AS 4086.1-1993

Secondary batteries for use with stand-alone power systems General requirements

Standards Australia

More details

More info

1 - AS 4086.1:1993 SECONDARY BATTERIES FOR USE WITH STAND-ALONE POWER SYSTEMS - GENERAL REQUIREMENTS
4 - PREFACE
5 - CONTENTS
6 - SECTION 1 - SCOPE AND GENERAL
6 - 1.1 SCOPE
6 - 1.2 REFERENCED DOCUMENTS
6 - 1.3 DEFINITIONS
7 - 1.4 INFORMATION TO BE PROVIDED BY THE MANUFACTURER
7 - 1.5 MARKING
7 - 1.5.1 Cell and monobloc marking
7 - 1.5.2 Polarity marking
7 - 1.5.2.1 General
7 - 1.5.2.2 Symbols
8 - 1.5.2.3 Coloured discs
9 - SECTION 2 - FUNCTIONAL CHARACTERISTICS AND REQUIREMENTS
9 - 2.1 CAPACITY
9 - 2.1.1 General
9 - 2.1.2 120 hour rate
9 - 2.1.3 10 hour rate
9 - 2.2 CYCLE LIFE
9 - 2.2.1 General
9 - 2.2.2 Measurement
9 - 2.3 RESISTANCE TO OVERCHARGE
9 - 2.3.1 General
9 - 2.3.2 Measurement
9 - 2.4 CHARGE RETENTION
9 - 2.4.1 General
9 - 2.4.2 Measurement
9 - 2.5 CHARGE-DISCHARGE EFFICIENCY
9 - 2.5.1 General
9 - 2.5.2 Requirement
9 - 2.6 CAPACITY RECOVERY FOLLOWING OVER- DISCHARGE
9 - 2.6.1 General
9 - 2.6.2 Requirement
10 - 2.7 MECHANICAL ENDURANCE
10 - 2.8 INTERNAL RESISTANCE
10 - 2.9 ELECTROLYTE LEVEL INDICATION
11 - SECTION 3 - TEST CONDITIONS
11 - 3.1 ACCURACY OF MEASURING INSTRUMENTS
11 - 3.1.1 Voltmeters
11 - 3.1.2 Ammeters
11 - 3.1.3 Thermometers
11 - 3.2 PREPARATION OF TEST BATTERIES
11 - 3.3 TEST SEQUENCE
12 - APPENDIX A - CAPACITY TEST METHOD (120 HOUR DISCHARGE RATE)
12 - A1 APPARATUS
12 - A2 PROCEDURE
12 - A3 REPORTING OF RESULTS
13 - APPENDIX B - CAPACITY TEST METHOD (10 HOUR DISCHARGE RATE)
13 - B1 APPARATUS
13 - B2 PROCEDURE
13 - B3 REPORTING OF RESULTS
14 - APPENDIX C - CYCLE LIFE TEST METHOD
14 - C1 APPARATUS
14 - C2 PROCEDURE
14 - C3 REPORTING OF RESULTS
15 - APPENDIX D - OVERCHARGE RESISTANCE TEST METHOD
15 - D1 APPARATUS
15 - D2 PROCEDURE
15 - D3 CALCULATION
15 - D4 REPORTING OF RESULTS
16 - APPENDIX E - CHARGE RETENTION TEST METHOD
16 - E1 APPARATUS
16 - E2 PROCEDURE
16 - E3 CALCULATION
16 - E4 REPORTING OF RESULTS
17 - APPENDIX F - CHARGE-DISCHARGE EFFICIENCY TEST METHOD
17 - F1 APPARATUS
17 - F2 PROCEDURE
17 - F2.1 Test battery
17 - F2.2 Capacity at the 10 h rate
17 - F2.3 Capacity at the 120 h rate
17 - F2.4 Efficiency at 90% state of charge
18 - F2.5 Efficiency at 80% state of charge
18 - F3 CALCULATION
18 - F4 REPORTING OF RESULTS
19 - APPENDIX G - CAPACITY RECOVERY TEST METHOD
19 - G1 APPARATUS
19 - G2 PROCEDURE
19 - G3 CALCULATION
19 - G3 REPORTING OF RESULTS
20 - APPENDIX H - MECHANICAL ENDURANCE TEST METHODS
20 - H1 THERMAL CYCLING TEST
20 - H1.1 Procedure
20 - H2 BUMP TEST
20 - H2.1 Procedure
20 - H3 DROP TEST
20 - H3.1 Procedure
20 - H4 VIBRATION TEST
20 - H4.1 Procedure
20 - H3 REPORTING OF RESULTS
21 - APPENDIX I - INTERNAL RESISTANCE TEST METHOD
21 - I1 PROCEDURE
21 - I2 CALCULATION
21 - I3 REPORTING OF RESULTS

Abstract

Specifies requirements for secondary batteries for use with power systems not connected to the distribution system of an electricity supply authority. Covers both performance and safety requirements and provides test methods.

Scope

This Standard specifies requirements for secondary batteries for use with stand-alone power systems.
Stand-alone power systems are those that are not connected to the power distribution system of an electricity supply authority. Stand-alone systems are supplied with power from one or a combination of the following sources: a photovoltaic array, a wind generator, a water generator or a diesel generator. This Standard specifies requirements for all types of batteries including lead-acid and nickel-cadmium and covers both vented and sealed cells. The Standard includes tests designed to verify the capacity, efficiency and life of batteries (see Appendices A to I).