Thermal Management Solution

These Products are designed for effective thermal management of outdoor electrical and electronic cabinets where internal equipment is highly sensitive to temperature variations. Operating on a 48V DC power input, they are ideally suited for telecom and other DC-powered systems. Engineered for continuous and reliable operation, the systems perform efficiently even in harsh outdoor environments. By maintaining a stable internal cabinet temperature, they help improve equipment performance, operational stability, and overall service life. In addition, they support remote monitoring, alarm output, and status reporting through an RS485 communication interface, enabling proactive maintenance and system supervision.

In electric vehicle (EV) applications and off-grid power systems, traditional AC units often strain limited DC power sources, leading to energy wastage, reduced battery life, and overheating — challenges that compromise comfort, system reliability, and total cost of ownership for commercial fleets and infrastructure projects. The thermal management solution by Intelux addresses these issues with a high-efficiency cooling solution specifically engineered for direct DC power operation, eliminating the inefficiencies of AC-to-DC conversion and delivering uniform, reliable climate control with lower energy draw. Designed for EV buses, mobile service vehicles, remote facilities, and solar-powered shelters, this DC-powered air conditioning system offers optimized energy performance, reduced load on battery systems, compact design, and dependable operation — making it an ideal choice for facility managers, EV fleet operators, lighting consultants, and EPC decision makers focused on performance, sustainability, and long-term value.

Construction Details:

These Products are designed for effective thermal management of outdoor electrical and electronic cabinets where internal equipment is highly sensitive to temperature variations. Operating on a 48V DC power input, they are ideally suited for telecom and other DC-powered systems. Engineered for continuous and reliable operation, the systems perform efficiently even in harsh outdoor environments. By maintaining a stable internal cabinet temperature, they help improve equipment performance, operational stability, and overall service life. In addition, they support remote monitoring, alarm output, and status reporting through an RS485 communication interface, enabling proactive maintenance and system supervision.