We are proud to announce the successful installation and commissioning of our solar-powered 4G emergency call pillars across several key highway routes in Malaysia. This deployment marks another step forward in improving roadside emergency communication and enhancing overall traffic safety.
In cooperation with the local highway communication authority, our team installed the pillars at critical locations such as bridges, tunnel entry points, ramps, and areas known for higher accident risk. Each unit is built with a high-efficiency solar panel, intelligent charging controller, and a long-lasting lithium battery. These components allow the system to operate continuously, even through multiple days of cloudy or rainy weather.
Equipped with a 4G wireless communication module, the pillars establish a direct and reliable link to the highway control center. With a single press of a button, drivers can immediately reach emergency operators. The system also supports remote device monitoring and location tracking, ensuring quick response during critical situations. Installation teams worked during night hours to avoid traffic disruptions, and after activation, all test calls demonstrated stable connectivity and crystal-clear audio quality.
The project manager highlighted the significant advantages of adopting a solar-based solution. Without the need for external wiring or power supply, the installation process becomes simpler, faster, and more cost-effective. This makes the system particularly suitable for remote or challenging sites where conventional cabling is difficult or expensive to install.
Additionally, the pillars support multilingual voice prompts and can receive remote firmware updates, enabling easy customization to meet different project requirements. As we continue to expand our presence in Southeast Asia and Belt and Road markets, our company remains committed to providing smart, sustainable, and highly reliable communication solutions that contribute to safer and more efficient transportation networks worldwide.