CN111585275B - A control method for intelligent unclosing loop operation - Google Patents
A control method for intelligent unclosing loop operation Download PDFInfo
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
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Abstract
Description
技术领域technical field
本发明涉及电力技术领域，尤其涉及一种智能解合环操作的控制方法。The invention relates to the field of electric power technology, in particular to a control method for intelligent unclosing loop operation.
背景技术Background technique
当前阶段，各类变电站、开闭所、环网站、配电站，根据变电站、开闭所、环网站、配电站在进行由主供电源线路转为备供电源线路运行方式调整时，一直采用停电方式，即将主供电源线路切除，然后将备供电源线路接入，完成转供符合，严重影响对用户的供电质量，导致用户停电。At the current stage, all kinds of substations, switching stations, ring substations, and distribution stations, according to the adjustment of the operation mode of the substations, switching stations, ring substations, and distribution stations from the main power supply line to the backup power supply line, have been The power outage method is used, that is, the main power supply line is cut off, and then the backup power supply line is connected to complete the transfer, which seriously affects the quality of power supply to users, resulting in power outages for users.
随着高一级电压电网的建设，下级电压电网应逐步实现分区运行，相邻分区之间保持互为备用；分层分区构建的电力系统在相邻分区实施从备用转运行时，若采取停电转供，将严重影响用户的生产生活，尤其是对供电质量要求很高的大用户、特殊用户产生严重影响，同时也难以实现事故情况下的快速调整。With the construction of the higher-level voltage grid, the lower-level voltage grid should gradually realize partition operation, and the adjacent partitions should maintain mutual backup. The transfer of power supply will seriously affect the production and life of users, especially large users and special users who have high requirements for power supply quality, and it is also difficult to realize rapid adjustment in case of accidents.
发明内容Contents of the invention
为解决上述问题，本发明提出一种智能解合环操作的控制方法。In order to solve the above problems, the present invention proposes a control method for intelligent unclosing operation.
一种智能解合环操作的控制方法，包括：A control method for an intelligent unclosing loop operation, comprising:
接收调度转供负荷指令进行转供负荷的预设模式选择，根据采集的数据信息进行转供负荷的系统模式选择，当接收的预设模式与系统模式选择一致时，通过开关量输出逻辑单元进行对合环断路器合环指令的下发；Receive the dispatch load transfer instruction to select the preset mode of load transfer, and select the system mode of load transfer according to the collected data information. When the received preset mode is consistent with the system mode selection, it will be selected through the switch output logic unit Issuance of ring closing instructions for circuit breakers;
对合环断路器反馈的数据信息进行逻辑分析判断，用于确认合环操作是否成功完成：若合环操作成功，则通过开关量输出逻辑单元进行对解环断路器解环指令的下发；Carry out logical analysis and judgment on the data information fed back by the loop-closing circuit breaker to confirm whether the loop-closing operation is successfully completed: if the loop-closing operation is successful, the command to release the loop-breaking circuit breaker is issued through the switch output logic unit;
对解环断路器反馈的数据信息进行逻辑分析判断，用于确认解环操作是否成功完成：若解环操作成功，则完成转供负荷操作。Carry out logical analysis and judgment on the data information fed back by the de-loop circuit breaker to confirm whether the de-loop operation is successfully completed: if the de-loop operation is successful, the load transfer operation is completed.
优选的，若解环操作失败，则进行补救措施逻辑分析判断：Preferably, if the ring-breaking operation fails, the logic analysis and judgment of the remedial measures are carried out:
当满足补救条件时，则下发补救措施指令，待未动作的解环断路器位置信号由合到分，则完成转供负荷操作。When the remedial conditions are met, a remedial measure instruction will be issued, and the load transfer operation will be completed when the position signal of the de-loop circuit breaker that has not acted changes from on to off.
优选的，当未满足补救条件时，则进行合环操作成功解环操作失败的恢复时间间隔判断：Preferably, when the remedial condition is not met, the recovery time interval judgment for the success of the ring closure operation and the failure of the ring removal operation is performed:
当进行合环操作成功解环操作失败的恢复时间间隔达到预设条件时，则待人为操作断路器。When the recovery time interval between the success of the ring closure operation and the failure of the ring release operation reaches the preset condition, the circuit breaker is to be manually operated.
优选的，当进行合环操作成功解环操作失败的恢复时间间隔未达到预设条件时，则持续监控数据信息直到满足补救条件。Preferably, when the recovery time interval between the successful ring closure operation and the failure of the ring release operation fails to meet the preset condition, the data information is continuously monitored until the remedial condition is met.
优选的，所述对合环断路器反馈的数据信息进行逻辑分析判断，用于确认合环操作是否成功完成包括：Preferably, the logical analysis and judgment of the data information fed back by the loop-closing circuit breaker for confirming whether the loop-closing operation is successfully completed includes:
当合环断路器反馈的数据信息与合环逻辑判断的数据信息一致且合环进线电流由无到有、合环断路器位置信号由分到合时，则判断合环操作成功；When the data information fed back by the loop-closing circuit breaker is consistent with the data information judged by the loop-closing logic, and the incoming current of the loop-closing circuit breaker changes from non-existent to existing, and the position signal of the loop-closing circuit breaker changes from split to closed, it is judged that the loop-closing operation is successful;
当合环断路器反馈的数据信息与合环逻辑判断的数据信息不一致或合环进线电流依然没有或合环断路器位置信号依然为分位置，则判断合环操作失败。When the data information fed back by the loop-closing circuit breaker is inconsistent with the data information judged by the loop-closing logic or the incoming current of the loop-closing circuit still does not exist or the position signal of the loop-closing circuit breaker is still in the off position, it is judged that the loop-closing operation fails.
优选的，所述对解环断路器反馈的数据信息进行逻辑分析判断，用于确认解环操作是否成功完成包括：Preferably, the logical analysis and judgment of the data information fed back by the de-loop circuit breaker for confirming whether the de-loop operation is successfully completed includes:
当解环断路器反馈的数据信息与解环逻辑判断的数据信息一致且解环进线电流由有到无、解环断路器位置信号由合到分时，则判断解环操作成功；When the data information fed back by the de-loop circuit breaker is consistent with the data information judged by the de-loop logic, and the de-loop incoming current changes from presence to non-existence, and the position signal of the de-loop circuit breaker changes from on to off, then it is judged that the de-loop operation is successful;
当解环断路器反馈的数据信息与逻辑判断的数据信息不一致或解环进线电流依然有或解环断路器位置信号依然为合位置，则判断解环操作失败。When the data information fed back by the de-loop circuit breaker is inconsistent with the data information judged by logic or the de-loop incoming current still exists or the position signal of the de-loop circuit breaker is still in the closed position, it is judged that the de-loop operation fails.
优选的，所述进行补救措施逻辑分析判断包括：Preferably, the logical analysis and judgment of remedial measures includes:
若合环电流大于电流解列动作定值且合环时间大于电流解列时间定值，则判断满足补救条件；If the loop-closing current is greater than the set value of the current unloading action and the loop-closing time is greater than the set value of the current unloading time, it is judged that the remedial condition is met;
若合环电流未达到电流解列动作定值或合环时间大于电流解列时间定值，则判断未满足补救条件。If the loop closing current does not reach the fixed value of the current unloading action or the loop closing time is greater than the set value of the current unloading time, it is judged that the remedial condition is not met.
本发明的有益效果：Beneficial effects of the present invention:
本发明有效的提升系统供电的可靠性和电能质量，且能有效的防止现场因为操作人员的误操作导致误动作的风险；在操作过程中可以在一次设备发生故障时快速补救，有效防止在操作时发生电网故障导致用户失电的风险。The invention can effectively improve the reliability and power quality of the system power supply, and can effectively prevent the risk of misoperation caused by the misoperation of the operator on site; during the operation, it can quickly remedy the failure of the primary equipment, effectively preventing the There is a risk of grid failure causing power loss to users.
本发明通过逻辑判断迅速完成断路器的合环、解环动作，防止运行方式调整时发生停电问题，保证区域负荷均衡性，提升系统供电可靠性和电能质量，同时显著降低运行人员的操作风险，保障设备的安全及电网稳定运行。The present invention quickly completes the loop closing and unlooping actions of the circuit breaker through logical judgment, prevents power outages during operation mode adjustment, ensures regional load balance, improves system power supply reliability and power quality, and at the same time significantly reduces operational risks for operators. Ensure the safety of equipment and the stable operation of the power grid.
附图说明Description of drawings
下面结合附图和具体实施方式对本发明作进一步详细的说明。The present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments.
图1是本发明一实施例一种智能解合环操作的控制方法的示意性流程图；Fig. 1 is a schematic flow chart of a control method for intelligent unclosing operation according to an embodiment of the present invention;
图2是本发明一实施例一种智能解合环操作的控制方法的逻辑流程图。FIG. 2 is a logic flow chart of a control method for intelligent unclosing operation according to an embodiment of the present invention.
具体实施方式Detailed ways
以下结合附图，对本发明的技术方案作进一步的描述，但本发明并不限于这些实施例。The technical solutions of the present invention will be further described below in conjunction with the accompanying drawings, but the present invention is not limited to these embodiments.
本发明的基本思想是通过对合环断路器反馈的数据信息进行逻辑分析判断，对解环断路器反馈的数据信息进行逻辑分析判断，从而在短时间内做出对电网运行方式的调整，完成转供负荷操作，且能转供负荷调整过程中对当前下发命令进行分析，是否符合当时电网运行状态，并能对转供负荷调整时电网发生的故障做出对应的补救措施，且能在操作后对操作的断路器进行监控，确保合解环主操作断路器组的合解环时间间隔在一个可控范围内。The basic idea of the present invention is to carry out logical analysis and judgment on the data information fed back by the loop-closing circuit breaker and the data information fed back by the de-loop circuit breaker, so as to adjust the operation mode of the power grid in a short time and complete Transfer load operation, and can analyze the current command issued during the transfer load adjustment process, whether it conforms to the current grid operation status, and can make corresponding remedial measures for the failure of the grid when the transfer load adjustment occurs, and can be in After the operation, monitor the operating circuit breaker to ensure that the time interval for closing and unblocking the main operating circuit breaker group is within a controllable range.
基于以上思想，本发明提出了一种智能解合环操作的控制方法，该方法智能解合环操作系统实现，如图1所示，该方法包括如下步骤：Based on above thought, the present invention proposes a kind of control method of intelligent unclosing loop operation, the method intelligent unclosing loop operating system realizes, as shown in Figure 1, this method comprises the following steps:
S1：接收调度转供负荷指令进行转供负荷的预设模式选择，根据采集的数据信息进行转供负荷的系统模式选择，当接收的预设模式与系统模式选择一致时，通过开关量输出逻辑单元进行对合环断路器合环指令的下发；S1: Receive the dispatching load transfer instruction to select the preset mode of load transfer, and select the system mode of load transfer according to the collected data information. When the received preset mode is consistent with the system mode selection, output logic through the switch The unit issues the loop-closing command to the loop-closing circuit breaker;
S2：对合环断路器反馈的数据信息进行逻辑分析判断，用于确认合环操作是否成功完成：若合环操作成功，则通过开关量输出逻辑单元进行对解环断路器解环指令的下发；S2: Carry out logical analysis and judgment on the data information fed back by the loop closing circuit breaker to confirm whether the loop closing operation is successfully completed: if the loop closing operation is successful, the switching value output logic unit is used to issue the command for the loop closing circuit breaker to release the loop hair;
S3：对解环断路器反馈的数据信息进行逻辑分析判断，用于确认解环操作是否成功完成：若解环操作成功，则完成转供负荷操作；S3: Carry out logical analysis and judgment on the data information fed back by the de-loop circuit breaker to confirm whether the de-loop operation is successfully completed: if the de-loop operation is successful, the load transfer operation is completed;
S4：若解环操作失败，则进行补救措施逻辑分析判断：当满足补救条件时，则下发补救措施指令，待未动作的解环断路器位置信号由合到分，则完成转供负荷操作；S4: If the de-loop operation fails, carry out logical analysis and judgment of remedial measures: when the remedial conditions are met, issue a remedial measure instruction, and wait for the position signal of the unoperated de-loop breaker to switch from on to off, then complete the load transfer operation ;
S5：当未满足补救条件时，则进行合环操作成功解环操作失败的恢复时间间隔判断：当进行合环操作成功解环操作失败的恢复时间间隔达到预设条件时，则待人为操作断路器；S5: When the remedial conditions are not met, the recovery time interval judgment of the failure of the ring closing operation and the failure of the ring closing operation: when the recovery time interval of the successful ring closing operation and the failure of the ring breaking operation reaches the preset condition, wait for the human operation to open the circuit device;
S6：当进行合环操作成功解环操作失败的恢复时间间隔未达到预设条件时，则持续监控数据信息直到满足补救条件。S6: When the recovery time interval between the success of the ring closure operation and the failure of the ring release operation does not meet the preset condition, continue to monitor the data information until the remedial condition is met.
其中，所述对合环断路器反馈的数据信息进行逻辑分析判断，用于确认合环操作是否成功完成包括：当合环断路器反馈的数据信息与合环逻辑判断的数据信息一致且合环进线电流由无到有、合环断路器位置信号由分到合时，则判断合环操作成功；当合环断路器反馈的数据信息与合环逻辑判断的数据信息不一致或合环进线电流依然没有或合环断路器位置信号依然为分位置，则判断合环操作失败。Wherein, the logical analysis and judgment of the data information fed back by the loop-closing circuit breaker is used to confirm whether the loop-closing operation is successfully completed, including: when the data information fed back by the loop-closing circuit breaker is consistent with the data information judged by the loop-closing logic and the loop-closing When the incoming line current changes from non-existent and the position signal of the loop-closing circuit breaker changes from split to closed, it is judged that the loop-closing operation is successful; when the data information fed back by the loop-closing circuit breaker is inconsistent with the data information judged by the loop-closing logic, or If there is still no current or the position signal of the loop-closing circuit breaker is still in the off position, it is judged that the loop-closing operation fails.
其中，所述对解环断路器反馈的数据信息进行逻辑分析判断，用于确认解环操作是否成功完成包括：当解环断路器反馈的数据信息与解环逻辑判断的数据信息一致且解环进线电流由有到无、解环断路器位置信号由合到分时，则判断解环操作成功；当解环断路器反馈的数据信息与逻辑判断的数据信息不一致或解环进线电流依然有或解环断路器位置信号依然为合位置，则判断解环操作失败。Wherein, the logical analysis and judgment of the data information fed back by the de-loop circuit breaker is used to confirm whether the de-loop operation is successfully completed, including: when the data information fed back by the de-loop circuit breaker is consistent with the data information judged by the de-loop logic and the de-loop When the incoming current changes from present to non-existent, and the position signal of the delooping circuit breaker changes from on to off, it is judged that the delooping operation is successful; If there is or the position signal of the unloop circuit breaker is still closed, it is judged that the unloop operation fails.
其中，所述进行补救措施逻辑分析判断包括：若合环电流大于电流解列动作定值且合环时间大于电流解列时间定值，则判断满足补救条件；若合环电流未达到电流解列动作定值或合环时间大于电流解列时间定值，则判断未满足补救条件。Wherein, the logical analysis and judgment of the remedial measures includes: if the loop closing current is greater than the current decoupling action fixed value and the loop closing time is greater than the current decoupling time fixed value, then it is judged that the remedial condition is met; if the loop closing current does not reach the current decoupling action If the fixed value of the action or the closing time is greater than the fixed value of the current unloading time, it is judged that the remedial condition is not met.
具体的，本发明一种智能解合环操作的控制方法的逻辑流程图如图2所示。电力公司操作人员接收电力公司调度转供负荷指令，然后通过智能解合环操作系统进行转供负荷的预设模式选择，智能解合环操作系统根据采集的数据信息，包括两条进线及两条母线单相电压、断路器位置信号、两条进线电流，确认系统模式选择与操作人员预设模式选择一致，则系统开放模式下发权限，确保操作人员不会误操作，操作人员进行智能解合环操作系统的操作指令下发，操作指令下发后，智能解合环操作系统通过开关量输出逻辑单元进行对合环断路器合环指令的下发。Specifically, a logic flow chart of a control method for intelligent unclosing operation of the present invention is shown in FIG. 2 . The operator of the electric power company receives the command of the power company to dispatch and transfer the load, and then selects the preset mode of the load transfer through the intelligent unclosing operating system. The intelligent unclosing operating system includes two incoming lines and two single-phase buses according to the collected data information Voltage, circuit breaker position signal, and two incoming line currents, confirm that the system mode selection is consistent with the operator’s preset mode selection, and then the system will issue permissions in the open mode to ensure that the operator will not operate by mistake. The operation command is issued, and after the operation command is issued, the intelligent unclosing loop operating system issues the loop closing command to the loop closing circuit breaker through the switch value output logic unit.
智能解合环操作系统下发断路器合环指令完成后，对合环断路器反馈的数据信息，包括合环线路电流、合环断路器位置节点，进行逻辑分析判断，用于确认合环操作是否成功完成。After the intelligent loop closing operating system issues the circuit breaker closing command, the data information fed back by the loop closing circuit breaker, including the current of the loop closing line and the position node of the loop closing circuit breaker, is used for logical analysis and judgment to confirm whether the loop closing operation is successful Finish.
智能解合环操作系统确认操作成功后，即合环断路器反馈的数据信息与合环逻辑判断的数据信息一致，合环进线电流由无到有、合环断路器位置信号由分到合，智能解合环操作系统通过开关量输出逻辑单元进行对解环断路器解环指令的下发。After the intelligent unclosing operating system confirms that the operation is successful, the data information fed back by the loop closing circuit breaker is consistent with the data information judged by the loop closing logic. The ring-breaking operating system issues the ring-breaking instructions of the ring-breaking circuit breaker through the switch value output logic unit.
若智能解合环操作系统确认合环操作失败后，即合环断路器反馈的数据信息与合环逻辑判断的数据信息不一致，合环进线电流依然没有、合环断路器位置信号依然为分位置，电网运行方式没有改变，智能解合环操作系统返回。If the intelligent loop closing operation system confirms that the loop closing operation fails, that is, the data information fed back by the loop closing circuit breaker is inconsistent with the data information judged by the loop closing logic, the current of the loop closing line still does not exist, and the position signal of the loop closing circuit breaker is still in the open position. The operation mode of the power grid has not changed, and the intelligent unclosing operating system returns.
在智能解合环操作系统下发断路器解环指令完成后，即解环断路器反馈的数据信息与解环逻辑判断数据信息一致，对解环断路器反馈的数据信息进行逻辑分析判断，用于确认解环指令是否正确完成。After the circuit breaker de-loop command issued by the intelligent de-loop closing operating system is completed, the data information fed back by the de-loop circuit breaker is consistent with the de-loop logic judgment data information, and the data information fed back by the de-loop circuit breaker is logically analyzed and judged for confirmation Whether the unring command is completed correctly.
智能解合环操作系统确认解环操作成功后，即解环断路器反馈的数据信息与解环逻辑判断的数据信息一致，解环进线电流由有到无、解环断路器位置信号由合到分，智能解合环操作系统返回，完成此次转供负荷操作。After the intelligent unclosing operating system confirms that the unlooping operation is successful, the data information fed back by the unlooping circuit breaker is consistent with the data information judged by the unlooping logic. , the intelligent unclosing loop operating system returns to complete the load transfer operation.
若智能解合环操作系统确认解环操作失败后，即解环断路器反馈的数据信息与逻辑判断的数据信息不一致，解环进线电流依然有、解环断路器位置信号依然为合位置，智能解合环系统进行补救措施逻辑分析判断。If the intelligent unclosing operating system confirms that the unclosing operation fails, that is, the data information fed back by the unclosing circuit breaker is inconsistent with the data information judged logically, the incoming current of unlooping still exists, and the position signal of the unclosing circuit breaker is still in the closed position, and the intelligent unclosing loop The system conducts logical analysis and judgment of remedial measures.
若智能解合环操作系统确认解环操作失败后，即解环断路器反馈的数据信息与逻辑判断的数据信息不一致，智能解合环系统进行补救措施逻辑分析判断，满足补救条件，即断路器反馈数据信息达到补救措施逻辑判断条件，合环电流大于电流解列动作定值且合环时间大于电流解列时间定值，智能解合环操作系统下发补救措施指令，确认指令完成后，即未动作的断路器位置信号由合到分，智能解合环系统返回。If the intelligent loop unclosing operating system confirms that the loop unclosing operation fails, that is, the data information fed back by the loop breaker is inconsistent with the data information judged logically, the intelligent loop unclosing system performs logical analysis and judgment of remedial measures, and the remedial conditions are met, that is, the feedback data information of the circuit breaker reaches Remedial measures Logical judgment condition, the loop closing current is greater than the current unloading action setting value and the loop closing time is greater than the current unloading time setting value, the intelligent loop unclosing operating system will issue a remedial action command, and after the confirmation command is completed, the position of the circuit breaker that has not acted The signal changes from closing to opening, and the intelligent unclosing system returns.
若智能解合环操作系统确认解环操作失败后，即解环断路器反馈的数据信息与逻辑判断的数据信息不一致，智能解合环系统进行补救措施逻辑分析判断，未满足补救条件，即断路器反馈数据信息达到补救措施逻辑判断条件，合环电流未达到电流解列动作定值或合环时间大于电流解列时间定值，智能解合环操作系统进行合环成功解环失败的恢复时间间隔判断。If the intelligent de-closing operating system confirms that the de-loop operation fails, that is, the data information fed back by the de-loop circuit breaker is inconsistent with the data information judged logically, the intelligent de-loop system performs logical analysis and judgment of remedial measures, and the remedial conditions are not met, that is, the circuit breaker feeds back data information When the logical judgment condition of remedial measures is reached, the loop closing current does not reach the current unloading action set value or the loop closing time is greater than the current unloading time set value, the intelligent loop unclosing operating system judges the recovery time interval for successful loop closing and unwinding failure.
智能解合环操作系统确认解环操作失败后，即解环断路器反馈的数据信息与逻辑判断的数据信息不一致，智能解合环系统进行补救措施逻辑分析判断，未满足补救条件，即断路器反馈数据信息达到补救措施逻辑判断条件，合环电流未达到电流解列动作定值或合环时间大于电流解列时间定值，智能解合环操作系统进行合环成功解环失败的恢复时间间隔判断达到预设条件，合环成功解环失败的恢复时间间隔定值达到，智能解合环操作系统系统返回，待人为操作断路器。After the intelligent unclosing operation system confirms that the unwinding operation fails, that is, the data information fed back by the circuit breaker is inconsistent with the data information judged logically. The intelligent unclosing system performs logical analysis and judgment of remedial measures. Remedial measures Logical judgment conditions, if the loop closing current does not reach the set value of the current unloading action or the loop closing time is greater than the set value of the current unloading time, the intelligent loop unclosing operating system performs a successful loop closing and the recovery time interval judgment of the loop unwinding failure meets the preset conditions, When the set value of the recovery time interval is reached after successful ring closing and ring unclosing failure, the intelligent ring unclosing operating system returns, waiting for human operation of the circuit breaker.
智能解合环操作系统确认解环操作失败后，即解环断路器反馈的数据信息与逻辑判断的数据信息不一致，智能解合环系统进行补救措施逻辑分析判断，未满足补救条件，即断路器反馈数据信息达到补救措施逻辑判断条件，合环电流未达到电流解列动作定值或合环时间大于电流解列时间定值，智能解合环操作系统进行合环成功解环失败的恢复时间间隔判断未达到预设条件，合环成功解环失败的恢复时间间隔定值未达到，智能解合环操作系统系统将持续监控数据信息，对此次操作进行补救措施的判断。After the intelligent unclosing operation system confirms that the unwinding operation fails, that is, the data information fed back by the circuit breaker is inconsistent with the data information judged logically. The intelligent unclosing system performs logical analysis and judgment of remedial measures. Remedial measures Logical judgment conditions, the loop closing current does not reach the set value of the current unloading action or the loop closing time is greater than the current unloading time set value, the intelligent loop unclosing operating system performs the loop closing successfully and the recovery time interval judgment of the loop unloading failure fails to meet the preset conditions , the fixed value of the recovery time interval for successful loop closure and failure of loop closure has not been reached, and the intelligent loop closure operating system system will continue to monitor the data information and judge the remedial measures for this operation.
本发明有效的提升系统供电的可靠性和电能质量，且能有效的防止现场因为操作人员的误操作导致误动作的风险；在操作过程中可以在一次设备发生故障时快速补救，有效防止在操作时发生电网故障导致用户失电的风险。The invention can effectively improve the reliability and power quality of the system power supply, and can effectively prevent the risk of misoperation caused by the misoperation of the operator on site; during the operation, it can quickly remedy the failure of the primary equipment, effectively preventing the There is a risk of grid failure causing power loss to users.
本发明通过逻辑判断迅速完成断路器的合环、解环动作，防止运行方式调整时发生停电问题，保证区域负荷均衡性，提升系统供电可靠性和电能质量，同时显著降低运行人员的操作风险，保障设备的安全及电网稳定运行。The present invention quickly completes the loop closing and unlooping actions of the circuit breaker through logical judgment, prevents power outages during operation mode adjustment, ensures regional load balance, improves system power supply reliability and power quality, and at the same time significantly reduces operational risks for operators. Ensure the safety of equipment and the stable operation of the power grid.
本发明所属技术领域的技术人员可以对所描述的具体实施例做各种各样的修改或补充或采用类似的方式替代，但并不会偏离本发明的精神或者超越所附权利要求书所定义的范围。Those skilled in the art to which the present invention belongs can make various modifications or supplements to the described specific embodiments or adopt similar methods to replace them, but they will not deviate from the spirit of the present invention or go beyond the definition of the appended claims range.
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102496929A (en) * | 2011-12-23 | 2012-06-13 | 宁波电业局 | Method, device and system for closing and opening ring |
| CN103236695A (en) * | 2013-04-28 | 2013-08-07 | 国家电网公司 | Power distribution network loop closing current switching method and device, and power distribution terminal |
| CN106444589A (en) * | 2016-12-06 | 2017-02-22 | 国网浙江省电力公司绍兴供电公司 | 30-degree phase angle difference distributing line loop closing and opening operation system |
| CN106787123A (en) * | 2016-12-06 | 2017-05-31 | 国网浙江省电力公司绍兴供电公司 | 30 degree of phase angle difference distribution lines do not have a power failure and turn to supply breaker group sequence method |
| CN109217467A (en) * | 2018-08-28 | 2019-01-15 | 云南电网有限责任公司电力科学研究院 | A kind of quickly solution cyclization method and apparatus |
| CN110460025A (en) * | 2019-08-15 | 2019-11-15 | 国网四川省电力公司宜宾供电公司 | Fast ring removal method and device thereof |
-
2020
- 2020-05-13 CN CN202010403089.1A patent/CN111585275B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102496929A (en) * | 2011-12-23 | 2012-06-13 | 宁波电业局 | Method, device and system for closing and opening ring |
| CN103236695A (en) * | 2013-04-28 | 2013-08-07 | 国家电网公司 | Power distribution network loop closing current switching method and device, and power distribution terminal |
| CN106444589A (en) * | 2016-12-06 | 2017-02-22 | 国网浙江省电力公司绍兴供电公司 | 30-degree phase angle difference distributing line loop closing and opening operation system |
| CN106787123A (en) * | 2016-12-06 | 2017-05-31 | 国网浙江省电力公司绍兴供电公司 | 30 degree of phase angle difference distribution lines do not have a power failure and turn to supply breaker group sequence method |
| CN109217467A (en) * | 2018-08-28 | 2019-01-15 | 云南电网有限责任公司电力科学研究院 | A kind of quickly solution cyclization method and apparatus |
| CN110460025A (en) * | 2019-08-15 | 2019-11-15 | 国网四川省电力公司宜宾供电公司 | Fast ring removal method and device thereof |
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