapter 6: Energy Efficiency Objective

6.1: Significance

Chapter 7: Energy Measurement

7.1: Accuracy vs. Available Data.

7.1.1: How to deal with this level of accuracy or completeness?

7.1.2: Yes, but how do I calculate the fuel performance?

7.1.3: What units should we use?

7.1.4: Handy conversions to use in your presentation sections

7.2: Conversions and Bio Fuels

7.2.1: Horses and liquids to energy terms

7.2.2: Energy and the cup of tea (or coffee)

7.3: Fuel Stock Reconciliation

7.4: A Fuel Checklist

Chapter 8: Activity Data

8.1: Passive to Active Safety

8.2: Where Are They? GPS = Positioning Only

8.2.1: CAN = Controller area network

8.3: OBD = On-Board Diagnostics

8.4: Telematics Systems: A Generic Guide

8.5: Sample Telematics Report

8.6: Telematics is Only as Good as the Reports Managers Use

8.7: Energy Performance Indicators (EnPIs)

8.8: Tonne-Km and Passenger-Km

8.9: Testing Your EnPI

8.9.1: How to do regression analysis in excel

8.10: Energy Mass Balance - Transport

8.10.1: Where does my money go?

Chapter 9: Site Visit and Communications

9.1: Safety

9.2: Agenda for Your Site Visit

9.3: Planning

9.4: Example Findings from "Chat"

Chapter 10: Identifying Opportunities

10.1: Avoid: Tackling Transport Demand

10.2: Shifting Transport Mode

10.2.1: Cargo bikes

10.2.2: Drone delivery

10.2.3: The physical internet

10.3: Improving Vehicle Performance

10.3.1: Engine losses

10.3.2: Auxiliaries also known as power take off or PTO

10.3.3: Driveline losses

10.3.4: Traction work

10.3.5: Hysteresis

10.3.6: Rolling resistance

10.3.7: Air drag

10.4: Passenger Services

10.5: Identifying Opportunities Summary

Chapter 11: Sections on Air, Sea, Rail, and NRMM (Plant)

11.1: Air

11.2: Sea

11.3: Rail

11.4: Plant and Non-Road Mobile Machinery (NRMM)

11.5: Plant Fuel and Activity Data

11.6: Alternative Fuels for Plant.

11.7: Hydrogen Powered Plant

Chapter 12: New Vehicles Design and Specification

12.1: Life Cycle Costing

12.1.1: LCC calculations

12.2: EU GPP Criteria

12.3: Sample New Vehicle Checklist

Chapter 13: Alternative Fuels (Electric, Hydrogen, and Biofuels)

13.1: Fuel Life Cycle Impacts and Where to Find Them

13.2: Hydrogen

13.2.1: Sources of hydrogen

13.2.2: Uses for hydrogen

13.3: Alternative Fuels Infrastructure

13.4: HVO - A No New Infrastructure, Drop in Fuel?

13.5: Sum-up of Alternative Fuels

Chapter 14: Review/Presentation of Findings

14.1: EN16247 Content of Report

14.1.1: Listing your opportunities

14.2: Sustaining the Changes and Savings

14.3

ISO50001 to Sustain Savings

14.4: Do You Have a Plan?

Chapter 15: Conclusion

15.1 Checklist

References and Further Reading

Further reading, good websites, programmes, etc.

Index

About the Author.

Notes:

Includes bibliographical references and index.

Description based on print version record.

ISBN:

1-5231-5629-5

1-00-339417-5

1-000-88139-3

1-000-88141-5

1-003-39417-5

87-7022-714-4

9781003394174

OCLC:

1381095377