Minnesota State Light Vehicle Fleet Sustainability Benchmarks FY 2018

Similar documents
CITY OF MINNEAPOLIS GREEN FLEET POLICY

Fleet Sustainability Policy

CAPITAL PLANNING, DESIGN AND CONSTRUCTION SECTION VIII FACILITIES OPERATIONS AND MANAGEMENT SECTION TABLE OF CONTENTS

TOWN OF MONTREAT GREEN FLEET POLICY (Adopted April 8, 2010)

DEFENSE AGENCIES Fleet Alternative Fuel Vehicle Acquisition Report Compliance with EPAct and E.O in Fiscal Year 2008

California Low Emission Truck Policies and Plans

MEMORANDUM. Proposed Town of Chapel Hill Green Fleets Policy

Montgomery County Department of General Services DGS Delivering Green Service

Solano County Transit

Air. Goals: Improve statewide air quality Reduce greenhouse gas emissions 9 DRAFT DRAFT

Benefits of greener trucks and buses

Criteria. As background, the US Environmental Protection Agency s Green Vehicle Guide states that:

U.S. Navy Fleet AFV Program Report for Fiscal Year 2006 February 12, 2007

Alternative Fuel Vehicles by Type: Pros, Cons, and Case Studies. Cabell Hodge National Renewable Energy Laboratory

NC STATE UNIVERSITY FLEET SERVICES

PREFACE 2015 CALSTART

Volkswagen Group of America Virginia Energy Conference Session 30: Fossil Fuels Diesel Developments Presented by Stuart Johnson, Engineering and

DEFENSE FINANCE AND ACCOUNTING SERVICE 8899 East 56 th Street Indianapolis, in Agency Fleet Management Plan for Fiscal Year (FY) 2017

Feasibility of Establishing an E85 Fuelling Station in Oshawa

Advancing Electric Vehicles in Edmonton SPARK Conference November 8, 2017

Energy 101 Energy Technology and Policy

U.S. Navy Fleet AFV Program Report for Fiscal Year 2008 May 21, 2009

Fleet Safety Initiative Status Summary

Fayetteville State University

Government Management Committee. Bruce Bowes, Chief Corporate Officer. P:\2008\Internal Services\Fleet\Gm08001Fleet - (AFS 5469)

Colorado Legislative Council Staff Fiscal Note STATE REVISED FISCAL IMPACT (replaces fiscal note dated March 21, 2013)

Evaluating opportunities for soot-free, low-carbon bus fleets in Brazil: São Paulo case study

U.S. Fuel Economy and Fuels Regulations and Outlook

TEXAS ALCOHOLIC BEVERAGE COMMISSION 2008 ENERGY CONSERVATION PLAN

Winston-Salem State University

Proposed Amendments to the Zero Emission Vehicle Regulation. March 27-28, 2003

Vehicle and Equipment Services (4760P)

Washington State Road Usage Charge Assessment

Maximizing efficiency and minimizing harm. What should you be driving?

The Near Future of Electric Transportation. Mark Duvall Director, Electric Transportation Global Climate Change Research Seminar May 25 th, 2011

ON-ROAD FUEL ECONOMY OF VEHICLES

ADMINISTRATIVE MEMORANDUM

Conventional Fuel Management Strategies That Work

Clean Fuels MARAMA

Evolving vehicle and fuel technologies

State Zero-Emission Vehicle Programs Memorandum of Understanding

Incentives for Green Fleets

Stakeholder Meeting #3. August 22, 2018

Targeted Group Business and Veteran- Owned Small Business Programs

Electric Vehicles and EV Infrastructure Municipal Electric Power Association

Caltrans Zero Emission Vehicle (ZEV) Experience. California Department of Transportation (Caltrans) Division of Equipment (DOE)

Green Purchasing Roundtable. Phillip Kobernick, Alameda County General Services Agency

Compressed Natural Gas Snow Plows

Transportation Electrification: Reducing Emissions, Driving Innovation. August 2017

3.17 Energy Resources

WASHINGTON STATE ROAD USAGE CHARGE ASSESSMENT

University of North Carolina at Asheville

Dakota County, Minnesota

CALIFORNIA S COMPREHENSIVE PROGRAM FOR REDUCING HEAVY- DUTY VEHICLE EMISSIONS

California Greenhouse Gas Vehicle and Fuel Programs

Electric Vehicles: Updates and Industry Momentum. CPES Meeting Watson Collins March 17, 2014

GAS TAX GETTING OUT OF GAS? WASHINGTON STATE ROAD USAGE CHARGE Pilot Project. Paul Parker Deputy Director Washington State Transportation Commission

Plug-in Electric Vehicle Incentives

Alternative and Renewable Fuel and Vehicle Technology Program. Advisory Committee Meeting

Single Occupancy HOV Lane

Plug-in Electric Vehicles and Infrastructure. Green Technology Summit April 19, 2011

AUDI SUSTAINABILITY PROGRAM

2010 Sustainability & Public Transportation Workshop:

Bob Yuhnke Southwest Energy Efficiency Project Regional Air Quality Council 8/6/2010

U.S. Navy Fleet AFV Program Report for Fiscal Year 2009 January 12, 2010

Central Kansas Clean Cities Alternative Fuels in Kansas

The Automobile and our Energy Future. Michael J. Stanton President, CEO Association of Global Automakers

Parking Management Element

Nancy Homeister Manager, Fuel Economy Regulatory Strategy and Planning

Zero Emission Truck Commercialization Summary of the I-710 Project Zero-Emission Truck Commercialization Study Draft Report

San Diego Metropolitan Transit System. William R. Spraul Chief Operating Officer, Transit Services

CONNECTED PROPULSION - THE FUTURE IS NOW

Review of the SMAQMD s Construction Mitigation Program Enhanced Exhaust Control Practices February 28, 2018, DRAFT for Outreach

Sensible Land Use Coalition March 29, 2017

Targeted Group Business and Veteran- Owned Small Business Programs

Alternative Fuel Vehicle (AFV) insights and Partnering Opportunities for State Legislators. Dennis A. Smith, P.E.

Equipment Management Department. Council Budget Presentation

Energy. on this world and elsewhere. Instructor: Gordon D. Cates Office: Physics 106a, Phone: (434)

The Future is Bright! So how do we get there? Council of State Governments West Annual Meeting August 18, 2017

Department of the Air Force Fleet Alternative Fuel Vehicle Acquisition Report Compliance with EPAct 1992/2005 and E.O for Fiscal Year 2007

Green California Summit & Exposition April 7,2008. Green Fleets: Kicking Tires & Crunching Numbers The 1992 Federal Energy Policy Act (EPAct)

HEV, EV, Diesel Technology ; Indian trends and Role of Government for supporting

POLICY MANUAL OPERATING POLICIES AND PROCEDURES

5.16: Encourage the installation of alternative fueling stations and sites that are County. Supporting Actions: TLU 2: Alternative Vehicles

Opportunities for Reducing Transportation s Petroleum Use and Greenhouse Gas Emissions

State s Progress on 1.5 Million Zero Emission Vehicles by 2025

The United States Postal Service Ethanol & Bio-Diesel Programs. The Alternative Clean Transportation Conference Long Beach, California May 6, 2014

Electric Vehicles House Select Committee on Energy Independence & Alternative Fuels Anne Tazewell Transportation Program Manager December 7, 2011

Emerging Technologies

DEVELOPING VEHICLE FUEL ECONOMY STANDARDS FOR SOUTH AFRICAN PASSENGER VEHICLES

Tennessee Clean Fuels 2018 Calendar Year Fleet Data Collection SURVEY

Driving Sustainability with Technology, Information, and Tools

MOTION NO. M Light Rail Vehicle Oil-less Rotary Scroll Air Compressor Upgrade PROPOSED ACTION

Background. ezev Methodology. Telematics Data. Individual Vehicle Compatibility

for Los Angeles Int l Airport Trade, Commerce, & Tourism Committee

ALAMEDA GREEN YOUR DREAM HOME SERIES

Transportation Demand Management Element

Letter Supporting Continuation of Clean Energy Vehicles Rebate

U.S. Heavy-Duty Vehicle GHG/Fuel Efficiency Standards and Recommendations for the Next Phase

SW Clean Transportation Project

Transcription:

This document is made available electronically by the Minnesota Legislative Reference Library as part of an ongoing digital archiving project. http://www.leg.state.mn.us/lrl/lrl.asp Minnesota State Light Vehicle Fleet Sustainability Benchmarks FY 2018 Minnesota Statutes 16C.137, Subdivision 2 Report 2/12/2019

Table of Contents Purpose... 3 Fleet Size... 3 Fleet Inventory Composition... 4 Petroleum and Cleaner Fuel Usage Benchmarks... 5 Fleet Fuel Efficiency Benchmark... 6 Current Methods used to Reduce Travel... 8 Recommended Next Steps and Goals... 8 Minnesota State Light Vehicle Fleet Sustainability Benchmarks FY 2018 2

Purpose This report on the sustainability benchmarks for state fleet vehicles is required by M.S. 16C.137 Subd. 2. To promote energy conservation, State agencies are to examine their vehicle fleets, fuel needs and best practices for using Information Technology (M.S. 16C.137 Subd. 1). Specifically, when considering the transportation needs of personnel carrying out professional duties, State agencies are to: when feasible, ensure that state fleet vehicles: o use cleaner fuels o have fuel efficiency ratings that exceed 30 miles per gallon (MPG) for city usage or 35 miles per gallon for highway usage o are powered solely by electricity; increase use of renewable transportation fuels, including ethanol, biodiesel, and hydrogen from agricultural products; and increase use of Web-based Internet applications and other electronic information technologies to enhance the access to and delivery of government information and services to the public, and reduce the reliance on the department's fleet for the delivery of such information and services. An enterprise Fleet Mission Statement was developed by the Fleet Council and Fleet Sustainability Workgroup (FSWG) and approved by the Sustainability Steering Team in February of 2018. The State of Minnesota as an enterprise, will lead by example by achieving a reduction in fossil fuels through implementation of fleet technologies and safe, reliable, and renewable energy vehicles to include plug-in hybrid, all-electric and hydrogen powered vehicles to reduce its impact on the environment and society. Fleet Size The State of Minnesota light vehicle fleet 1 is divided into four managed fleets 2. In addition, there are agency owned/managed vehicles. This report is based on the light vehicle count as of the end of FY 2018. A vehicle replacement plan is in place to convert agency owned/managed vehicles to Admin leased vehicles over the next five years. Department Light Vehicle Fleet Count Administration Leased 1,605 Natural Resources (DNR) 1,290 Public Safety (DPS) 1,333 Transportation (MnDOT) 1,788 Agency owned/managed 620 Total Vehicle Count 6,636 1 Light vehicle fleet equals all on-road licensed motor vehicles with a Gross Vehicle Weight Rating (GVWR) 10,000 lbs. 2 Agency owned/managed vehicles - state-owned fleet vehicles purchased and managed by individual agencies. Fuel and usage information on these vehicles is limited; therefore they are not included in the fuel usage benchmarks. Minnesota State Light Vehicle Fleet Sustainability Benchmarks FY 2018 3

Fleet Inventory Composition More efficient internal combustion vehicles, hybrids, the use of biofuels, electric (EV), and plug in hybrid electric vehicles (PHEV) will reduce fossil fuel gallons used and, subsequently, greenhouse gas (GHG) emissions. The Enterprise Fleet includes several vehicle types that are chosen to best meet core agency business operations. Bringing more fuel-efficient vehicles, including electric and plug-in hybrids, to Minnesota continues to be a challenge as there are greater incentives for manufacturers to supply the Zero Emissions Vehicle States with the electric vehicles as they come to market. We continue to work with the Office of State Procurement and manufacturers to increase the number of available green vehicles in Minnesota. The following Green Choice vehicles were added to the State Contract: Fully Electric Sedan Nissan Leaf, Chevrolet Bolt and Bolt Cargo (fully electric vehicle with a longer battery range than the Leaf) Plug-in Hybrid Electric Sedans Chevrolet Volt (no longer available), Ford Fusion Energi SE Plug-in Hybrid SUVs Mitsubishi Outlander PHEV The National Association of Fleet Administrators (NAFA) Fleet Accreditation Program provides a level playing field by setting standards for all fleets, regardless of their industry, size, location or composition. NAFA defines a sustainable fleet as one that manages and reduces net environmental impacts from fleet operations at or ahead of pace required for environmental need by demonstrating that the fleet is making concrete improvements in air quality by reducing emissions, increasing fuel efficiency, and reducing fuel use. Every enrolled fleet is assessed on its own unique progress and real actions. Admin, DNR, and MnDOT were re-certified in FY 2018 and attained tier 3 rating status. Currently the state fleet includes 21 Fully Electric, 20 Plug-In Hybrid, and 576 Hybrid vehicles; a 175% increase in sustainable vehicles from 2016. Minnesota State Light Vehicle Fleet Sustainability Benchmarks FY 2018 4

2500 2000 2272 2153 2116 FY2014 vs FY2016 vs FY2018 Vehicle Count by Vehicle Gross Vehicle Weight Rating (GVWR) Class 1906 1796 1735 1500 FY2014 1078 1088 1052 FY2016 1000 873 897 711 647 655 625 FY2018 500 0 Automobiles Vans LT 8,500 GVWR Pickups LT 8,500 GVWR SUV LT 8,500 GVWR 8500-10,000 GVWR Petroleum and Cleaner Fuel Usage Benchmarks The State fleet is making progress in its commitment to purchase more efficient internal combustion vehicles, hybrids, electric (EV) and plug-in hybrid electric vehicles (PHEV) to reduce fossil fuel gallons used and, subsequently, GHG emissions. The Admin combined agency fleet develops an annual Green Choice Vehicle Selector List from vehicles available on State contracts. Agencies are being encouraged to select a vehicle with a GHG Environmental Protection Agency (EPA) emissions score of 7 or better. We anticipate that there will be approximately 10 vehicles available on State Contract in FY 2019 that will meet those requirements. In FY 2018, 68% of state vehicles purchased (excluding MnDOT vehicles) had an emission score rating of 7 or higher. Some required vehicles including passenger ADA/cargo vans and light trucks are not yet available with emission ratings of 7 or higher. The use of E85 fuel in flex fuel vehicles will need to be increased substantially in order to reduce the negative environmental impact by burning cleaner fuel. Telematics devices are utilized in the Admin combined state fleet vehicles to monitor the vehicles and gather better data to optimize fleet performance and fuel efficiency. This data measures vehicle performance, gas mileage, speed and idling. The data provides agencies with fleet safety, utilization, and fuel efficiency reports to help better manage their fleet size and environmental outcomes, as well as improvements to safety, wear-and-tear on vehicles, etc. The graph below shows a more accurate picture of fuel use in FY 2018 as more agencies vehicle inventory and fuel data is now being reported in the enterprise fleet management system M5. Minnesota State Light Vehicle Fleet Sustainability Benchmarks FY 2018 5

4,000,000 Total Fuel Gallons Used By Fuel Type 3,500,000 3,000,000 3,479,639 3,331,320 3,644,753 FY2014 2,500,000 FY2016 2,000,000 1,500,000 FY2018 1,000,000 500,000 0 642,613 Fleet Fuel Efficiency Benchmark 420,972 766,288 253,288 312,325 GAS E85 DIESEL (B5) DIESEL (B20) CNG A benchmark for fleet fuel efficiency was implemented to measure and report a vehicle s miles per gallon (MPG). This is the baseline by which we monitor future results with the intention of an annual improvement in fuel efficiencies by increasing a vehicle s MPG. Tracking MPG can be more insightful than gross fuel use at times because agency business needs vary from year to year, sometimes necessitating increased travel. The MPGmeasurement is calculated by taking the total annual miles driven for a vehicle (reported through the M5 database) divided by the annual gallons of fuel used for the same vehicle (reported through Fleet Services Voyageur fuel program) to determine the average MPG. 685,182 In FY 2018, the MPG for the state light vehicles is 17.2. All state vehicles and fuel is now being reported in M5. It is difficult to show the improvements made when compared to previous year data as all cabinet level agency fuel data was not previouslytracked in M5 and is now included in the FY 2018 metrics. One of the factors for this improvement is education provided by Fleet Services to agencies about more fuel efficient choices available and subsequently, agencies moving towards utilizing Green Choices vehicles. These improvements will show when compared with FY 2019 metrics. One opportunity to improve the fuel efficiency benchmark is to schedule the replacements of agency vehicles with newer, more fuel-efficient vehicles. Additional opportunities exist in ensuring the most fuel efficiency vehicle capable of the mission is used. One concerning trend has been the increased number of SUVs in the fleet, from 625 in 2014 to 1078 in 2018. 11,455 16,673 23,067 1,678 1,406 0 Minnesota State Light Vehicle Fleet Sustainability Benchmarks FY 2018 6

40.0 38.2 FY18 MPG & Fleet Vehicle Type By Cabinet Level Admin Leased DPS DNR DOT 35.0 32.1 30.0 28.4 25.0 24.6 24.6 MPG 20.0 15.0 10.0 16.4 20.0 18.3 16.8 15.4 13.6 16.2 14.5 15.0 20.1 20.3 14.5 14.4 13.4 12.3 11.0 9.9 7.7 3 17.2 MPG Combined Light Fleet Average for All Fleets (Excluding >10-14K GVWR) 5.0 0.0 0.0 Automobiles Vans LT 8,500 GVWR Pickups LT 8,500 GVWR SUV LT 8,500 GVWR 8500-10,000 GVWR 10,000-14,000 GVWR Note: DPS Fleet Includes Pursuit Vehicles. Although the number of SUV s in the fleet has increased, the MPG is tracking closely to automobile MPG due to the availability of the SUV hybrid. Overall miles in vans and pickups is down. Meaning that we re doing the same work with either smaller vehicles or doing it with fewer miles. Or we ve cut out unnecessary vans and pickups. 25.00 20.00 20.0 21.9 20.6 MPGs By Vehicles Type By Fiscal Year 19.8 18.6 19.0 17.3 * Does not incude 'Agency Owned' vehicles. * Does not include off-road vehicles or vehicles > 10,000 Gross Vehicle Weight Rating (GVWR). * Includes Department of Public Safety pursuit vehicles. 19.2 19.8 15.00 13.7 15.2 14.9 11.5 12.5 12.4 10.00 5.00 0.00 Automobiles Vans LT 8,500 GVWR Pickups LT 8,500 GVWR SUV LT 8,500 GVWR 8500-10,000 GVWR FY2014 FY2016 FY2018 Minnesota State Light Vehicle Fleet Sustainability Benchmarks FY 2018 7

Current Methods used to Reduce Travel In addition to moving to more fuel efficient vehicles, State fleets also advocate for ways to reduce the need to travel in vehicles at all by utilizing existing technologies to meet electronically or by expanding Ride Sharing options where appropriate. Examples of increasing use of interactive video, Skype, Lync, etc. for: o Mental health court hearings o Special review board hearings o Educational seminars o Job interviews; consultants o Administrative meetings Examples of Ride Sharing and reduction strategies include: o Organized meeting/travel days for vehicle ride sharing o Calendar applications to schedule use of vehicles and identify carpooling opportunities o Use of Enterprise vehicle rental contract for short or infrequent trips Recommended Next Steps and Goals On July 20, 2018 the Sustainability Steering Committee approved the Fleet Action Plan developed by the Fleet Enterprise Sustainability Workgroup, sub-teams and Fleet Council over the course of meetings in 2017. The plan identifies 10 levers agencies may choose from to reach their own goals to reduce fossil fuel use. Levers represent strategies agencies may pursue, along with others they identify, to meet fossil fuel reduction targets at their agency. Agencies will identify the levers they are pursuing, either those listed in this plan, or those they self-identify in their agency sustainability plan. In agency sustainability plans, lever selection is annually validated by the Office of Enterprise Sustainability as a viable collection of strategies to achieve a 30% reduction in fossil fuel use by 2027. In the fall of 2017, in conjunction with the Fleet Action Plan, agencies completed a 10-year fleet replacement planning exercise. The purpose was to demonstrate necessary changes in light vehicle buying habits to meet the fossil fuel reduction goal. The planning exercise uses 2016 vehicle inventory, miles, and fuel as the baseline and assumes miles driven and quantity of vehicles in 2027 will be similar. The replacement planning tool demonstrated that most agencies will be able to achieve much greater than 30 percent reduction of fossil fuel use in their light fleet by 2027 with simple changes like purchasing sedans rather than SUVs for passenger vehicle uses, and purchasing hybrid sedans and SUVs rather than traditional internal combustion only vehicles. The results of the replacement planning exercise show an overall reduction of fossil fuel gallons used in the 2027 light vehicle fleet of 35%. A greater than 30% reduction of fossil fuel use in the light vehicle fleet is important because there are less technological options to reduce fuel use in medium-duty, heavy-duty, and off-road equipment. The Fleet Action Plan includes a fleet reduction pathway that demonstrations several levers that collectively have the ability to help the State reduce its fossil fuel use by 30% by 2027 and by 80% by 2050. For this pathway to hold true, agencies will need to immediately and aggressively pursue these strategies. This pathway was constructed assuming a scenario of the future where electric vehicle Minnesota State Light Vehicle Fleet Sustainability Benchmarks FY 2018 8

technology and markets have advanced, renewable diesel or other sustainable diesel option is available in Minnesota and/or hydrogen fuel cells have advanced, and other societal gains from things like fuel efficiency standards progress as usual. Several of the levers have already been completed including tracking all cabinet level vehicles and fuel use in the enterprise fleet management system M5. The pathway demonstrates reductions from the use of the following remaining levers and may include additional levers identified at a later time: Business as Usual Reductions Societal reductions from things like improved fuel efficiency standards. Reduces fossil fuel use by 4% by 2027. 2% Reduction in Medium & Heavy (Lever 4) Reduce fossil fuel consumption in the medium and heavy fleet by 2% annually. Reduces fossil fuel use by 12% by 2027. Adopt EVs (Lever 5) Electrify 20% of the light vehicle fleet by 2027 and 90% by 2050. Reduces fossil fuel use by 3% by 2027. Increase E85 (Lever 6) Use 75% E85 fuel in Flex Fuel vehicles by 2022. Reduces fossil fuel use by 2% by 2027. Use RD100 (Lever 9) Replace 80% of diesel consumption with biodiesel, renewable diesel, a blend, and/or replace diesel vehicles with electric or hydrogen fuel cell. Reduces fossil fuel use by 11% by 2027. A sustainability reporting tool is currently in development to collect and dashboard data. This tool will use the M5 enterprise fleet data and compute GHG emissions from fleet activities, display key performance indicators, and will have a function to assist in fleet planning and producing agency sustainability reports. We anticipate rolling out this new tool in 2 rd quarter of FY 2019. Looking further into the future there are fuel cell vehicles, autonomous vehicles, ride-share technologies, and Shared Electric Autonomous Vehicles (SEAV). Companies like Uber, Tesla, Google, and others are dedicating resources and actively testing autonomous vehicles. While policy and markets are inexplicably connected, market forces are moving transportation to a less fossil fuel intensive future. Auto manufactures, largely in 2017, have announced major changes in their plans for production over the next 10 years. Auto manufacturers are shifting production to include greater number of models available as fully Electric Vehicles (EV), plug-in electric hybrid vehicles (PHEV), hybrids, and fuel cells. It is anticipated much of the State Fleet will transition to electric vehicles; however, the availability of these vehicles in Minnesota is slow to come. Minnesota State Light Vehicle Fleet Sustainability Benchmarks FY 2018 9