SMS Notifying Design in Intra-Day Scheduling Security Check System
- 1 Power System Automation Department, China Electric Power Research Institute, Beijing
- 2 State Grid Beijing Electric Power Company, Beijing
- 3 Power System Automation Department, China Electric Power Research Institute, Beijing
- 4 Power System Automation Department, China Electric Power Research Institute, Beijing
Abstract
In order to master the future operation and stability of power grid exactly, and gasp the weak point accurately, the requirement of power data quality become strict, and the data timeliness of power gird change into outstandingly more and more, because of this, in this paper propose the SMS notifying method of intra-day scheduling data based on safely data principle. The principle is mainly complied with the data source existed or not, the data is coincident to the power grid model, the data is unbroken or not and it is reasonable with the physical reality, then it can obtain better convergence and reasonable intra-day check power data. In order to accelerate the information and network pace of the power grid, the SMS notifying can monitoring data quality without time delay. It dredge the vast path for the future power market into use with the wide range, then, can more effective to ensure the convergence and accuracy of safe check calculation, it provides an effective guarantee with the safe and stable operation of the power grid, in the same way, it is also an efficient method to provides effective guarantee for power grid safe operation from the data source.
- Gao, Y.J., Zhang, Y.K., Li, R.R.,et al. (2015)MaintenanceReserve Capacity Evaluation and its Application Considering Wind Power and Maintenance Demand Uncertainty. High Voltage Apparatus, 51, 31-38.
- Hou, Y.Q., Li, W. (2013) Influence of Integration Of Large-Scale Photovoltaic On Grid And Key Factors Restricting Tis Accepted Capacity.Power System and Clean Energy, 29,73-77.
- Zhang, Z.G. and Xia, Q. (2009)Architecture and Key Technologies for Generation Scheduling of Smart Grid. Power System Technology,33, 1-8.
- Wang, X.Z., Yan, Z. and Shen, C., Li, N.H., Jing, L. and Li, H.J. (2011)Grid Computing of operation Scheduling with Security Constraint Based on SOA. Power System Protection and Control,39, 90-95.
- Lu, G.P. (2014)State Center and Province Three rank of Day-ahead Generating Statics Security Check.Sichuan Electric Power Technology,37,66-69.
- Zhou, H.F., Xu, W., Bao, Y.H., Guo, J., Yan, M.H. and Wang, M.X. (2015)Power Flow data Generation of Security Check for Scheduling Plans based on Similar Day selection. Power System Protection and Control, 43, 87-93.
- Lu, Y., Lu, G.M., Yang, J.F.,et al.(2015)Security CheckService and Practical Technique Based on Smart GirdDispatching and Control System. Automation of Electric Power System, 39,171-176.
- Jin, J., Wang, F., Han, Q.X. and Wu, J. (2009) Development and Application of Short Messages Alarm Software in Qinghai Automation System. 28.
- Song, J.B. (2008)SMS Alarm Monitoring and Storage System of Electric Power Network Data. Master Thesis, 2008.
- Zhang, C.G. (2008)Design and Implementation of SMS Platform System. Master Thesis, 2008.
- Xu, T., Yu, Y.J., Qian, Y.M. (2006) Security Correction Design on Generation Plan in Energy Management System. 30, 88-92.
- Chang, L., Liu, Y.J., Zhu, C. and Cheng,L. (2012) A Rule-based Data Valldation Me-chanism of power Scheduling.Automation of Electric Power System, 36, 98-102.
- Yan, C.H., Dai, S., Cheng X., Zhang, C.C,etc. (2012)Application and Research of Static Security Check in FU-jianPower System. 2012 International Conference on Electronics Information and Electrical Engineering (EIEE2012),11, 38-41.
- Hu, S.J., Li, D.M., Chen, Z.Y., et al.(2005)Security Checking and Optimal Adjustment system for Daily Generation Scheduling.Modern Electric Power, 22, 61-64.