随着现代电力系统对设备智能化和高可靠性需求的日益增长，传统耐张线夹已难以满足实时监测和故障预警的要求，因此需开发新型智能化设备。通过将嵌入式技术应用于耐张线夹，成功将其与智能监测设备深度融合，研制了一体式智能耐张线夹。该耐张线夹采用模块化设计，集成监测系统自供能功能、温度、拉力、电流传感器、数据采集与处理、通信功能于一体，实现了耐张线夹运行状态的实时监控。研制过程中，通过电磁仿真模拟输电线路的电磁环境，优化了设计，通过对样机进行电磁兼容（electro magnetic compatibility, EMC）试验，验证了该研制成果的可行性。实验结果表明：所研究的一体式智能耐张线夹在强电磁环境下仍表现出良好的性能，能满足现代电力系统对设备高可靠性的要求，为智能电力设备的未来发展提供了设计经验和参考价值。

With the growing demand for equipment intelligence and high reliability in modern power systems, the traditional tensioning clamps have been difficult to meet the requirements of real-time monitoring and fault early warning, so there is an urgent need to develop a new type of intelligent equipment. By applying embedded technology to tension clamps and successfully integrating it with intelligent monitoring equipment, an all-in-one intelligent tension clamp was developed. The tensioning clamp adopted modular design, integrating monitoring system self-supply function, temperature, tensile force, current sensors, data acquisition and processing, communication function in one, realizing the real-time monitoring of the operating status of the tensioning clamp. During the development process, the electromagnetic environment of the transmission line was simulated through electromagnetic simulation, the design was optimized, and the feasibility of the development results was verified through electromagnetic compatibility (electro magnetic compatibility, EMC) tests on the prototype. The experimental results show that the integrated intelligent tensioning clamp studied still shows good performance in a strong electromagnetic environment, and can meet the requirements of modern power systems for high reliability of equipment, providing design experience and reference value for the future development of intelligent power equipment.