Taiwan Power Company
The Iron Defense for Stable Power Supply
Taipower Linkou Power Plant — The energy supply core of Northern Taiwan. As an advanced Ultra-Supercritical (USC) power plant, the facility involves massive coal handling, pulverizing operations, and high-voltage electrical equipment. The environment presents a dual threat of coal dust explosion risks and coastal high-salinity corrosion. We have deployed the "Industrial Explosion-Proof Enclosure" series here, providing high-precision surveillance equipment with robust armor to ensure uninterrupted energy dispatching.
Strengthening Grid Operational Resilience
Implementing On-Site Safety Standards: Install monitoring equipment that complies with international explosion-proof standards in sensitive areas with coal dust explosion risks (such as coal conveyor belts and silos) to eliminate industrial safety hazards.
Strengthening Infrastructure Resilience: Utilizing 24/7 uninterrupted smart video monitoring to maintain real-time oversight of electrical equipment status and prevent unscheduled downtime.
Enhancing Asset Operational Life: Seeking hardware solutions capable of withstanding long-term salt spray and high-temperature impacts to meet the specialized environmental requirements of coastal power plants.
Objective Realization
Key Challenges
Survival Under Dual Extreme Environments
Coal Dust Explosion Hazards: High concentrations of fine coal dust generated during the coal-burning process can trigger dust explosions if exposed to a spark. Standard electronic equipment is not designed to operate in such hazardous areas.
Highly Corrosive Coastal Salt Mist: The Linkou Power Plant is located immediately adjacent to the coastline. Strong coastal winds carry high concentrations of salt, which can rapidly corrode standard metal housings and lead to equipment failure due to short-circuiting.
High-Heat Operational Environments: Monitoring equipment in power generation facilities is often exposed to high-temperature environments. Inadequate heat dissipation or insufficient protection ratings can easily lead to thermal crashes or significant thermal noise in the video feed.
Premier Explosion-Proof Technology & SUS316 Stainless Steel Craftsmanship
Implementing Professional Explosion-Proof Enclosures: By utilizing enclosures with national explosion-proof certification, the robust housing design can completely contain internal sparks and isolate them from the surrounding environment, effectively preventing explosion propagation.
Premium SUS316 Stainless Steel Material: The entire housing is constructed from high-grade stainless steel with specialized surface treatment, demonstrating exceptional corrosion resistance to withstand persistent coastal salt spray erosion.
Fully Sealed IP68 Protection Rating: Featuring a high-density sealing design to completely eliminate coal dust ingress, ensuring the precision lens remains free from dust contamination.
Solutions
Key Results
Safeguarding Sustainable and Stable Power Energy
Building High-Standard Security Resilience: Successfully assisted the Linkou Power Plant in constructing an explosion-proof monitoring network that complies with national security regulations, significantly elevating the level of automated safety management across the facility.
Significantly Reducing Maintenance Frequency: Leveraging superior corrosion resistance and weatherproofing, the equipment maintains stable video transmission in high-salinity environments over the long term, reducing the costs associated with frequent component replacement.
Safeguarding the Promise of Reliable Power: With crystal-clear, uninterrupted video streams, the CCR (Central Control Room) gains critical real-time insights, acting as a powerful guardian for Northern Taiwan’s grid stability.
Partner with CAMMAX to Build a Clearer, More Reliable Line of Defense
Explore our versatile security solutions—from standard monitoring to professional-grade industrial applications. We empower you to quickly identify the optimal products to ensure your operations are fully protected and foolproof.
