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When browsing any electrical store online, you'll likely find dozens of products labeled “surge protector.”For consumers outside the electrical industry, it's often difficult to distinguish between these similar-looking protective devices. Today, we'll guide you on how to properly identify lightning arresters.

As a vital part of today's power grid, distribution boxes perform two important jobs: delivering power to where it's needed and guarding against electrical hazards. You'll find them in factories, office buildings, and even homes, with circuit breakers, fuses, and other important components installed inside. These components work together like a well coordinated team to achieve the same goal. While maintaining a steady supply of electricity, they constantly monitor for faults and act quickly to stop potential problems before they cause real harm.

Modern power systems are threatened by transient voltage surges. These short, high amplitude voltage pulses, usually lasting from nanoseconds to milliseconds, caused by lightning strikes, grid fluctuations or the switching of industrial equipment, can silently destroy precision electronic devices ranging from laptops to photovoltaic inverters. Although circuit breakers are crucial for preventing overloads and short circuits, they are powerless against microsecond-level surges that bypass their mechanical tripping mechanisms. This article will delve into the functions that lightning arresters can perform but circuit breakers cannot, as well as why both are indispensable in electrical protection.

Date:July 2-4,2025 Location:Bangkok International Trade & Exhibition Centre, Thailand Booth No.: Hall 2, J46 Thailand's energy landscape is undergoing a significant transformation. With the implementation of its 2018-2037 Power Development Plan, the country is accelerating its move towards a future of low-carbon, high-efficiency, and smart grid future. Regarding energy structure, Thailand aims to substantially increase renewable energy's share of total power generation from 20% in 2023 to 51% by the end of 2037, presenting substantial opportunities for power protection technologies that ensure grid stability and equipment safety.