Monitor for front terminal batteries

Patent metadata

Field	Value
Publication number	US-9425487-B2
Application number	US-201113037641-A
Country	US
Kind code	B2
Filing date	Mar 1, 2011
Priority date	Mar 3, 2010
Publication date	Aug 23, 2016
Grant date	Aug 23, 2016

Abstract

A battery monitoring device configured to monitor a storage battery. The battery monitoring device includes Kelvin connectors configured to couple to the terminals of the storage battery. The battery monitoring device is configured to receive data from a second battery monitoring device. Further, the battery monitoring device is configured to measure a parameter of the storage battery. The measured parameter and the data received from the second battery monitoring device are communicated to a receiving station.

First claim

What is claimed is:

1. A battery tester module configured to monitor a storage battery, comprising:
a battery tester housing configured to house circuitry of the battery tester module and couple to the storage battery;
Kelvin connections configured to couple to terminals of the storage battery and affixed to the housing;
battery test circuitry configured to perform a battery test on the storage battery through the Kelvin connections;
a first data connection configured to directly communicate with a second battery tester module affixed to a second storage battery;
a second data connection only on the battery tester module and configured to communicate data from each of the battery tester module and the second battery tester module, wherein the second data connection comprises a wired connection; and
a tester access point including a forcing function access point and a response access point that are directly connected to the Kelvin connections, and a plug interface configured to receive a plug of an external battery tester and connect the external battery tester to the forcing function access point and the response access point.

2. The battery tester module of claim 1 , wherein the battery tester module includes a microprocessor configured to compute a battery test result.

3. The battery tester module of claim 1 including a forcing function source coupled to the Kelvin connectors and wherein the measurement data relates to a dynamic parameter of the battery.

4. The battery tester module of claim 1 wherein the second data connection is configured to transmit data from the battery tester module and the second battery tester module to a third battery tester module.

5. The battery tester module of claim 1 wherein the second data connection is configured to communicate data from the battery tester module and the second battery tester module to a receiving station.

6. The battery tester module of claim 1 including a phase change material configured to receive heat from circuitry of the battery tester module.

7. The battery tester module of claim 6 including a temperature sensor configured to measure a temperature of the phase change material.

8. The battery tester module of claim 7 wherein circuitry of the battery tester module is controlled based upon a sensed temperature of the change material.

9. The battery tester module of claim 1 wherein the Kelvin connectors comprise first and second rings each having first and second connectors, the first and second rings configured to mount to the terminals of the storage battery.

10. The battery tester module of claim 1 including a display configured to display information.

11. A receiving station configured to couple to the battery tester module of claim 1 to receive data through the second data connection from the battery tester module.

12. The receiving station of claim 11 further configured to receive data from the second battery tester module.

13. The battery test module of claim 1 including an electrical connection to a terminal of an adjacent battery and wherein the battery test circuitry is configured to test an intercell connection.

14. The battery tester module of claim 1 , wherein the forcing function access point includes a pair of conductors and the response access point includes a pair of conductors.

15. The battery tester module of claim 14 , wherein the conductors of the forcing function access point and the response access point include terminating ends within a socket of the plug interface.

16. The battery tester module of claim 14 , wherein the tester access point is positioned between the Kelvin connections.

17. The battery tester module of claim 16 , wherein:
the battery tester module includes a display configured to display information, the display located on a first side of the housing; and
the tester access point is on the first side of the housing.

18. A method for measuring parameters of a plurality of storage batteries, comprising:
measuring a parameter of a first storage battery with a first battery test module mounted to a first storage battery;
transmitting the measured first parameter directly from the first battery test module to a second battery test module mounted to a second storage battery and including Kelvin connectors attached to terminals of the second storage battery;
measuring a second parameter of the second storage battery using the second battery test module through the Kelvin connectors;
transmitting each of the first measured parameter and the second measured parameter only from the second battery tester module to a receiving station through a wired connection; and
providing a tester access point in the second battery test module configured to provide an external connection to the Kelvin connectors.

19. The method of claim 18 including applying a forcing function to the first storage battery through Kelvin connectors and measuring a dynamic parameter of the first storage battery.

20. The method of claim 18 including providing a phase change material configured to receive heat from circuitry of the second battery test module.

21. The method of claim 18 including coupling to the first storage battery with Kelvin connectors comprising first and second rings each having first and second connectors, the first and second rings configured to mount to the terminals of the first storage battery.

22. The method of claim 18 , including connecting a third battery test module to the Kelvin connectors through the tester access point of the second battery test module, and performing a battery test on the second storage battery using the third battery test module through the Kelvin connectors.

23. The method of claim 22 , wherein connecting a third battery test module to the Kelvin connectors through the tester access point of the second battery test module comprises coupling a plug of the third battery test module to the tester access point.

Assignees

• Bertness Kevin I
• Midtronics Inc

Inventors

• Bertness Kevin I

Classifications

• G01R31/3627

  Physics · mapped topic

• H01M10/4207 Primary

  for several batteries or cells simultaneously or sequentially · CPC title

• H01M10/4285

  Testing apparatus · CPC title

• G01R31/385

  Arrangements for measuring battery or accumulator variables (for monitoring G01R31/382) · CPC title

• Y02E60/10

  Energy storage using batteries · CPC title