EN 1987-1-1997 en Electrically Propelled Road Vehicles - Specific Requirements for Safety - Part 1 On Board Energy Storage《电动道路车辆 安全的特殊要求 第1部分 车载能量储存》.pdf

《EN 1987-1-1997 en Electrically Propelled Road Vehicles - Specific Requirements for Safety - Part 1 On Board Energy Storage《电动道路车辆 安全的特殊要求 第1部分 车载能量储存》.pdf》由会员分享，可在线阅读，更多相关《EN 1987-1-1997 en Electrically Propelled Road Vehicles - Specific Requirements for Safety - Part 1 On Board Energy Storage《电动道路车辆 安全的特殊要求 第1部分 车载能量储存》.pdf（14页珍藏版）》请在麦多课文档分享上搜索。

1、STD-BSI BS EN 1987-L-ENGL 1997 Lb29bb7 Ob37777 4b7 BRITISH STANDARD Electrically propelled road vehicles - Specific requirements for safety Part 1. On board energy storage The European Standard EN 1987-1 : 1997 has the status of a British Standard ICs 43.120 BS EN 1987-1 : 1997 NO COPYING WITHOUT BS

2、I PERMISSION EXCEPT AS PERMITTED BY COPYRTGFTF T.AW BS EN 1987-1 1997 National foreword This British Standard is the English language version of EN 1987-1 : 1997. The UK participation in its preparation was entrusted to Technical Committee AW19, Electnc vehicle, which has the responsibilily to: - ai

3、d enquirers to understand the text; - present to the responsible European committee any enquiries on the interpretation, or proposals for change, and keep the UK interests informed; - monitor related internaonal and European developments and promulgate them in the UK A list of organizations represen

4、ted on this committee can be obtained on request to its secretary. Cross-references The British Standards which implement international or European publications referred to in this document may be found in the BSI Standards Catalogue under the section entitled ?International Standards Correspondence

5、 Index?, or by using the ?Find? facility of the BSI Standards Electronic Catalogue. Compliance with a British Standard does not of itself confer immunity from legal obligations. Summary of pages This document comprises a front cover, an inside front cover, the EN title page, pages 2 to 12, an inside

6、 back cover and a back cover. This British Standard, having been prepared under the direction of the Engineering Sector Board, was published under the authority of the Standards Board and comes into effect on 15 September 1997 Amendments issued since publication Amd. No. 1 Date 1 Text affected O BSI

7、 1997 ISBN O 580 28373 9 STD-BSI BS EN 1787-1-ENGL 1777 Lb2Ybb9 b37979 23T M EUROPEAN STANDARD NORME EUROPENNI3 EUROP- NORM EN 1987-1 June 1997 ICs 43.120 Descriptors: Road vehicles, electric vehicles, safety, accident prevention, storage, energy, traction batteries, installation, marking, air pollu

8、tion, environmental protection, gas emissions, coisions, overturning (vehicies), specfications English version Elddy propellled mad vehicles - Specic requirements for safety- Part 1: On board energy storage Vhides routiers propuision lectrique - Prescriptions paIilcUliRs pour la SecUrit - Partie 1:

9、stockage de lnergie bord du vhicule Elektrisch angetriebene StSaBenfahrzuge - Besondere Fdegungen fur die Sicherheit - Teil 1: Bordeigene Energiespeicher This European Standard was approved by CEN on 19974523. GEN members are bound to comply with the CENICENELEC Internal Regulations which stipulate

10、the conciitions for giving this European Standard the status of a national standard without any alteration. Up-to-date lists and bibliogmphical references concerning such national standards may be obtained on application to the Central Secretariat or to any CEN member. This European Standard exists

11、in three official versions (Enghh, French, German). A version in any other language made by translation under the responsibility of a CEN member into its own language and notified to the Central Secretariat has the same status as the official versions. CEN members are the national standards bodies o

12、f Austria, Belgium, Czech Republic, Denmark, Fdand, France, Germany, Greece, Iceland, Ireland, Italy, Luxembourg, Netherlands, Norway, Portugal, Spain, Sweden, Switzerland and United Kingdom. European Committee for Standardization Comit Europen de Nonnalisalion Europisches Komitee fr Normung Centrai

13、 Secretariat: rue de Stassart 36, B-1060 Brussels O 1997 CEN - All rights of exploitation in any form and by any means reserved worldwide for CEN national Members. Ref. NO. EN 1987-1 : 1997 E STD.BS1 BS EN L787-L-ENGL 1777 LbZqbb7 b37780 T5L Page 2 EN 1987-1 : 1997 Foreword This European Standard ha

14、s been prepared by Technical Committee CENIE 301, Electrically propelled road vehicles, the Secretariat of which is held by AFNOR. This European Standard shall be given the status of a national standard, either by publication of an identical text or by endorsement, at the latest by December 1997, an

15、d conlicting national standards shall be withdrawn at the latest by December 1997. This European Standard EN 1987 consists of the following Parts, under the general title EZectricdy propelled mad vehicles - Sphfc requirements for safetty. - Part 1 : On board energ7/ storage; - Part 2 : Functional sa

16、fety means and protection against faure; - Part 3 : Protection of users against electrical h.uza not the on board electric power source, e.g. the traction battery, not the aiunliary electsonic devices, and not converters, e.g. d.c.1d.c. converter, on bod charger (unless it is common with the inverte

17、r motor controller). 3.11 connection terminai A connection terminal is a live part of a battery module outside the enclosure of the battery module, intended to transmit electrical enera. 4Marking 4.1 Battery pack Nearby the battery pack shall appear the symbol given in figure 1. This warning shall b

18、e unaiterable and very visible if someone tries to access the battery 4.2 Battery type The chemical type of battery shall be cleariy and visibly indicated for the benefit of emergency and rescue people. O BSI 1997 Page 4 EN 1987-1 : 1997 5 Exhaust gas from battery The vehicle manufacturer shall stat

19、e the maximum flow rate (ii cubic metses per hour) and the maximum volume (i cubic metres) in the two following situations: - in case of normal service; and - in case of a rst fahre of devices involved in the NOTE. These two values can be used to determine the ventilation device in the charging room

20、 charging process. 6 Instahtion rules of the battery 6.1 Protection against direct contact Protection against direct contacts shall conform to clause 6 of prEN 1987-3 : 1996. 6.2 Insulation resistance of the battery 6.2.1 Test method Considering the requirements and the measuring devices used, this

21、test is not applicable for insulation resistances of the battery higher than 1 Ma. If the batteqy has a galvanic link to the electrical chassi of the vehicle, the insukition resistance values and the measurement method are stili valid To do the measurement, it is oniy necessary to disconnect the bat

22、tery from the electrical chassis of the vehicle. Throughout the test, the battery shall have an open circuit voltage greater than its nominal value. The two poles of the battery shall be disconnected from the power circuit. The voltmeter used in this test shall measure dc. values and have an interna

23、l resistance greater than 10 Ma. Measurement shall be made in three skps: a) step one: Measure U, in accordance with the test assembly in figure 2. 1 traction battery 2 electrical chassis Figure 2. O BSI 1997 STD-BSI BS EN 1787-1-ENGL 1777 m libZqbb7 Ob37783 7b0 Page 5 EN 1987-1 : 1997 b) step two:

24、Measure U1 in accordance with the test assembly in figure 3. I, T“ 1 Traction battery 2 Electrical chassis Figure 3. c) step three: Measure 172 in accordance with the test assembly in figure 4, where: U is the theoretical nominal dues between the two live part terminah. d 2 0,25 U+ 5 (3) b) Case of

25、creepage distance between live parts and the electrical chassis: i 6.2.2 Requirements For a new battery the insuiaiion resistance shall be greater than (500 X U) a, where U is the nominal voltage of the battery. This value shall stay higher than (100 x ) R within its iifetime. where : d is the creep

26、age distance measured between the live part and any exposed conductive part, in metres; U is the nominal system battery voltage in volts. 1 Conductive surface 2 Connection terminal (battery module, battery pack or battery) 3 Creepage distance Figure 6. O BSI 1997 - STD.BSI BS EN L787-L-ENGL 1777 = L

27、b24bb7 Ob37785 533 6.4 Ventilation 6.4.1 General To prevent explosion, fire or toxicity hazards, the following actions shall be respected when gases can be produced by the battery: - no potenMy dangerous accumuMion of gas generated by the battery is allowed anywhere in the vehicle; - no potentially

28、dangerous quantity of gas generated by the battery is ailowed in the passenger compartment or the enclosed load space. An example of air flow calculation for hydrogen exhaust is given in annex B, together with some basic chemical mies. 6.4.2 Tests and requirements 6.4.2.1 Test and requirement for hy

29、drogen To ensure that the critical level of hydrogen inflammability has not been reached anywhere, the foilowing test has to be applied. When charging the vehicle, the hydrogen concentration shail be measured outside a volume specified by the vehicle manufacturer around every gas exhaust No ignition

30、 point shall be located inside the volume specified by the vehicle manufacturer around gas exhausts. NOTE 1. The possible ignition points are: - electrical contacts; - fuses; - contact brushes; - brake pads; - electrostatic discharge; - possible external source e.g. cigarette, lights, etc. During th

31、e test, the recorded values of hydrogen concentrations outside these specified volumes shall be: - less than 0,s % in case of a normal running of the vehicle (driving, charging, etc.) inside and outside the vehicle; - less than 3,5 % in the case of a first failure inside and outside the vehicle. NOT

32、E 2. A first failure can be: - a faiiiig ventilation device (inside the vehicle). Then, a sufficient natural venilation shall avoid a dangerous concentration of hydrogen being reached - damage of the charger. Then, either the charger is fitted with safety devices and stops, or a forced ventilation s

33、hall be provided; - release of battery connection terminal, - disconnection of a gas exhaust tubing, etc. 6.4.2.2 Tests and requirements for othm gases NOTE. Along with development of new battery technologies, tests and associated requirements will be defined in future revisions of this standard. Pa

34、ge 7 EN 1987-1 : 1997 6.6 Chemical hazards Under normal conditions, no chemical reactant shall escape -om the battery in potenWy dangerous quantity. Under abnonnal leakage of liquid, spray or vapour, consequences shall be reduced to a minimum, especiaLly in the passenger compartment 6.6 Inter-batter

35、y modules liaison “ahg into account the environment of the battery, special attention shali be called to the connection operation of inter-battery modules (tightening, sealing, etc.).The battery manufacturer shall supply al recommendations to these connection operations, to satisfy the environmental

36、 requirements of the vehicle manufacturer (vibration, mechanical shocks, thermai shocks). 7 Overcurrent battery switch 7.1 Function The over-current battery switches have an independent safety function from the other equipment of the propulsion system. They shall open the batteqy current circuit whe

37、n an overstepping of the limits of a normal runnjng occurs. These current oversteppings can have two origins: - failure in the drive system; - short-circuit of the b - the internal resistance of the battery; - the status of charge of the batteW. The characteristic operating time - shortcircuit curre

38、nt shail be chosen according to these parameters, in order to ensure the protection of the battery on one side, and of the power circuit on the other side. O BSI 1997 Page 8 EN 1987-1 : 1997 8 Specific requirements for the crash test regarding on board energy storage 8.1 Protection of occupants a) I

39、f the battery or battery packs are not located inside the passenger compartment, the battery, or battery packs, or their components (battery modules, electrolyte) shall not penetrate inside the passenger compartment. b) If the battery or battery packs are located inside the passenger compartment, in

40、 accordance with clause 6, any movement of the battery or baery packs due to the crash shall be limited to ensure the safety of the passengers. In both cases, 6.6 shall apply 8.2 Protection of third party The battery, battery packs, or their components (battery modules, electrolyte) shall not be eje

41、cted from the vehicle. An electrolyte leakage is tolerated only under the vehicle. 8.3 Protection against short circuit In case of crash, the power circuit shall be protected against the effects of short-circuit. The over-cwent switches defined in 7.2 and 7.3 meet this demand 9 Safety requirements r

42、egarding the battery after an inversion of a vehicle in this case, the particular requirements defined in 8.1 are applicable. O BSI 1997 STD-BSI BS EN L787-L-ENGL 1997 LbZLibbS Ob37787 30b = Page 9 EN 1987-1 : 1997 Annex A (normative) Over-cmnt battery switches implantation A.l Single battery pack F

43、igure Al shows an example of a singie battery pack. r o 1 Battery NOTE. The overcurrent switch shown in this figure can be integrated into the battery pack, depending on the technology. Figure A.1 O BSI 1997 STD=BSI BS EN 1787-L-ENGL 1777 Lb2Libb7 Ob37788 2Li2 m Page 10 EN 1987-1 : 1997 A.2 Several

44、battery packs Figure A2 gives an example of a battery made of three battery packs. i I I I l l I l I I I I I I I I l I I I I I l h I I - I l l 1 I l I I l l I l I l I I I 1 I l l l I l 1 I I I I I I I 7 I I I l I h I I I t I I l I I I l l I I I l I 1 I l f I ;- t I I I l I L,- 1 Battery pack no 1 2

45、Battery pack no 2 3 Battery pack n 3 4 Short circuit current n“ 1 5 Short circuit current n“ 2 6 Short circuit current no 3 NOTE. The over-current battery switches shown in this figure can be integrated into the battery packs, depending on the technology. Figure A.2 O BSI 1997 STD.BS1 BS EN L787-1-E

46、NGL 1797 1b24bb9 b37987 189 Page 11 EN 1987-1 : 1997 Annex B (informative) Air flow calculation for hydrogen emission with flooded battery (without recombination) B.l Chemical formula Each battery celi electrolyses O,% g water for 1 Ah overcharge, provichg : a) 0,42 1 hydrogen; b) 0,211 oxygen. B.2

47、Example of air flow calculation To ensure a sufcient ventilation when overcharging, the minimum air flow is calculated using the following formula: where : Q = 0,05nI Q n I is the air flow, in cubic metres per hour; is the number of ce is the constant aim of BSI to improve the ty of our products and

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