首页|北斗三代系统的RTK长基线定位技术在光伏管控报警系统中的应用

北斗三代系统的RTK长基线定位技术在光伏管控报警系统中的应用

扫码查看
为辅助交能融合业务板块运维工作快速定位目标光伏组件及相关电力设施,提升光伏组件病害治理水平,提高系统智慧运维能力,本研究设计了一种快速定位方法。采用北斗三代系统的RTK长基线静态定位技术,向光伏电站运维系统及时提供设备预警及报警信息,辅助运维工作快速响应,实现"零火星电站"。基于北斗三代系统的载波相位差分技术(Real-time kinematic,RTK)静态定位精度可达厘米级,光伏管控系统对光伏板定位模块的要求仅需视距级,在实际应用中定位偏差低于"米"级即能辅助运维人员快速定位报警光伏板。经过试验,本系统在光伏管控中的应用具有精度高、鲁棒性强及自动化程度高的特点,适宜在交能融合业务板块继续研究推广。
Application of RTK Long Baseline Positioning Technology Based on Beidou Third-generation System in Photovoltaic Control Alarm System
In order to assist the operation and maintenance work of ACF business plate to quickly locate the target photovoltaic modules and related power facilities,improve the disease management level of photovoltaic modules,the intelligent operation and maintenance ability,a fast positioning method has been designed.The system adopts the RTK long baseline static positioning technology of the Beidou Third-generation System to provide equipment early warning and alarm information to the photovoltaic power station operation and maintenance system in time,assist the operation and maintenance work quickly and corresponding,and achieve"zero Mars power station".The static positioning accuracy of RTK based on the Beidou Third-generation System can reach the centimeter level,and the photovoltaic control system only requires the line-of-sight level for the photovoltaic panel positioning module.In practical applications,the positioning deviation is less than the"meter"level,which can assist operation and maintenance personnel to quickly locate the alarm photovoltaic panel.After testing,the application of this system in PV management and control has the characteristics of high precision,strong robustness and high degree of automation,which is suitable for further research and promotion in the business segment of AC fusion.

RTKhigh precisiondynamic positioninginertial navigationbaseline

贾伟、汪自强、赵棒、李志波

展开 >

葛洲坝集团交通投资有限公司,湖北 武汉 430200

RTK 高精度 动动定位 惯性导航 基线

2024

交通节能与环保
人民交通出版社股份有限公司,交通运输部公路科学研究院

交通节能与环保

影响因子:0.286
ISSN:1673-6478
年,卷(期):2024.20(1)
  • 8