CN102832646A - Intelligent regulation and control power storage system and method with real-time single storage battery monitoring function - Google Patents
Intelligent regulation and control power storage system and method with real-time single storage battery monitoring function Download PDFInfo
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- CN102832646A CN102832646A CN201110156735XA CN201110156735A CN102832646A CN 102832646 A CN102832646 A CN 102832646A CN 201110156735X A CN201110156735X A CN 201110156735XA CN 201110156735 A CN201110156735 A CN 201110156735A CN 102832646 A CN102832646 A CN 102832646A
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Abstract
According to the intelligent regulation and control power storage system with the real-time single storage battery monitoring function, the specified single storage battery can be dynamically separated in real time by regulating the first group of intelligent control connecting wires to the fifth group of intelligent control connecting wires to form a monitoring loop in which the corresponding single storage battery is independently connected with the monitoring and control system, and the monitoring system realizes real-time monitoring on the distributed single storage battery through time-sharing parallel asynchronous regulation and control; the system has the advantages of low cost, saving of a large number of power connecting wires, improvement of reliability, realization of isolation of any single storage battery in the storage battery pack, independent detection and online real-time fault treatment, automatic hot backup allocation and intelligent switching of fault storage batteries, real unattended intelligent fault diagnosis, maintenance, allocation and interchange treatment, great improvement of detection and maintenance timeliness of the storage battery system, and effective enhancement of safety and reliability of the system.
Description
Technical field
The invention belongs to storage battery electric power storage and accumulator monitoring technical field thereof, be specifically related to a kind of intelligent control accumulating system and method with real-time cell batteries monitoring function.
Background technology
At present human society from industrialization, electrified to the modernization development process; The particularly introducing of new forms of energy and popularization; The application of accumulating system and reserve DC power supply more and more widely; As the storage battery of accumulating system and reserve DC power supply important component part, the good and bad state of its performance condition just seems particularly important for the normal operation that guarantees accumulating system and reserve DC power supply.Along with accumulating system and reserve DC power supply, especially maintenance free cell is widely used, and problem displays gradually, for example:
Most of maintenance free cells compare the much shorter of wanting of expectation useful life;
Indivedual storage batterys fall behind or inefficacy causes whole Battery pack to lose efficacy;
After storage battery was installed, lack of scientific, effective monitoring management means can not in time be made judgement accurately to the reasonable use of storage battery;
Certain customers are difficult to carry out manual inspection owing to use the field condition restriction, and test data analysis needs the O&M personnel to have very high professional level, and it is very high to carry out the risk of battery discharging test;
The current check expense at unattended duty station (institute) is very high, changes for the storage battery that falls behind or lost efficacy, and battery system work is stopped, and causes the risk of power supply infringement;
The discovery of sudden battery failures is difficult to guarantee in time to find, even if find that online in real time is changed immediately; Or the like.This shows, correctly, scientifically use battery, it is very necessary with monitoring management to strengthen regular maintenance, thereby in time finds behindhand battery, for safeguarding and processing provides science, foundation accurately.To this, engineers and technicians have carried out unremitting effort and have proposed many technical schemes.
Analyze and conclude to prior art and scheme, can know that the main monitoring of batteries electric power system and maintenance have following several kinds of modes:
1. adopt the artificial mode that regularly detects, its method is simple, and testing tool and equipment investment are the amount doesn't matter; But workload is big, detects to connect to be prone to loose contact generation error, and efficient is low; Entire system detects weak effect, can not realize real-time processing, is prone to generation systems and loses efficacy.
2. conventional online connects centralized monitoring system, and its mode is that each cell batteries in the batteries that connects to form with the serial or parallel connection mode is connected with the system testing port, takes timesharing control; Connect every group of electric power connecting line of each cell batteries one by one and carry out relevant detection; Every group of electric power connecting line concentrated and is connected system port, makes wiring numerous and mixed and disorderly, is easy to make mistakes; Also waste many wire rods; Particularly can not realize making the cell batteries isolation and carry out independently complete detection, can not accomplish real time fail and handle, detected electrical quantity has bigger limitation.
3. conventional online connects the distributed system mode; Be with the corresponding testing circuit module of each storage battery, and each cell batteries in the batteries that will connect to form with the serial or parallel connection mode links to each other, the holding wire of testing circuit module is connected with system; This mode is compared with centralized system and has been reduced a large amount of electric power connecting lines; Reduced the defective that line waste and line are prone to make mistakes, but the corresponding testing circuit module of each storage battery can increase cost of investment greatly, and; Still can not solve cell batteries is isolated and independent detection, can not accomplish real time fail and handle.
Hence one can see that; Prior art exists many defectives and deficiency, and particularly, the user hopes and can set up real-time and effective " health account " to the cell batteries of battery system; This just need can carry out online monitoring and diagnosis to the cell batteries of battery system; There have been some technical schemes to realize at present to this, but after monitoring and diagnose the storage battery of backward storage battery or fault, also can only have reported to the police; Want manual work to change, exist the hidden danger of huge risk and disaster for online electric power system undoubtedly.Many weeks; The purpose that the user monitors and diagnoses is in order to change storage battery or the storage battery of fault after dropping; Make the batteries electric power system be in good working order all the time, hope can realize the intelligence switching of automatic Hot Spare allotment and trouble accumulator online in real time; All can not realize this prior art and scheme.
Summary of the invention
The present invention realizes the isolation of any cell batteries in the batteries and carries out independent detection and the online in real time troubleshooting in order to overcome the above-mentioned defective and the deficiency of prior art, realizes that automatic Hot Spare allotment and trouble accumulator real-time intelligent switch.A kind of intelligent control accumulating system and method with real-time cell batteries monitoring function proposed; Become polyphone or the dynamic controlled batteries of parallel connection with control-management system, system bus, signal connecting line, combined power connecting line and batteries by first group of Based Intelligent Control connecting line, second group of Based Intelligent Control connecting line, the 3rd group of Based Intelligent Control connecting line, the 4th group of Based Intelligent Control connecting line, the 5th group of Based Intelligent Control connecting line, monitoring gating connecting line, batteries anode connection terminal, batteries negative pole link, monitoring, it is characterized in that the end of the 4th a group of Based Intelligent Control connecting line of negative pole connection of an end and each storage battery of the 5th a group of Based Intelligent Control connecting line of positive pole connection of each storage battery; The other end of the 5th group of Based Intelligent Control connecting line that the other end of the 5th group of Based Intelligent Control connecting line that two adjacent battery positive voltage of every first group of Based Intelligent Control connecting line parallel connection link to each other links to each other with battery positive voltage; The other end of the 4th group of Based Intelligent Control connecting line that the other end of the 4th group of Based Intelligent Control connecting line that two adjacent battery terminal negatives of every second group of Based Intelligent Control connecting line parallel connection link to each other links to each other with battery terminal negative; The other end of the 4th group of Based Intelligent Control connecting line that the other end of the 5th group of Based Intelligent Control connecting line that two adjacent battery positive voltage of every the 3rd group of Based Intelligent Control connecting line polyphone link to each other links to each other with battery terminal negative; The positive pole that the battery terminal negative connecting line of every monitoring gating connecting line connects the negative pole of storage battery and monitors the battery positive voltage connecting line connection storage battery of gating connecting line; The anode connection terminal of every monitoring gating connecting line is connected monitoring and control-management system through combined power connecting line and system bus respectively with negative pole link and working power link, and the signal wire connecting end of every monitoring gating connecting line connects monitoring and control-management system through signal connecting line and system bus; The port of control signal separately of first group of Based Intelligent Control connecting line, second group of Based Intelligent Control connecting line, the 3rd group of Based Intelligent Control connecting line, the 4th group of Based Intelligent Control connecting line and the 5th group of Based Intelligent Control connecting line is extremely monitored and control-management system through signal connecting line connected system bus when connecting.
A kind of intelligent control accumulating system and method with real-time cell batteries monitoring function of the present invention is characterized in that first group of Based Intelligent Control connecting line, second group of Based Intelligent Control connecting line, the 3rd group of Based Intelligent Control connecting line, the 4th group of Based Intelligent Control connecting line, the 5th group of Based Intelligent Control connecting line are made up of many first group of Based Intelligent Control connecting lines, second group of Based Intelligent Control connecting line, the 3rd group of Based Intelligent Control connecting line, the 4th group of Based Intelligent Control connecting line, the 5th group of Based Intelligent Control connecting line respectively separately.
A kind of intelligent control accumulating system and method for the present invention with real-time cell batteries monitoring function; The every Based Intelligent Control connecting line that it is characterized in that first group of Based Intelligent Control connecting line, second group of Based Intelligent Control connecting line, the 3rd group of Based Intelligent Control connecting line, the 4th group of Based Intelligent Control connecting line, the 5th group of Based Intelligent Control connecting line is formed by electric-controlled switch, switch driving circuit, link armatine and connectivity port second and electric power connecting line first and electric power connecting line second, control signal port, coding decoder; And; Electric-controlled switch is through switch driving circuit and control signal port connected system bus, and electric-controlled switch is connected link armatine and connectivity port second through electric power connecting line first with electric power connecting line second respectively.
A kind of intelligent control accumulating system and method for the present invention with real-time cell batteries monitoring function; It is characterized in that monitoring the gating connecting line and comprise many monitoring gating connecting lines, its every Based Intelligent Control connecting line is made up of anodal gate, negative pole gate, gating drive circuit, coding-decoding circuit, system connectivity port, battery positive voltage connecting line, battery terminal negative connecting line, anodal output connecting line, negative pole output connecting line, anode connection terminal, negative pole link, working power link, signal wire connecting end.
A kind of intelligent control accumulating system and method with real-time cell batteries monitoring function of the present invention is characterized in that system bus has comprised signal connecting line and combined power connecting line.
A kind of intelligent control accumulating system and method with real-time cell batteries monitoring function of the present invention is characterized in that the combined power connecting line comprises direct current positive and negative electrode connecting line and system works electric power connection line.
The present invention has overcome the above-mentioned defective and the deficiency of prior art; Utilize through first group of Based Intelligent Control connecting line of regulation and control, second group of Based Intelligent Control connecting line, the 3rd group of Based Intelligent Control connecting line, the 4th group of Based Intelligent Control connecting line, the 5th group of Based Intelligent Control connecting line; Can realize that dynamic real-time separates the cell batteries of appointment; Form the monitoring circuit that corresponding cell batteries and monitoring and control-management system independently link to each other; Monitoring system realizes the real-time monitoring to distributed cell batteries through the also line asynchronous regulation and control of timesharing.
A kind of intelligent control accumulating system and method for the present invention with real-time cell batteries monitoring function; Not only cost is extremely low; Save a large amount of electric power connecting lines and improved reliability; Can also realize the isolation of any cell batteries in the batteries and carry out independent detection and the online in real time troubleshooting, realize automatic Hot Spare allotment and the switching of trouble accumulator intelligence, really realize unattended intelligent fault diagnosis, maintenance and allotment and exchanged processing; Improve the ageing of battery system detection, maintenance greatly, effectively strengthened fail safe and the reliability of system.
Description of drawings
Fig. 1 is a kind of principle of work and power sketch map with intelligent control accumulating system of real-time cell batteries monitoring function;
Fig. 2 is the principle of work and power sketch map of Based Intelligent Control connecting line;
Fig. 3 is a monitoring gating connecting line principle function theory diagram;
Fig. 4 is the principle of work and power sketch map of the intelligent control accumulating system of the real-time cell batteries monitoring function that constitutes of storage battery polyphone;
Fig. 5 is the principle of work and power sketch map of the intelligent control accumulating system of the parallelly connected real-time cell batteries monitoring function that constitutes of storage battery.
Embodiment
As examples of implementation, a kind of intelligent control accumulating system with real-time cell batteries monitoring function is explained that still, technology of the present invention and scheme are not limited to the content that present embodiment provides in conjunction with accompanying drawing.
Fig. 1 has provided a kind of principle of work and power sketch map with intelligent control accumulating system of real-time cell batteries monitoring function.Can know by figure; A kind of intelligent control accumulating system and method with real-time cell batteries monitoring function; Forms polyphone or parallelly connected dynamic controlled batteries (R) by first group of Based Intelligent Control connecting line (a), second group of Based Intelligent Control connecting line (b), the 3rd group of Based Intelligent Control connecting line (c), the 4th group of Based Intelligent Control connecting line (m), the 5th group of Based Intelligent Control connecting line (n), monitoring gating connecting line (e), batteries anode connection terminal (1), batteries negative pole link (2), monitoring with control-management system (3), system bus (4), signal connecting line (5), combined power connecting line (6) and storage battery (r), it is characterized in that the end of the 4th a group of Based Intelligent Control connecting line (mi) of negative pole connection of an end and each storage battery (ri) of the 5th a group of Based Intelligent Control connecting line (ni) of positive pole connection of each storage battery (ri); The other end of anodal the 5th group of Based Intelligent Control connecting line (ni-1) that links to each other of every first group Based Intelligent Control connecting line (ai-1) two adjacent storage batterys of parallel connection (ri-1) and the other end of anodal the 5th group of Based Intelligent Control connecting line (ni) that links to each other of storage battery (ri); The other end of the 4th group of Based Intelligent Control connecting line (mi) that the other end of the 4th group of Based Intelligent Control connecting line (mi-1) that every second group Based Intelligent Control connecting line (bi-1) parallel connection two adjacent storage batterys (ri-1) negative pole links to each other links to each other with storage battery (ri) negative pole; The other end of the 4th group of Based Intelligent Control connecting line (mi) that the other end of anodal the 5th group of Based Intelligent Control connecting line (ni-1) that links to each other of every the 3rd group of Based Intelligent Control connecting line (ci) two adjacent storage batterys of polyphone (ri-1) links to each other with storage battery (ri) negative pole; The positive pole that the battery terminal negative connecting line (17) of every monitoring gating connecting line (ei) connects the negative pole of storage battery (ri) and monitors battery positive voltage connecting line (16) the connection storage battery (ri) of gating connecting line (ei); The anode connection terminal (20) of every monitoring gating connecting line (ei) is connected monitoring and control-management system (3) through combined power connecting line (6) and system bus (4) respectively with negative pole link (21) and working power link (22), and the signal wire connecting end (23) of every monitoring gating connecting line (ei) connects monitoring and control-management system (3) through signal connecting line (5) and system bus (4); The port of control signal separately (37) of first group of Based Intelligent Control connecting line (ai), second group of Based Intelligent Control connecting line (bi), the 3rd group of Based Intelligent Control connecting line (ci), the 4th group of Based Intelligent Control connecting line (mi) and the 5th group of Based Intelligent Control connecting line (ni) is through extremely monitoring and control-management system (3) of signal connecting line (5) connected system bus (4) when connecting; Monitoring and system bus (4) and signal connecting line (5) and coding decoder (38) or coding-decoding circuit (14) gating corresponding switch driving circuit (32) or the gating drive circuit (13) of control-management system (3) through being connected, the intelligent control of realization accumulating system; Utilize system bus and code encoding/decoding mode to simplify the joint construction of accumulating system greatly, not only practiced thrift a large amount of wire rods, the cost of reducing investment outlay, but also improved the fail safe and the reliability of system greatly.
Fig. 2 is the principle of work and power sketch map of Based Intelligent Control connecting line.Can know that by Fig. 1 and Fig. 2 first group of Based Intelligent Control connecting line (a), second group of Based Intelligent Control connecting line (b), the 3rd group of Based Intelligent Control connecting line (c), the 4th group of Based Intelligent Control connecting line (m), the 5th group of Based Intelligent Control connecting line (n) are made up of many first group Based Intelligent Control connecting line (ai), second group of Based Intelligent Control connecting line (bi), the 3rd group of Based Intelligent Control connecting line (ci), the 4th group of Based Intelligent Control connecting line (mi), the 5th group of Based Intelligent Control connecting line (ni) respectively separately; And every Based Intelligent Control connecting line of first group of Based Intelligent Control connecting line (a), second group of Based Intelligent Control connecting line (b), the 3rd group of Based Intelligent Control connecting line (c), the 4th group of Based Intelligent Control connecting line (m), the 5th group of Based Intelligent Control connecting line (n) is formed by electric-controlled switch (31), switch driving circuit (32), link armatine (33) and connectivity port second (34) and electric power connecting line first (35) and electric power connecting line second (36), control signal port (37), coding decoder (38); And; Electric-controlled switch (31) is through switch driving circuit (32) and control signal port (37) connected system bus (4), and electric-controlled switch (31) is connected link armatine (33) and connectivity port second (34) through electric power connecting line first (35) respectively with electric power connecting line second (36).
Fig. 3 is a monitoring gating connecting line principle function theory diagram.Can know by Fig. 1 and Fig. 3; Monitoring gating connecting line (e) comprises many monitoring gating connecting lines (ei), and its every Based Intelligent Control connecting line (ei) is made up of anodal gate (11), negative pole gate (12), gating drive circuit (13), coding-decoding circuit (14), system connectivity port (15), battery positive voltage connecting line (16), battery terminal negative connecting line (17), anodal output connecting line (18), negative pole output connecting line (19), anode connection terminal (20), negative pole link (21), working power link (22), signal wire connecting end (23); The positive pole output connecting line (18) of its monitoring gating connecting line (e), negative pole output connecting line (19), anode connection terminal (20), negative pole link (21), the appointment of both positive and negative polarity is the sign effect, is convenient to installation and maintenance.
As examples of implementation, system bus has comprised signal connecting line (5) and combined power connecting line (6), and combined power connecting line (6) comprises direct current positive and negative electrode connecting line and system works electric power connection line.
Connect with reference to Fig. 1, can constitute a kind of intelligent control accumulating system with real-time cell batteries monitoring function.
Application example 1
As shown in Figure 1; If will realize dynamic real-time separates the cell batteries of appointment; Form the monitoring circuit that corresponding cell batteries (ri-1) and monitoring and control-management system (3) independently link to each other, monitoring system through timesharing and the line asynchronous regulation and control, realize real-time monitoring to distributed cell batteries; Break off and with anodal gate (11) and negative pole gate (12) connection as long as the electric-controlled switch of its Based Intelligent Control connecting line (ni-1) and Based Intelligent Control connecting line (mi-1) is in; Then the storage battery of respective backup (ri-1) is disconnected and is monitored in real time, as: when finding the storage battery (ri-1) of fault, with storage battery (rj) connection of backup; The storage battery (ri-1) that breaks off is notified the relevant personnel to change and is got final product, and realizes the on-line automatic switching and the allotment of each storage battery of batteries.
Application example 2
Fig. 4 is the principle of work and power sketch map of the intelligent control accumulating system of the real-time cell batteries monitoring function that constitutes of storage battery polyphone.As shown in Figure 4; The batteries of polyphone form (R) can be on the basis of Fig. 1; Remove each the root Based Intelligent Control connecting line (bi) or the Based Intelligent Control connecting line (ai) of second group of Based Intelligent Control connecting line (b) or first group of Based Intelligent Control connecting line (a); As: when finding the storage battery (ri-1) of fault; As long as the electric-controlled switch of its Based Intelligent Control connecting line (ni-1) and Based Intelligent Control connecting line (ci-1) is in breaks off and the electric-controlled switch of Based Intelligent Control connecting line (ai-1) or Based Intelligent Control connecting line (bi-1) is in the work that connection can be accomplished the storage battery of isolated fault (ri-1), can the electric-controlled switch that batteries is in continuous Based Intelligent Control connecting line (cj) of the storage battery rj of respective backup of isolation and Based Intelligent Control connecting line (nj) be in connection simultaneously and can accomplish the online in real time storage battery and more change jobs.
Application example 3
Fig. 5 is the principle of work and power sketch map of the intelligent control accumulating system of the parallelly connected real-time cell batteries monitoring function that constitutes of storage battery.As shown in Figure 5; The batteries of parallel form (R) can be on the basis of Fig. 1; Remove corresponding each root Based Intelligent Control connecting line (ai), Based Intelligent Control connecting line (bi) and the Based Intelligent Control connecting line (ci) of first group of Based Intelligent Control connecting line (a), second group of Based Intelligent Control connecting line (b) and the 3rd group of Based Intelligent Control connecting line (c); As: when finding the storage battery (ri-1) of fault, as long as the electric-controlled switch that the electric-controlled switch of its Based Intelligent Control connecting line (ni-1) and Based Intelligent Control connecting line (mi-1) is in the Based Intelligent Control connecting line (mj) that breaks off and the storage battery rj of respective backup is linked to each other and Based Intelligent Control connecting line (nj) is in the work of storage battery (ri-1) that connection can be accomplished the storage battery Rj replacing fault of backup.
Claims (6)
1. an intelligent control accumulating system and method with real-time cell batteries monitoring function; Forms polyphone or parallelly connected dynamic controlled batteries (R) by first group of Based Intelligent Control connecting line (a), second group of Based Intelligent Control connecting line (b), the 3rd group of Based Intelligent Control connecting line (c), the 4th group of Based Intelligent Control connecting line (m), the 5th group of Based Intelligent Control connecting line (n), monitoring gating connecting line (e), batteries anode connection terminal (1), batteries negative pole link (2), monitoring with control-management system (3), system bus (4), signal connecting line (5), combined power connecting line (6) and storage battery (r), it is characterized in that the end of the 4th a group of Based Intelligent Control connecting line (mi) of negative pole connection of an end and each storage battery (ri) of the 5th a group of Based Intelligent Control connecting line (ni) of positive pole connection of each storage battery (ri); The other end of anodal the 5th group of Based Intelligent Control connecting line (ni-1) that links to each other of every first group Based Intelligent Control connecting line (ai-1) two adjacent storage batterys of parallel connection (ri-1) and the other end of anodal the 5th group of Based Intelligent Control connecting line (ni) that links to each other of storage battery (ri); The other end of the 4th group of Based Intelligent Control connecting line (mi) that the other end of the 4th group of Based Intelligent Control connecting line (mi-1) that every second group Based Intelligent Control connecting line (bi-1) parallel connection two adjacent storage batterys (ri-1) negative pole links to each other links to each other with storage battery (ri) negative pole; The other end of the 4th group of Based Intelligent Control connecting line (mi) that the other end of anodal the 5th group of Based Intelligent Control connecting line (ni-1) that links to each other of every the 3rd group of Based Intelligent Control connecting line (ci) two adjacent storage batterys of polyphone (ri-1) links to each other with storage battery (ri) negative pole; The positive pole that the battery terminal negative connecting line (17) of every monitoring gating connecting line (ei) connects the negative pole of storage battery (ri) and monitors battery positive voltage connecting line (16) the connection storage battery (ri) of gating connecting line (ei); The anode connection terminal (20) of every monitoring gating connecting line (ei) is connected monitoring and control-management system (3) through combined power connecting line (6) and system bus (4) respectively with negative pole link (21) and working power link (22), and the signal wire connecting end (23) of every monitoring gating connecting line (ei) connects monitoring and control-management system (3) through signal connecting line (5) and system bus (4); The port of control signal separately (37) of first group of Based Intelligent Control connecting line (ai), second group of Based Intelligent Control connecting line (bi), the 3rd group of Based Intelligent Control connecting line (ci), the 4th group of Based Intelligent Control connecting line (mi) and the 5th group of Based Intelligent Control connecting line (ni) is through extremely monitoring and control-management system (3) of signal connecting line (5) connected system bus (4) when connecting.
2. said a kind of intelligent control accumulating system and the method with real-time cell batteries monitoring function of claim 1 is characterized in that first group of Based Intelligent Control connecting line (a), second group of Based Intelligent Control connecting line (b), the 3rd group of Based Intelligent Control connecting line (c), the 4th group of Based Intelligent Control connecting line (m), the 5th group of Based Intelligent Control connecting line (n) are made up of many first group Based Intelligent Control connecting line (ai), second group of Based Intelligent Control connecting line (bi), the 3rd group of Based Intelligent Control connecting line (ci), the 4th group of Based Intelligent Control connecting line (mi), the 5th group of Based Intelligent Control connecting line (ni) respectively separately.
3. said a kind of intelligent control accumulating system and the method for claim 1 with real-time cell batteries monitoring function; The every Based Intelligent Control connecting line that it is characterized in that first group of Based Intelligent Control connecting line (a), second group of Based Intelligent Control connecting line (b), the 3rd group of Based Intelligent Control connecting line (c), the 4th group of Based Intelligent Control connecting line (m), the 5th group of Based Intelligent Control connecting line (n) is formed by electric-controlled switch (31), switch driving circuit (32), link armatine (33) and connectivity port second (34) and electric power connecting line first (35) and electric power connecting line second (36), control signal port (37), coding decoder (38); And; Electric-controlled switch (31) is through switch driving circuit (32) and control signal port (37) connected system bus (4), and electric-controlled switch (31) is connected link armatine (33) and connectivity port second (34) through electric power connecting line first (35) respectively with electric power connecting line second (36).
4. said a kind of intelligent control accumulating system and the method for claim 1 with real-time cell batteries monitoring function; It is characterized in that monitoring gating connecting line (e) and comprise many monitoring gating connecting lines (ei), its every Based Intelligent Control connecting line (ei) is made up of anodal gate (11), negative pole gate (12), gating drive circuit (13), coding-decoding circuit (14), system connectivity port (15), battery positive voltage connecting line (16), battery terminal negative connecting line (17), anodal output connecting line (18), negative pole output connecting line (19), anode connection terminal (20), negative pole link (21), working power link (22), signal wire connecting end (23).
5. said a kind of intelligent control accumulating system and the method with real-time cell batteries monitoring function of claim 1 is characterized in that system bus has comprised signal connecting line (5) and combined power connecting line (6).
6. said a kind of intelligent control accumulating system and the method with real-time cell batteries monitoring function of claim 1 is characterized in that combined power connecting line (6) comprises direct-flow positive pole connecting line, negative lead and system works electric power connection line.
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| CN102832646B (en) | 2015-09-23 |
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