CN117175648A - Modularized power management system - Google Patents
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- CN117175648A CN117175648A CN202311455002.5A CN202311455002A CN117175648A CN 117175648 A CN117175648 A CN 117175648A CN 202311455002 A CN202311455002 A CN 202311455002A CN 117175648 A CN117175648 A CN 117175648A
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Abstract
The invention relates to the field of modularized power management systems, in particular to a modularized power management system which comprises a power management system, wherein the power management system comprises an energy storage module connecting unit, an energy storage module isolating unit, an energy storage module grading unit, an energy storage module marking unit, a power energy storage module and a power management module, the energy storage module connecting unit, the energy storage module isolating unit, the energy storage module grading unit and the energy storage module marking unit are all connected with the power energy storage module, and the power energy storage module is connected with the power management module.
Description
Technical Field
The invention relates to the field of modularized power management systems, in particular to a modularized power management system.
Background
The mobile power supply is also called as a charging treasured, which is mainly used for charging electronic equipment such as a mobile phone and a tablet computer, and is used for realizing mobile portable charging of the electronic equipment, however, people do not carry the charging treasured when going out, so that the shared charging treasured is generated by each person, so that the required people borrow the shared charging treasured, the shared charging treasured is generally placed in the charging treasured sharing cabinet, the borrowed information is sent to a remote server through a smart phone code of a user, the remote server sends an instruction to the charging treasured sharing cabinet, the charging treasured sharing cabinet releases the shared charging treasured available for borrowing, accordingly, the remote server records the borrowing time, after the user uses the shared charging treasured, only the shared charging treasured is needed to be inserted into a containing cavity of the charging treasured sharing cabinet, after the remote server receives the recovery information, the time is determined, and corresponding cost is buckled to the user, however, the mode can only record the leasing time of the charging treasured, the working state of each charging treasured and the state of the self equipment cannot be well recorded and managed, the charging treasured can not be used for the user, the actual charging treasured is bad, and the practical consumption of the charging treasured can be prolonged, and the user can be prolonged due to the fact that the charging treasured is low in practical consumption of the power consumption of the equipment is prolonged.
Disclosure of Invention
The invention aims to solve the defects in the background art and provides a modularized power management system.
In order to achieve the above purpose, the invention adopts the following technical scheme: the utility model provides a modularization power management system, includes power management system, power management system includes energy storage module connecting unit, energy storage module cuts off unit, energy storage module classifying unit, energy storage module marking unit, electric power energy storage module and power management module, energy storage module connecting unit, energy storage module cuts off unit, energy storage module classifying unit and energy storage module marking unit all are connected with electric power energy storage module, electric power energy storage module is connected with power management module.
Preferably, the power energy storage module comprises a power storage unit, a full power-off unit, a power-shortage warning unit, a leakage prompting unit and an overload power-off unit, wherein the power storage unit is connected with the full power-off unit, the full power-off unit is connected with the power-shortage warning unit, the power-shortage warning unit is connected with the leakage prompting unit, and the leakage prompting unit is connected with the overload power-off unit.
Preferably, the power management module comprises a power detection module, an electric quantity analysis module, an output control module, an intelligent ammeter module, a power central control module, a power charging and discharging module, a power steady flow module, a power detection module and a wireless communication module, wherein the power detection module, the electric quantity analysis module, the output control module and the intelligent ammeter module are all connected with the power central control module, the power detection module is connected with the electric quantity analysis module, the electric quantity analysis module is connected with the output control module, and the output control module is connected with the intelligent ammeter module.
Preferably, the power charging and discharging module, the power steady flow module, the power detection module and the wireless communication module are all connected with the power central control module, the power charging and discharging module is connected with the power steady flow module, the power steady flow module is connected with the power detection module, and the power detection module is connected with the wireless communication module.
Preferably, the power detection module comprises a power control unit, a circuit power detection unit, a current power recording unit, a current power adjustment unit, a power detection warning unit and a current power display unit, wherein the power control unit is connected with the circuit power detection unit, the current power recording unit, the current power adjustment unit, the power detection warning unit and the current power display unit.
Preferably, the electric quantity analysis module comprises a microprocessor, a residual electric quantity acquisition unit, a real-time electric quantity synchronization unit, an electric quantity analysis unit, a charging duration calculation unit and a residual electric quantity display unit, wherein the microprocessor is connected with the residual electric quantity acquisition unit, the real-time electric quantity synchronization unit, the electric quantity analysis unit, the charging duration calculation unit and the residual electric quantity display unit.
Preferably, the residual electric quantity acquisition unit is connected with a real-time electric quantity synchronization unit, the real-time electric quantity synchronization unit is connected with an electric quantity analysis unit, the electric quantity analysis unit is connected with a charging duration calculation unit, and the charging duration calculation unit is connected with a residual electric quantity display unit.
Preferably, the intelligent ammeter module comprises an output electric quantity recording unit, an output time interval recording unit, an input electric quantity recording unit, an input time interval recording unit and a record statistics display unit, wherein the output electric quantity recording unit is connected with the output time interval recording unit, the output time interval recording unit is connected with the input electric quantity recording unit, the input electric quantity recording unit is connected with the input time interval recording unit, and the input time interval recording unit is connected with the record statistics display unit.
Preferably, the power detection module comprises a current detection unit, a voltage detection unit, an electric quantity detection unit, a battery life detection unit and a power fluctuation detection unit, wherein the current detection unit is connected with the voltage detection unit, the voltage detection unit is connected with the electric quantity detection unit, the electric quantity detection unit is connected with the battery life detection unit, and the battery life detection unit is connected with the power fluctuation detection unit.
Preferably, the circuit power detection unit is connected with a current power recording unit, the current power recording unit is connected with a current power adjusting unit, the current power adjusting unit is connected with a power detection warning unit, and the power detection warning unit is connected with a current power display unit.
Compared with the prior art, the invention has the following beneficial effects:
1. each power energy storage module can be connected through the energy storage module connecting unit to form an integrated network type charging station, when the power management system is applied, the power management system can be managed through the power management module, when the power energy storage module is used, and when problems occur in the charging and discharging processes, each power energy storage module can be separated by the energy storage module separating unit, so that the power energy storage module can be safer when in use, the influence of power impact on other power energy storage modules is avoided, and the safety of the power energy storage module when in use is improved;
2. meanwhile, the energy storage module grading unit can grade according to the working state and the self state of the power energy storage module, each power energy storage module can be marked through the energy storage module marking unit, when the power energy storage module is in an idle state, the power energy storage module is marked as one stage through the energy storage module marking unit, when the power energy storage module is in the working state, the power energy storage module is marked as two stages through the energy storage module marking unit, when the power energy storage module is in a damaged state, the power energy storage module is marked as three stages through the energy storage module marking unit, after the maintenance of the power energy storage module is completed after the power energy storage module is damaged, the power energy storage module is marked with additional damage, when the damage mark of the power energy storage module exceeds a certain number, the power energy storage module is scrapped, so that the safety of the power energy storage module in working can be effectively maintained, and meanwhile, the management efficiency of the power management system on the power energy storage module can be greatly improved through grading and marking work;
3. when the power management system is used for managing the power energy storage module, the power detection unit in the power detection module can be used for detecting the power of the power energy storage module, the current power recording unit can be used for recording the power of the power energy storage module during operation, the current power adjusting unit can be used for adjusting the output and input power of the power energy storage module during operation, so that the power energy storage module is suitable for different equipment, the power detection warning unit can be used for warning when the circuit power detection unit detects that the working power of the power energy storage module exceeds the limit, and meanwhile, the current power display unit can be used for displaying the working power of the power energy storage module in real time, so that the power energy storage module is convenient to adjust and select for people, and practical use of people can be greatly facilitated;
4. meanwhile, when the power energy storage module works, the power analysis module can be used for carrying out power analysis on the power energy storage module, the residual power data of the power energy storage module can be collected through the residual power collection unit, the real-time power synchronous transmission work of each power energy storage module can be realized through the real-time power synchronous unit, and then the power analysis unit can be used for carrying out power analysis according to the received data, so that the charging time length of each power energy storage module during working can be calculated according to the analysis result, people can grasp accurate data conveniently, and the power energy storage module is beneficial to practical use;
5. the intelligent electric meter has the advantages that the intelligent electric meter module can record the work of the power energy storage module, the output electric quantity recording unit can record the output electric quantity of the power energy storage module, the output time interval recording unit can record the output work time interval of the power energy storage module, the input electric quantity recording unit can record the input electric quantity of the power energy storage module, the input time interval recording unit can record the input work time interval of the power energy storage module, and the recording and statistics display unit can record and count and display the work data of each power energy storage module, so that the power management system can manage work conveniently;
6. when the power energy storage module works, the current passing through the power energy storage module can be monitored through the current detection unit, the working voltage of the power energy storage module can be monitored through the voltage detection unit, the electric quantity of the power energy storage module can be monitored through the electric quantity detection unit, the service life of a battery inside the power energy storage module can be detected through the battery service life detection unit, and meanwhile, when the power energy storage module is charged, the fluctuation of current transmission can be monitored through the power fluctuation detection unit.
7. Can store the electric current through the inside electric power storage unit of electric power energy storage module, can carry out automatic outage after electric power energy storage module is full of the electricity through being full of outage unit, when charging, when the electric current overload phenomenon appears, can realize the outage to this electric power energy storage module through overload outage unit, can carry out the alarm suggestion after electric power energy storage module during operation discharges excessively through the electric power deficiency warning unit, can carry out the suggestion when electric power energy storage module damages the electric leakage simultaneously through electric leakage suggestion unit, further improved the security of electric power energy storage module during operation.
Drawings
FIG. 1 is a schematic diagram of a modular power management system according to the present invention;
FIG. 2 is a schematic diagram of a portion of a modular power management system according to the present invention;
FIG. 3 is a schematic diagram of a partial structure of a modular power management system according to the present invention;
FIG. 4 is a schematic diagram of a partial structure of a modular power management system according to the present invention;
FIG. 5 is a schematic diagram of a partial structure of a modular power management system according to the present invention;
FIG. 6 is a schematic diagram of a partial structure of a modular power management system according to the present invention;
fig. 7 is a schematic diagram of a partial structure of a modular power management system according to the present invention.
10. A power management system; 1. an energy storage module connection unit; 2. an energy storage module partition unit; 3. an energy storage module classifying unit; 4. an energy storage module marking unit; 5. a power energy storage module; 51. an electric power storage unit; 52. filling the power-off unit; 53. a power shortage alarming unit; 54. a leakage prompting unit; 55. an overload power-off unit; 6. a power management module; 61. a power detection module; 611. a power control unit; 612. a circuit power detection unit; 613. a current power recording unit; 614. a current power adjusting unit; 615. a power detection warning unit; 616. a current power display unit; 62. the electric quantity analysis module; 621. a microprocessor; 622. a residual electric quantity acquisition unit; 623. a real-time electric quantity synchronization unit; 624. an electric quantity analysis unit; 625. a charging time length calculation unit; 626. a remaining power display unit; 63. an output control module; 64. a smart meter module; 641. an output electric quantity recording unit; 642. an output period recording unit; 643. an input electric quantity recording unit; 644. an input period recording unit; 645. a record statistics display unit; 65. a power central control module; 66. a power charging and discharging module; 67. a power steady flow module; 68. a power detection module; 681. a current detection unit; 682. a voltage detection unit; 683. an electric quantity detection unit; 684. a battery life detection unit; 685. a power fluctuation detection unit; 69. and a wireless communication module.
Detailed Description
The following description is presented to enable one of ordinary skill in the art to make and use the invention. The preferred embodiments in the following description are by way of example only and other obvious variations will occur to those skilled in the art.
The utility model provides a modularization power management system as shown in fig. 1-7, including power management system 10, power management system 10 includes energy storage module connecting unit 1, energy storage module cuts off unit 2, energy storage module classifying unit 3, energy storage module marking unit 4, power storage module 5 and power management module 6, energy storage module connecting unit 1, energy storage module cuts off unit 2, energy storage module classifying unit 3 and energy storage module marking unit 4 all are connected with power storage module 5, power storage module 5 is connected with power management module 6, can connect each power storage module 5 through energy storage module connecting unit 1, constitute an integrated network's charging website, when power management system 10 uses, can connect each power storage module 5 through power management module connecting unit 1, constitute an integrated network's charging website, when power management system 10 uses, can manage power storage module 5 through power management module 6, when the power storage module 5 goes on the problem in-out, can make each energy storage module 5 to make energy storage module 5 and can make energy storage module 5 work more and make the energy storage module 5 more impact with power management system 5 through the energy storage module 5, can be used in the power management system 5, can be more safe to the power management system 5 when the power management system 5 is used, can be used according to the power module is used, and the power management system 5 is used, can be used to the power management module 5.
The power storage module 5 includes power storage unit 51, full outage unit 52, full outage unit 53, electric leakage suggestion unit 54 and overload outage unit 55, power storage unit 51 is connected with full outage unit 52, full outage unit 52 is connected with electric leakage suggestion unit 53, electric leakage suggestion unit 53 is connected with electric leakage suggestion unit 54, electric leakage suggestion unit 54 is connected with overload outage unit 55, can store the electric current through the inside power storage unit 51 of power storage module 5, can carry out automatic outage after electric power storage module 5 is full charged through full outage unit 52, when charging, when current overload phenomenon appears, can realize the outage to this power storage module 5 through overload outage unit 55, can carry out the alarm suggestion after electric discharge excessively when power storage module 5 works through electric leakage suggestion unit 53, simultaneously, can carry out the suggestion when power storage module 5 damages, the security of power storage module 5 during operation has further been improved.
The power management module 6 includes a power detection module 61, a power analysis module 62, an output control module 63, a smart meter module 64, a power central control module 65, a power charging and discharging module 66, a power steady flow module 67, a power detection module 68, and a wireless communication module 69, wherein the power detection module 61, the power analysis module 62, the output control module 63, and the smart meter module 64 are all connected with the power central control module 65, the power detection module 61 is connected with the power analysis module 62, the power analysis module 62 is connected with the output control module 63, the output control module 63 is connected with the smart meter module 64, the power charging and discharging module 66, the power steady flow module 67, the power detection module 68, and the wireless communication module 69 are all connected with the power central control module 65, the power charging and discharging module 66 is connected with the power steady flow module 67, the power steady flow module 67 is connected with the power detection module 68, and the power detection module 68 is connected with the wireless communication module 69.
The power detection module 61 comprises a power control unit 611, a circuit power detection unit 612, a current power recording unit 613, a current power regulation unit 614, a power detection warning unit 615 and a current power display unit 616, wherein the power control unit 611 is connected with the circuit power detection unit 612, the current power recording unit 613, the current power regulation unit 614, the power detection warning unit 615 and the current power display unit 616, the circuit power detection unit 612 is connected with the current power recording unit 613, the current power recording unit 613 is connected with the current power regulation unit 614, the current power regulation unit 614 is connected with the power detection warning unit 615, the power detection warning unit 615 is connected with the current power display unit 616, the power detection can be carried out on the power storage module 5 through the circuit power detection unit 612 inside the power detection module 61, the power during the operation of the power storage module 5 can be recorded through the current power recording unit 613, the output and the input power during the operation of the power storage module 5 can be regulated through the current power regulation unit 614, the power detection warning unit 615 is suitable for different devices, the power storage module 5 can be detected by the circuit power detection unit 613 when the power detection unit 612 is limited, the power storage module is high in real-time, the power storage module can be conveniently displayed through the power storage module 616, and the power storage module can be conveniently and effectively regulated in real time.
The electric quantity analysis module 62 comprises a microprocessor 621, a residual electric quantity collection unit 622, a real-time electric quantity synchronization unit 623, an electric quantity analysis unit 624, a charging time length calculation unit 625 and a residual electric quantity display unit 626, wherein the microprocessor 621 is connected with the residual electric quantity collection unit 622, the real-time electric quantity synchronization unit 623, the electric quantity analysis unit 624, the charging time length calculation unit 625 and the residual electric quantity display unit 626, the residual electric quantity collection unit 622, the real-time electric quantity synchronization unit 623 is connected with the real-time electric quantity synchronization unit 623, the real-time electric quantity synchronization unit 623 is connected with the electric quantity analysis unit 624, the electric quantity analysis unit 624 is connected with the charging time length calculation unit 625, the charging time length calculation unit 625 is connected with the residual electric quantity display unit 626, meanwhile, when the electric energy storage module 5 works, the electric energy analysis module 62 can conduct electric quantity analysis on the residual electric quantity data of the electric energy storage module 5, the residual electric quantity can be collected through the residual electric quantity collection unit 622, the real-time synchronous transmission work of each electric energy storage module 5 can be achieved through the real-time electric quantity synchronization unit 623, then the electric quantity analysis unit can conduct electric quantity analysis according to received data, the estimated time length of each electric energy storage module 5 can be calculated according to the analysis result, and the estimated time charging time length of each electric energy storage module 5 can be used, and the actual use data can be mastered conveniently.
The smart meter module 64 includes an output power recording unit 641, an output period recording unit 642, an input power recording unit 643, an input period recording unit 644, and a recording statistics display unit 645, the output power recording unit 641 is connected with the output period recording unit 642, the output period recording unit 642 is connected with the input power recording unit 643, the input power recording unit 643 is connected with the input period recording unit 644, the input period recording unit 644 is connected with the recording statistics display unit 645, the work of the power storage module 5 can be recorded through the smart meter module 64, the output power of the power storage module 5 can be recorded through the output power recording unit 641, the output work period of the power storage module 5 can be recorded through the output period recording unit 642, the input work period of the power storage module 5 can be recorded through the input period recording unit 644, and the work data of each power storage module 5 can be recorded and counted and displayed through the recording statistics display unit 645, and the management work of the power management system 10 is facilitated.
The power detection module 68 includes a current detection unit 681, a voltage detection unit 682, an electric quantity detection unit 683, a battery life detection unit 684, and a power fluctuation detection unit 685, the current detection unit 681 is connected with the voltage detection unit 682, the voltage detection unit 682 is connected with the electric quantity detection unit 683, the electric quantity detection unit 683 is connected with the battery life detection unit 684, the battery life detection unit 684 is connected with the power fluctuation detection unit 685, when the power storage module 5 is operated, the current passing through the power storage module 5 can be monitored by the current detection unit 681, the operating voltage of the power storage module 5 can be monitored by the voltage detection unit 682, the electric quantity of the power storage module 5 can be monitored by the electric quantity detection unit 683, and the battery life inside the power storage module 5 can be detected by the battery life detection unit 684, and at the same time, when the power storage module 5 is charged, the fluctuation of the current transmission can be monitored by the power fluctuation detection unit 685.
Working principle:
when the power storage module 5 is operated, the current passing through the power storage module 5 can be detected by the current detection unit 681, the operating voltage of the power storage module 5 can be monitored by the voltage detection unit 682, the electric quantity of the power storage module 5 can be monitored by the electric quantity detection unit 683, and the battery life inside the power storage module 5 can be detected by the battery life detection unit 684, while the power storage module 5 is charged, the fluctuation of the current transmission can be monitored by the power fluctuation detection unit 685, the current can be stored by the power storage unit 51 inside the power storage module 5, the automatic power-off can be performed after the power storage module 5 is fully charged by the full-charged power-off unit 52, and when the current overload phenomenon occurs during the charging, the power-off of the power energy storage module 5 can be realized through the overload power-off unit 55, the alarm prompt can be carried out after the discharge of the power energy storage module 5 is excessive during the operation of the power energy storage module 5 through the power-shortage alarm unit 53, meanwhile, the prompt can be carried out when the power energy storage module 5 is damaged and leaked through the power leakage prompt unit 54, the safety of the operation of the power energy storage module 5 is further improved, S1, each power energy storage module 5 can be connected through the energy storage module connecting unit 1 to form an integrated network charging station, when the power management system 10 is applied, the power management system 10 can be managed through the power management module 6, when the power energy storage module 5 is used, when the problem occurs during the charging and discharging process, each power energy storage module 5 can be isolated through the energy storage module isolating unit 2, so that the power energy storage module 5 can be safer during the use, avoiding the electric power impact to influence other electric power energy storage modules 5, be favorable to improving the security of electric power energy storage modules 5 when using, simultaneously can grade according to the operating condition and the self state of electric power energy storage modules 5 through energy storage module grading unit 3, can mark each electric power energy storage module 5 through energy storage module marking unit 4, when electric power energy storage modules 5 are in idle state, mark this electric power energy storage module 5 as one-level through energy storage module marking unit 4, when electric power energy storage modules 5 are in the operating condition, mark electric power energy storage modules 5 as two-level through energy storage module marking unit 4, when electric power energy storage modules 5 are in the damage state, mark this electric power energy storage modules 5 as three-level through energy storage module marking unit 4, after the maintenance is accomplished after electric power energy storage modules 5 are damaged, carry out extra damage mark through energy storage module marking unit 4, after the damage mark of electric power energy storage modules 5 exceeds a certain amount, can effectively maintain the security of electric power energy storage modules 5 when operating, simultaneously can greatly promote power management system 10 through the mark the classification with mark, can record the electric power management system 10 when power management system 5 through detecting power module 612 and power management unit 5, can record the electric power module 614 when the electric power management system 5 is not through power management unit 614, can be adjusted through power module detection unit 614 when the power management system is carried out to the power management system electrical power management system 10, the power detection warning unit 615 can warn when the circuit power detection unit 612 detects that the working power of the power storage modules 5 exceeds the limit, and simultaneously the current power display unit 616 can display the working power of the power storage modules 5 in real time, so that the adjustment and the selection of people are convenient, the actual use of people can be greatly facilitated, meanwhile, when the power storage modules 5 are used, the power analysis module 62 can analyze the electric quantity of the power storage modules 5, the residual electric quantity collection unit 622 can collect the residual electric quantity data of the power storage modules 5, the real-time electric quantity synchronous transmission work of each power storage module 5 can be realized through the real-time electric quantity synchronous unit 623, the electric quantity analysis unit 624 can analyze the electric quantity according to the received data, so as to calculate the charging time length of each power energy storage module 5 according to the analysis result, thereby being convenient for people to grasp accurate data, being beneficial to practical use, recording the work of the power energy storage module 5 through the intelligent ammeter module 64, recording the output electric quantity of the power energy storage module 5 through the output electric quantity recording unit 641, recording the output working time interval of the power energy storage module 5 through the output time interval recording unit 642, recording the input electric quantity of the power energy storage module 5 through the input electric quantity recording unit 643, recording the input working time interval of the power energy storage module 5 through the input time interval recording unit 644, recording and counting and displaying the working data of each power energy storage module 5 through the record counting display unit 645, the power management system 10 facilitates management work.
The foregoing has shown and described the basic principles, principal features and advantages of the invention. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, and that the above embodiments and descriptions are merely illustrative of the principles of the present invention, and various changes and modifications may be made therein without departing from the spirit and scope of the invention, which is defined by the appended claims. The scope of the invention is defined by the appended claims and equivalents thereof.
Claims (10)
1. A modular power management system comprising a power management system (10), characterized by: the power management system (10) comprises an energy storage module connecting unit (1), an energy storage module separation unit (2), an energy storage module grading unit (3), an energy storage module marking unit (4), a power energy storage module (5) and a power management module (6), wherein the energy storage module connecting unit (1), the energy storage module separation unit (2), the energy storage module grading unit (3) and the energy storage module marking unit (4) are all connected with the power energy storage module (5), and the power energy storage module (5) is connected with the power management module (6).
2. A modular power management system as claimed in claim 1, wherein: the power energy storage module (5) comprises a power storage unit (51), a full power-off unit (52), a power-shortage warning unit (53), a leakage prompting unit (54) and an overload power-off unit (55), wherein the power storage unit (51) is connected with the full power-off unit (52), the full power-off unit (52) is connected with the power-shortage warning unit (53), the power-shortage warning unit (53) is connected with the leakage prompting unit (54), and the leakage prompting unit (54) is connected with the overload power-off unit (55).
3. A modular power management system as claimed in claim 1, wherein: the power management module (6) comprises a power detection module (61), a power analysis module (62), an output control module (63), a smart meter module (64), a power central control module (65), a power charging and discharging module (66), a power stabilizing module (67), a power detection module (68) and a wireless communication module (69), wherein the power detection module (61), the power analysis module (62), the output control module (63) and the smart meter module (64) are all connected with the power central control module (65), the power detection module (61) is connected with the power analysis module (62), the power analysis module (62) is connected with the output control module (63), and the output control module (63) is connected with the smart meter module (64).
4. A modular power management system as claimed in claim 3, wherein: the power charging and discharging module (66), the power steady flow module (67), the power detection module (68) and the wireless communication module (69) are all connected with the power central control module (65), the power charging and discharging module (66) is connected with the power steady flow module (67), the power steady flow module (67) is connected with the power detection module (68), and the power detection module (68) is connected with the wireless communication module (69).
5. A modular power management system as claimed in claim 3, wherein: the power detection module (61) comprises a power control unit (611), a circuit power detection unit (612), a current power recording unit (613), a current power adjusting unit (614), a power detection warning unit (615) and a current power display unit (616), wherein the power control unit (611) is connected with the circuit power detection unit (612), the current power recording unit (613), the current power adjusting unit (614), the power detection warning unit (615) and the current power display unit (616).
6. A modular power management system as claimed in claim 3, wherein: the electric quantity analysis module (62) comprises a microprocessor (621), a residual electric quantity acquisition unit (622), a real-time electric quantity synchronization unit (623), an electric quantity analysis unit (624), a charging duration calculation unit (625) and a residual electric quantity display unit (626), wherein the microprocessor (621) is connected with the residual electric quantity acquisition unit (622), the real-time electric quantity synchronization unit (623), the electric quantity analysis unit (624), the charging duration calculation unit (625) and the residual electric quantity display unit (626) in a homogeneous phase.
7. A modular power management system as recited in claim 6, wherein: the device is characterized in that the residual electric quantity collection unit (622) is connected with a real-time electric quantity synchronization unit (623), the real-time electric quantity synchronization unit (623) is connected with an electric quantity analysis unit (624), the electric quantity analysis unit (624) is connected with a charging duration calculation unit (625), and the charging duration calculation unit (625) is connected with a residual electric quantity display unit (626).
8. A modular power management system as claimed in claim 3, wherein: the intelligent ammeter module (64) comprises an output electric quantity recording unit (641), an output period recording unit (642), an input electric quantity recording unit (643), an input period recording unit (644) and a recording statistics display unit (645), wherein the output electric quantity recording unit (641) is connected with the output period recording unit (642), the output period recording unit (642) is connected with the input electric quantity recording unit (643), the input electric quantity recording unit (643) is connected with the input period recording unit (644), and the input period recording unit (644) is connected with the recording statistics display unit (645).
9. A modular power management system as claimed in claim 3, wherein: the power detection module (68) comprises a current detection unit (681), a voltage detection unit (682), an electric quantity detection unit (683), a battery life detection unit (684) and a power fluctuation detection unit (685), wherein the current detection unit (681) is connected with the voltage detection unit (682), the voltage detection unit (682) is connected with the electric quantity detection unit (683), the electric quantity detection unit (683) is connected with the battery life detection unit (684), and the battery life detection unit (684) is connected with the power fluctuation detection unit (685).
10. A modular power management system as recited in claim 5, wherein: the circuit power detection unit (612) is connected with the current power recording unit (613), the current power recording unit (613) is connected with the current power adjustment unit (614), the current power adjustment unit (614) is connected with the power detection warning unit (615), the power detection warning unit (615) is connected with the current power display unit (616).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202311455002.5A CN117175648A (en) | 2023-11-03 | 2023-11-03 | Modularized power management system |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106950503A (en) * | 2017-03-23 | 2017-07-14 | 刘文龙 | Portable power source intelligent recharge and discharge monitoring system and method based on mobile terminal |
| CN107834633A (en) * | 2017-11-09 | 2018-03-23 | 宁波腾浪网络通信设备有限公司 | A kind of charge control system of charging cabinet |
| CN219856843U (en) * | 2023-03-28 | 2023-10-20 | 广东黑卫防火技术有限公司 | Battery changing cabinet and battery changing equipment |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106950503A (en) * | 2017-03-23 | 2017-07-14 | 刘文龙 | Portable power source intelligent recharge and discharge monitoring system and method based on mobile terminal |
| CN107834633A (en) * | 2017-11-09 | 2018-03-23 | 宁波腾浪网络通信设备有限公司 | A kind of charge control system of charging cabinet |
| CN219856843U (en) * | 2023-03-28 | 2023-10-20 | 广东黑卫防火技术有限公司 | Battery changing cabinet and battery changing equipment |
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