Customer Stories

1.Introduction to intelligent monitoring of transmission lines

With the rapid development of science and technology, traditional transmission line monitoring methods have been gradually replaced by efficient intelligent monitoring systems, which can monitor the status of transmission lines in real time, detect and deal with potential problems in a timely manner, and ensure the stable operation and safety of the power grid.

1. Industry background

In modern industrial production, workshop patrols are an important part of ensuring production safety, normal equipment operation, and product quality control. Workshop patrol personnel need to regularly check equipment status, record production data, discover and solve potential problems, so as to ensure the continuous and efficient operation of the production line. However, the workshop environment is often complex and changeable, with many unfavorable factors such as dust, water vapor, and vibration, which puts strict requirements on the equipment used by patrol personnel. As a computer device with waterproof, dustproof, and shockproof capabilities, the three-proof reinforced notebook has been widely used in workshop patrols due to its high durability and adaptability.

Breakthroughs in extreme intelligent driving scenarios—signal loss in a tunnel under heavy rain, abrupt impediments on foggy mountain curves, and pedestrian-vehicle collisions at urban intersections—require not just algorithmic innovation but also stable, high-performance computing.

In today's age of precision medicine and quick laboratory automation, cutting-edge equipment such as intelligent cell analyzers, automated microscopes, and high-throughput imaging systems are transforming disease diagnosis and life sciences research.

Smart construction sites, driven by the rise of new infrastructure development, are transitioning from concept to widespread adoption. By leveraging technologies such as the Internet of Things (IoT), artificial intelligence (AI), and big data, smart construction sites enable digitized management of all elements—people, machines, materials, methods, and the environment.

In critical power industry scenarios such as scheduling and monitoring, environments like substations and dispatch centers often face challenges like high dust levels and the need for continuous, uninterrupted operation. Standard commercial computers typically fall short in meeting these demands.

Automated Guided Vehicles (AGVs) are becoming increasingly important for increasing warehousing efficiency.  Compact AGV industrial computers, as the "brain" of intelligent logistics robots, are required.  SINSMART's SIN-3049-H310, with its robust performance and adaptability, is a great choice for AGV applications in the warehousing industry.

Tunnel engineering is a difficult and high-risk sector that requires precise calculations, real-time monitoring, and dependable equipment control to ensure construction safety and efficiency. 

In traditional industrial systems, weighbridges serve as critical hubs for material transactions and production process monitoring. With the rise of Industry 4.0, the 4U industrial PC, with its stability and strong scalability, has become a key component in the digital upgrading of weighbridge systems.

As smart city development accelerates, traffic signal control systems, serving as the "nerve endings" of urban traffic management, face growing demands for intelligence, stability, and real-time performance. Robust and reliable hardware is essential to ensure precise signal timing and achieve coordinated regional control. SINSMART Industrial Control's embedded box PC is the ideal "brain" designed for such demanding industrial applications.