November 20, 2013 Hino Motors, Ltd. Y. Takenaka

Slides:



Advertisements
Similar presentations
Acceleration/Speed Limiter Maria Tevell Volvo Technology Corporation
Advertisements

EU Tire Label. April 2011 Tire Performance Label: A Global TrendTrend 2 EU World wide introduction of a tire label EU-Label for the performance in Rolling.
John Consiglio The Cooper Union February 24, 2009 Using Hardware-in-the-Loop Simulations to Improve EPA Emissions Testing.
Hybrid System and Plug-in Hybrid System
Heavy-duty vehicle test facility at VTT Excellent tool to determine the effect of traffic environment on emissions and energy use Juhani Laurikko 10 June.
EUROPEAN COMMISSION Road Safety and Eco-driving Annie CANEL DGTREN – Road Safety 8 mai 2008.
1 Zissimos P. Mourelatos, Associate Prof. Daniel N. Wehrwein, Graduate Student Mechanical Engineering Department Oakland University Modeling and Optimization.
1 Motor Vehicle Emission Control in Japan Better Air Quality Workshop 2002 ( 16th Dec 2002 ) Environmental Management Bureau, Ministry of the Environment.
Resistance Forces on A Vehicle P M V Subbarao Professor Mechanical Engineering Department Estimation of Vehicle Demands ….
Cost effective hydrogen transport and emissions reduction Amanda Lyne Green Fleet Scotland 2015.
UNECE Joint Task Force on Environmental Indicators Item 3 (f) Average Age of Road Motor Vehicle Fleet.
1 I&M of 2-3 wheelers - an overview of Asian experience Presentation By M.N.MURALIKRISHNA Technical Adviser TVS MOTOR COMPANY INDIA BAQ Workshop Yogyakarta.
UNECE/GRPE Informal WG on Heavy Duty Hybrids (HDH) Baltimore 2012 HDH Chair Petter Åsman Document: EVE-02-06e.
Working group L-EPPR 07 June 2013
Nobutoshi HORIE Environmental Policy Division, Road Transport Bureau
Ministry of Land, Infrastructure, Transport and Tourism Overview of FY2020 Fuel Efficiency Standards for Passenger Vehicles January, 2012 Atsuto Kajiwara.
Instrumented Vehicle BAQ Instrumented In-Use-Vehicles, a Versatile Tool to Measure Emissions BAQ 2004 Agra, India Dec 2004 Instrumented In-Use-Vehicles,
Ministry of Land, Infrastructure, Transport and Tourism Japanese EFV Diffusion Policy Nobutoshi Horie, Deputy Director Environment Policy Division, Road.
Regulating fuel economy of heavy-duty vehicles (HDVs) Winston Harrington Alan Krupnick For USAEE Meeting Washington, DC, October 11, 2011.
Measures for reducing vehicle noise
Igor Trpevski University of St. Cyril and Methodius Skopje,
2012/1/13 1 Gear shift analysis ~ Further Review on original JPN gear shift points ~ Prepared by Japan 13 January 2012.
Reducing Pollution from Transport – actual challenges and developments Research center for Transport and Logistics Hybrid Vehicle Sustainability Evaluation.
Renault statements and questions: Page Autor/Abt.: ACEA WLTP EV Group /Samarendra Tripathy 1] Phase specific calculation (appendix YYY of attached.
Japanese proposal on R51 limit values ~Rationality of Thresholds for N2 and M3~ JASIC 1 Informal document GRB (57 th GRB, 5-7 February 2013, agenda.
Assessment Criteria for the Acceptability of Cycle and Testing Procedure Informal working document DTP Subgroup LabProcICE slide 1 Assessment Criteria.
1 Mr H A Nakhawa, ARAI, Pune, India 13 th DHC Informal Group Meeting 64 th GRPE Session, June 2012 Geneva Validation 1 results of Indian Vehicles on LPVC.
Japanese proposal on R51 limit values JASIC 1 Informal document GRB Rev.1 (55th GRB, 7-9 February 2012, agenda item 3(b))
Geneva, 09 December Commission Proposal on the General Safety of Motor Vehicles Automotive Unit- F1 Geneva, 09 December Informal document No.
WLTP validation test results for BEV(i-MiEV) & OVC-HEV (Prius PHV)
Proposed by Japan GRPE/WLTP-IG/ DHC subgroup
Resistance Forces on A Vehicle P M V Subbarao Professor Mechanical Engineering Department Estimation of Vehicle Demands ….
ENVIRONMENTAL IMPACTS OF ELECTRIC VEHICLES IN THE PORTUGUESE ROAD TRANSPORTATION SECTOR Patrícia Baptista Lisboa, 7 st June 2010.
WLTP-DHC Gear shift analysis Proposed by Japan DHC group under GRPE/WLTP informal group 6-7 July 2011 Stockholm, Sweden.
Submitted by the expert from Japan the secretariat
Energy Consumption & Power Requirements of A Vehicle
HEV Fundamentals Hybrid electric vehicles (HEVs) are vehicles that combine an internal combustion engine (ICE) with an electrical traction system. It usually.
Fuel savings potential from low rolling- resistance tires Axel Friedrich Umweltbundesamt (UBA) Germany.
EPA Phase II for Greenhouse Gas Emissions
CEE6984: Special Topics – Transportation Sustainability
Future Technologies and Fuels for the Trucking Sector
HDV CO2 fuel consumption and emissions policy
4. Activity Data – Beginner’s Guide
Electric Motors as Automotive Prime Movers
Proposed by Japan GRPE/WLTP-IG/ DHC subgroup
SiCo ACEA position RESULT slides proposal.
Fuel consumption measurement in LDVs WLTP 2nd act Working Group
RDE Regulation Commission Meeting
HDV CO2 verification test (“SiCo”)
Industrial Processing
ACEA Comments to Commission’s note of April Editing Board
Development of the Japan’s RDE (Real Driving Emission) procedure
HD FE Harmonization OICA HD-FE TF Y. Takenaka
BRAKE PARTICLE EMISSIONS
Expansion of consideration target of ITS-AD IWG
M. Amann, W. Asman, I. Bertok, J. Cofala, C. Heyes,
Electric Motors as Automotive Prime Movers
HDV fuel economy certification approaches around the globe
HD FE Harmonization - Introduction - OICA HD-FE Workshop
Proposal EV/PHEV/HEV/FCV Lab Process Sub-Group
Pilot project: Analysis of the relevance of influencing factors when determining CO2 emissions and fuel consumption during type approval of passenger cars.
Japanese Fuel Efficiency Standard for Heavy Duty Vehicles
HDV CO2 Regulation in REPUBLIC OF KOREA
New EU Regulation on General Safety Implementation of Tyre Aspects
Panorama Normatividad
Lab Process Internal Combustion Engines
Working Group “Real-Driving Emissions of Light-Duty Vehicles” Work Progress – December
China Automotive Technology and Research Center Co., Ltd.
Combined approach for vehicle test weight, stepless inertia and vehicle selection Revised proposal by The Netherlands (Andre Rijnders ), T&E (Iddo Riemersma)
Presentation transcript:

November 20, 2013 Hino Motors, Ltd. Y. Takenaka HDV Regulation Update November 20, 2013 Hino Motors, Ltd. Y. Takenaka

Contents Achievement for 2015 FE Standard Technical feature of 2015 FE Standard

Present Condition of HDV Registration Vehicles      CO2

GHG/FE Regulation trends for HDV Year '10 '11 '12 '13 '14 '15 '16 '17 '18 '19 '20 '21 - 25 '26 - 30 JPN US EPA DOT EU CHN Legislated in 2006 targeting 2015 Target year and standard are not fixed Rule making? GHG Phase I Final Rule Rule making? Phase II FE Phase I Draft Final Monitor Proposal Rule making Start of 1st regulation is not fixed 2nd Stage of constant speed test Revised criteria 1st Stage of new Measurement Final rule of new measurement

Improvement by JPN 2015 FE Std. 2002 2015 Improvement Truck 6.56 (km/L) 7.36 (km/L) 12.2 (%) Tractor 2.07 (km/L) 2.93 (km/L) 9.7 (%) Total 6.32 (km/L) 7.01 (km/L) 2002 2015 Improvement Route Bus 4.51 (km/L) 5.01 (km/L) 11.1 (%) General Bus 6.19 (km/L) 6.98 (km/L) 12.8 (%) Total 5.62 (km/L) 6.30 (km/L) 12.1 (%) Average improvement value in JPN 2015 FE Std. is about 12% during 13 years.

HDV fuel efficiency New tax incentives for fuel-efficient LEVs Reductions in Vehicle Acquisition Tax & Vehicle Tonnage Tax (valid for 3 years from April 2012) Tax Reduction/Exemption Requirements Fuel efficiency Emissions Exempt Compliant +10% compared to 2015 FE standards NOx & PM down by 10% from 2009 standards 75% reduction Compliant +5% compared to 2015 FE standards Compliant w/ 2009 standards 50% reduction Compliant w/ 2015 FE standards Compliant +5% compared to 2015 FE standards EVs, PHEVs, Fuel cell vehicles, Natural gas vehicles 6

Compliant w/ 2015 FE standards HDV fuel efficiency New purchasing subsidies for fuel-efficient LEVs Valid from December 2011 through January 2013; Budget depleted in July 2012 Subsidy Amount GVW Weight Class Requirements Total Allocation 900,000 yen Over 12t Compliant w/ 2015 FE standards 48.8 billion yen 400,000 yen   Over 7.5t 200,000 yen   Over 3.5t 7

New HDV compliance rate (%) 2015 fuel efficiency standards Trends in average certified HDV fuel efficiency New HDV compliance rate (%) w/ 2015 FE target 2006 Actual 2007 Actual 2008 Actual 2009 Actual 2010 Actual 2011 Actual 2012 Actual 2015 Target 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2015 FE target 2015 fuel efficiency standards 2009 emissions regulations Fiscal year 年度

Contents Achievement for 2015 FE Standard Technical feature of 2015 FE Standard

Elements which compose FE regulation Sub-Elements Issues Examples FE Unit - Transport efficiency or Easy to understand for everybody - km/L - ton.km/L Vehicle classification Simpler category is desired, but needs to reflect to real world compexity - Vehicle type (Tractor, bus….etc) - GVW, type of cabin Items of FE effect Accuracy vs. cost of measurement Contribution for FE - Engine, T/M - Aero dynamic and rolling resistance Driving Mode Vehicle speed base or road data base less complexity vs real world reflection - Combination of few mode - Unique mode for each vehicle type Measurement Method Chassis dynamometer Should Chassis dynamometer measurement be used Simulation Should simulation be used Driver model contents - Common calculation logic - Difference of steady and transient Engine measurement Number of measurement points Transient operation effect - CO2 measurement by engine - Engine FE map and simulation Aero dynamic measurement Measurement methods Selection of vehicle type, rear body - Coast down, steady speed drive - CFD - Wind tunnel Tyre rolling resistance Measurement method, labeling - Common tyre measurement method - How to handle a number of axis Others Measurement method - Driveline drag, Auxiliary drag, etc Criteria Limit of FE value or average value - Averaged by number of sales - CAFÉ

Category for FE standard for Truck and Tractor in Japan

Category for FE standard for Bus in Japan

Overview of process to estimate FE value in Japan Fuel Consumption - JE05 mode - High-way mode Full Torque Curve Conversion & Calculation Program Gear ratio, Eff. Engine Gear ratio,Eff. Dia. T/M F/G, Tire Combined Fuel Consumption km/L Select GVW category Torque Nm Fuel flow L/h (Measured) - Half payload - Running resistance Engine speed rpm 13

JE05 is common for FE regulation and emission regulation Driving Cycle in City JE05 is common for FE regulation and emission regulation City 市街地 Highway 高速道路 Vehicle Speed (km/h) Next, I'll speak about the driving cycles. Heavy-duty vehicle are used in urban and intercity expressway. So, both driving cycle have to be examined. JE05 is representative as urban driving, so, JE05 is decided as urban driving cycle. Time(s) This mode was developed as typical City driving pattern in Japan when the rule making of New Long Term emission regulation. 14 14

Driving Cycle in Highway ・Constant speed 80km/h ・Tomei Express way with gradient Gradient % Therefore, 80km/h constant speed, limit speed of HDV, and grade simulated Tomei expressway is decided as intercity express driving cycle. Time s 15 15

Ratio of Highway mode for each category Vehicle type No. Max payloadd Ratio GVW(t) (t) (%) 1 ≦1.5 2 1.5<&≦2 3.5<&≦7.5 3 2<&≦3 4 3< 5 7.5<&≦8 - 10 6 8<&≦10 - Truck 7 10<&≦12 - 8 12<&≦14 - 9 14<&≦16 - 10 16<&≦20 - 11 20<&≦25 - 30 1 tractor-head GVW ≦20 20 Tractor 2 tractor-head GVW 20< 10 1 6<&≦8 2 8<&≦10 Route Bus 3 10<&≦12 4 12<&≦14 5 14<&≦16 1 3.5<&≦6 2 6<&≦8 General Bus 3 8<&≦10 10 4 10<&≦12 5 12<&≦14 6 14<&≦16 35 7 16<&≦20 16 16

Idea to determine by Top Runner Method using population with HV and conv. is adopted in PC but not fixed for HDV. Target is determined by population ratio Post 2015 FE Std. Improvement estimated based on technology 2015 FE Std. Conv. HV

Summary 2015FE standard Legislation of 2015 FE standard was completed in 2006. FE improvement target is almost 12% in average comparing 2002. Government supported by tax reduction incentives and subsidies. Technical feature of 2015FE in Japan Simulation based FE value determination. Vehicle categorize by GVW for truck and bus. Combination of emission certification mode and highway mode with weighting ratio for each vehicle type. Target was determined base on 'Top Runner Method'. FE items of engine, T/M and tire are included.