BATTERY TESTING SYSTEM WITH ENERGY CIRCULATION
First Claim
1. A battery testing system with energy circulation, comprising:
- a battery module to be tested;
an electric power storage module, having a total electric power capacity equal to a multiple of the total electric power capacity of the battery module to be tested;
a first bi-directional conversion module, electrically coupled to the battery module to be tested and the electric power storage module; and
a control module, electrically coupled to the battery module to be tested,thereby, the electric power storage module and the first bi-directional conversion module monitor a state of charge of the battery module to be tested and the electric power storage module, wherein the control module controls the first bi-directional conversion module to discharge the electric power storage module and charge the battery module to be tested; and
the control module further controls the first bi-directional conversion module to discharge the battery module to be tested and charge the electric power storage module.
1 Assignment
0 Petitions
Accused Products
Abstract
A battery testing system with energy circulation includes a battery module to be tested, an electric power storage module, a bi-directional conversion module and a control module, and the control module controls the bi-directional conversion module to discharge the electric power storage module and charge the battery module to be tested, or discharge the battery module to be tested and charge the electric power storage module, so that the electricity can be fully and repeatedly used, and the electric power storage module can use a second-used power battery to save the cost of the electric power storage module while the battery testing system can be isolated from the grid of utility power to avoid creating a burden to the grid of the utility power.
12 Citations
7 Claims
-
1. A battery testing system with energy circulation, comprising:
-
a battery module to be tested; an electric power storage module, having a total electric power capacity equal to a multiple of the total electric power capacity of the battery module to be tested; a first bi-directional conversion module, electrically coupled to the battery module to be tested and the electric power storage module; and a control module, electrically coupled to the battery module to be tested, thereby, the electric power storage module and the first bi-directional conversion module monitor a state of charge of the battery module to be tested and the electric power storage module, wherein the control module controls the first bi-directional conversion module to discharge the electric power storage module and charge the battery module to be tested; and the control module further controls the first bi-directional conversion module to discharge the battery module to be tested and charge the electric power storage module. - View Dependent Claims (2, 3, 4, 5, 6, 7)
-
Specification