Regulations on Electric Bicycles in Japan



Similar documents
BY-LAW NUMBER

Traffic accidents in Hanoi: data collection and analysis

ILLINOIS STATUTES REGARDING BICYCLES Updated March 2009

Analysis of Accidents by Older Drivers in Japan

STREETS -- BICYCLES -- PATHS

Appendix 1: ICD 10 AM (6th Edition) Cause of Injury Code and Description

Evanston Main Street Station TOD Plan and Study. Appendix A.1: Station Area Existing Conditions

2 nd National Workshop on Global Fuel Economy Initiative (GFEI) in Mauritius. Ministry of Environment and Sustainable Development 27 th November 2014

ROAD SIGNS IN JAPAN PARKING SIGNS. No Parking or Stopping Anytime SIZE & WEIGHT LIMIT SIGNS SPEED LIMIT SIGNS

Bylaw No Codified to Bylaw No (December 19, 2011)

Now Therefore, The Corporation of the City of Peterborough by the Council thereof hereby enacts as follows:

Driving Safety Support Systems Utilizing ITS Radio System

HOW WILL PROGRESS BE MONITORED? POLICY AREA. 1. Implement the 2040 Growth Concept and local adopted land use and transportation plans

16. Aachener Kolloquium Fahrzeug- und Motorentechnik

Bicycle Traffic Accidents in Japan

The ibiqe concept Light individual transport system. Negawatt the future energy consumption target

Frequently Asked Questions

Market Overview and Pedelec Product Niches

Bicycles and Proper Highway Restrictions

Golf Cart Safety Training

ORDINANCE NO. 15,083

CHAPTER 1 Land Transport

The Japan Society of Mechanical Engineers C 2010

CHAPTER 5-A. Bicycle and Skateboard Ordinance

New Jersey Bicycle Laws

PEDESTRIAN PLANNING AND DESIGN MARK BRUSSEL

A Bicyclist s Guide to Traffic Law in Tucson and Pima County. Traffic Laws, Fines and Phone Numbers

ITARDAInstitute for Traffic Accident

HIGHWAY DESIGN REPORT. Appendix 4. Proposed Design Principles for City Passings

PUBLIC SCHOOL FACILITIES ELEMENT

SAN DIEGO - A BICYCLE FRIENDLY CITY

Road Transport and Road Traffic Accident Statistics (Island of Mauritius)

INCREASING MOTORCYCLE HELMET USE

Bicycle Crash Data 2012

Heavy Loads on Roads By-law

City of Vantaa New Plans and Projects

Evaluation of traffic control policy in disaster case. by using traffic simulation model

Core Fittings C-Core and CD-Core Fittings

Multi-Modal Corridor Degree of Complexity: High Cost/Benefit: High

Crucial Role of ICT for the Reinvention of the Car

Pedestrian & Bicycle Plan

Rural Road Safety Policy in Korea: Lesson Learned

(Version 1.0 August 2014) Cover Letter. (See Paragraph 9 of Section 1A.10)

STANDARD SUPPLY CONDITIONS FOR SPECIFIED POWER DEMAND

STATUS-QUO AND CHARACTERISTICS OF SENIOR BICYCLE RIDERS

TO PREVENT SPEED VIOLATIONS AND TO PROVIDE TRAFFIC SAFETY WITH MICROPROCESSOR-BASED AUTOMATIC VEHICLE SPEED CONTROL SYSTEM

FOR IMMEDIATE RELEASE

Innovative technologies and solutions for (e-)buses

Ways to Reduce to Motorcycle Accidents

Keiichi OGAWA a. Keywords: Bicycle, Cycling Space, Traffic Accident, Intersection 1. INTRODUCTION

Injury indicators: A validation tool. Road safety indicator specifications

SAFE CYCLING GUIDE. 7th Edition

Jurisdictional Scan of Traffic Management during Incidents on Bridges

NASHVILLE BICYCLE LAW 3/18/09

PDCA Cycle Based Traffic Accident Countermeasure Management

BICYCLE AND IN-LINE SKATE LAWS ROAD SHARING RESPONSIBILITIES OF BICYCLISTS AND MOTORISTS, REQUIRED EQUIPMENT AND PARENTAL RESPONSIBILITY

Summary of Terminal Evaluation I Outline of the Project Project title: The Project for the Capacity Building of Road Maintenance

2006 California Vehicle Code Portions relevant to Motorized Bicycles

motion solutions for leisure, mobility and industrial applications

Section 3: Measures for Road Traffic Safety I. Viewpoints in Considering Future Measures for Road Traffic Safety

Lower emissions, lower fuel consumption.

Road Traffic (Heavy Vehicle Speeding Compliance) Regulations 2009

Road Safety Authority Provisional Review of Road Crashes 2013

Bicycle Crash Data 2013

ENERGY TRANSFER SYSTEMS AND THEIR DYNAMIC ANALYSIS

Road Transport and Road Traffic Accident Statistics (Island of Mauritius)

F output. F input. F = Force in Newtons ( N ) d output. d = distance ( m )

Sustainable mobility: the Italian technological challenge

Smart Cycling IN SANTA MONICA SANTA MONICA POLICE DEPARTMENT BE SMART. BE VISIBLE. BE ATTENTIVE. HAVE FUN!

The State Government recognises. areas, and regulates bicycle

CHASSIS - 4WD SYSTEM. Realizes stable start-off and acceleration performance

E-bike and Pedelec Legislation in the European Union

AAA S GUIDE TO A SAFE

SAFE CYCLING GUIDE. 6th Edition

New Hampshire State Laws Pertaining To Bicycles. CHAPTER 230 STATE HIGHWAYS Planning and Laying Out Bicycle Routes

CONTENTS TRAFFIC ACCIDENTS AND SAFETY POLICIES INTRODUCTION BOOK 1 TRAFFIC ACCIDENTS

Table B. Casualties in Road Accidents who were Recognized as Casualties of Work- Related Road Accidents, and were Reported to the Police

Audit Results by Transport Sector

SIP-PROJECT : Preliminary examination of traffic accident simulation to evaluate the benefits of safety systems for the reduction of traffic accidents

What happens when walkers and cyclists share the space?

INSPIRED BY DESIGN. DRIVEN BY INNOVATION.

Motor Vehicle Insurance Claim

Cars of the future. What is your most favourite car in the world? Give a description of your first car

Steadfast Taswide Pty Ltd ABN AFS Licence No

A Rider s Guide to Mopeds, Motorcycles, All-Terrain Vehicles, and More in the Northwest Territories

MOVING YOU FURTHER HYUNDAI HEAVY INDUSTRIES

Transcription:

Regulations on Electric Bicycles in Japan April 1, 2001 Masatoku Kokayu Officer, PAS Business Department, Yamaha Motor Co., Ltd. Chairman, (Japan) Conference of Safety Popularization for Electric Assist Bicycles

I. Legal Standards Related to Electric Bicycles in Japan Standards related to electric bicycles in Japan are established based on the Road Traffic Law under the jurisdiction of the Police Administration. The full text of related laws is as follows: 11-2, Article 2, the Road Traffic Law (Definition) Bicycles means vehicles with more than two wheels that use pedals or hand grabs and run through human energy (excluding those running on rails), other than wheelchairs, walk assist vehicles, etc. for the handicapped and vehicles for children, and use prime movers to assist human energy (including those consistent with standards established in Primer Minister s Office Order). 3, Article 1, the Implementation Rules for the Road Traffic Law (the Prime Minister s Office Order) Standards established in the Prime Minister s Office Order of 2, No. 11, Item 1, Article 2, Standard Law of Bicycles Using Prime Movers to Assist Human Energy are described as follows: 1. Prime movers used for assisting human energy are those that match any of the following conditions. A. Motors. B. To let bicycles run in the speed less than 24km/h, prime movers are used for assisting human energy and the rate of assistant power is respectively the value established in (1) or (2) corresponding to the speed differentiation described in (1) or (2). (1) Speed less than 15km/h (2) Speed over 15km/h and less than 24km/h First, subtracting 15 from the value of running speed shown in km/h; then, dividing the result with 9; and finally, subtracting the result from 1. X = [speed (km/h) 15] 9 C. To let bicycles run in the speed over 24km/h, prime movers are used without adding assistant power. D. Prime movers consistent with any from A to C are of the structure that cannot be easily modified to those inconsistent with any from A to C. 2. The function that uses prime movers to assist human energy works smoothly and the smooth working of the function is to ensure complete service and avoid occurrence of hindrances.

II. Explanations Related to Laws in Japan 1. Relation between Assist Rate and Speed 3, Article 1, the Implementation Rules for the Road Traffic Law (Prime Minister s Office Order) B and C of Standard 1 for bicycles that use prime movers to assist human energy (hereinafter referred to as assist rate ) are shown with graphics as follows: Assist Rate Human Energy Ratio Motor Power Ratio Running Speed 1) In speed less than 15km/h, the assist rate is below 1:1. 2) In the speed range over 15km/h and less than 24km/h, the assist rate reduces in contrast as speed increases while in speed over 24km/h, motor power becomes zero. 2. General Understandings Regarding the Basis of Standard Values Regarding the relation between assist rate and speed, though the basis of the established standard values remain unclear, it is assumed that the values established in JIS common speed of practical bicycles = 15km/h and common speed of sport bicycles = 24km/h are the bases. Moreover, it is understood that setting the assist rate below 1:1 in maximum is due to the fact that it is deemed necessary for vehicles to use human energy as the main driving force to be dealt with as bicycles. It is understood that the purpose of reducing assist rate in the high-speed range is to suppress the running speed from becoming too high, then preventing sudden and dramatic changes in driving force at the point of 24km/h. These performance standards are determined by investigating the actual conditions of bicycle utilization and road traffic environments, etc. in the country and continue to have strong impacts on the unique road environments in Japan such as generally narrow road space, bicycles sharing sidewalks with pedestrians, etc. Regarding the highest speed and assist rate, it is important to establish standards suitable for traffic environments in different countries.

3. Regarding Battery and Motor Outputs In Japan, there are no legal standards regarding battery and motor outputs. It is understood that this is due to the fact that motor assist rate and ceiling speed are already established and battery output is not likely to rise without due cause. III. Model Authorization System In Japan, model authorization is being carried out by the National Public Safety Commission in order to ensure that electric assist bicycles comply with legal standards. Items to be examined during model authorization are summarized as follows: (1) Designs and performance that are established as common bicycles. (2) Designs and performance that are established as electric assist bicycles. Testing results of assist rates are presented by public examination institutes. (3) Consistency in manufacture of products Clarify quality control systems, etc. (4) Structure that cannot be easily modified Definition of Assist Rate _ = (P2 P1) P1 _: rate of drive assist power P1: crank revolving output (watt) P2: drive output after vehicle correct The assist rate test corrects the loss horsepower, etc. as it uses chassis dynamo.

III. Issues and Movements of Regulations on Electric Assist Bicycles in Japan (1) Necessity for improving safety and convenience. (2) Review from the perspective of universal design in the aging society. (3) Review on regulations corresponding to new technological renovations Engine Hybrid Type Fuel Battery, etc. (4) Global harmonization of regulations ISO specification (5) Battery standardization