High Security Environment
Communication systems must cope with various extreme conditions, ensuring long-term stable operation, safeguarding production safety and personnel health, and protecting key facilities.
Environmental requirements: High temperature, high humidity, high corrosion, and sudden extreme temperature conditions can seriously affect the operation of communication systems.
Stability requirements: Continuous long-term operation is required, with extremely high reliability and economical maintenance costs.
Safety and efficiency: Communication systems must remain stable under any circumstances while supporting efficient task scheduling and emergency response.
Extreme Weather Environment
In extreme environments (severe cold, intense heat, corrosion, high humidity), communication systems need high reliability, strong anti-interference capability and stable operation ability to ensure high-risk operations
Equipment failures caused by excessively high or low temperatures
Unstable power supply affecting communications
Network interruptions caused by external environmental interference
High requirements for equipment durability and maintenance
Energy Harvesting Environment
In the energy industry (oil, wind power, solar energy, etc.), communication systems must ensure safety in high-risk operations under extreme environments such as extreme temperatures, remote locations, high humidity, and strong radiation
Severe communication signal interference
Unstable power supply affecting communications
High requirements for remote long-distance communications
Emergency Communication Environment
In public and industrial emergency communication scenarios, during sudden events such as natural disasters, fires, power outages, equipment failures, and accident emergencies, it is essential to ensure uninterrupted critical communications while supporting command delivery, task scheduling, and on-site collaboration to ensure personnel safety and efficient task execution
Efficient Communication: Whether in natural disasters or industrial facility accidents, communication systems must have high reliability and rapid response capabilities
Wide Applicability: Public communication systems must support wide-area, multi-point communications, while industrial communication systems need to ensure remote operations and on-site emergency handling in unstable climate conditions
Safety and Collaboration: Systems must operate reliably in high-risk environments, providing safety assurance for emergency personnel while ensuring efficient task coordination and emergency response
Delivering the Power of Mission
Delivering the Power of Mission
Delivering the Power of Mission
Delivering the Power of Mission
CTC-CPSS100 Panoramic Communication System
Based on three core technologies: high temperature resistance, dual-mode communication, and self-powered system, it ensures stable operation in extreme environments. Whether facing high temperatures, communication interruptions, or power supply issues, it guarantees continuous and smooth communication.
High Temperature Resistance
System maintains stable operation in extreme environments including high temperatures, extreme cold, and humidity, providing reliable support for emergency situations.
Dual-mode Communication
Supports dual-mode communication, automatically switching to backup communication channels when one mode fails, ensuring uninterrupted communication.
Self-powered System
System features self-powering capability ensuring continuous operation even during power supply interruptions.
Strong Anti-interference Capability
Provides interference-resistant communication in both complex environments and disaster scenes, ensuring timely transmission of commands and information.
Emergency Response Personnel
Immediately activate emergency response procedures and coordinate resources for emergency handling.
Operation Team
Take immediate action upon receiving instructions and report progress through the broadcast system.
Command Center
Adjust emergency response strategies and guide next steps based on feedback from operation teams and emergency response personnel.
Equipment Operators
After receiving task instructions from the command center, maintain continuous communication even during power outages or adverse conditions.
CTC-CPSS100 Panoramic Communication System
Successfully Implemented in Hundreds of Large State-owned Enterprises
Improved Emergency Response Speed:
Can reduce response time by up to 50%, ensuring faster decision-making and on-site handling.
Reduced Impact of Emergencies:
Emergency response and on-site decisions can be executed quickly, effectively reducing delays in handling unexpected events.
Optimized Field Command and Resource Scheduling:
Helps reduce task completion time by about 25% and minimizes delays caused by improper resource allocation.
Precise Control to Reduce Casualties:
Reduces safety incidents caused by delayed information or incorrect commands, minimizing casualties during accidents to ensure personnel and production safety.