Corunclima’s electric ambulance air conditioning system has been successfully applied in a newly delivered fleet of ambulances for Peru’s public healthcare sector. The project, supported by Peru’s Ministry of Health (MINSA) and UNOPS, aims to improve emergency medical transportation and healthcare services in local communities.

A fleet of new ambulances, procured under the management of the United Nations Office for Project Services (UNOPS) in Peru, has officially entered service. Each vehicle is equipped with the Corunclima T35B roof-mounted air conditioning system. The President of Peru personally attended the delivery ceremony, an event that garnered significant attention from both the public and the media, and is regarded as a pivotal milestone in Peru's efforts to bolster its emergency medical response capabilities and elevate national healthcare standards.

Corunclima’s T35B ambulance air conditioner has been successfully delivered for the UNOPS ambulance project in Peru. The official handover ceremony was attended by the President of Peru, emphasizing the country’s commitment to improving emergency healthcare and medical transport services.

A new fleet of ambulances, equipped with Corunclima’s independent electric air conditioning systems, has been officially integrated into Peru’s public healthcare transport network. Coordinated by the Peruvian Ministry of Health (MINSA) and supported by the United Nations Office for Project Services (UNOPS) for procurement and project management, this initiative aims to enhance nationwide emergency response capabilities—specifically ensuring stable and reliable patient transport in regions characterized by high temperatures, high humidity, and extreme diurnal temperature fluctuations.

Corunclima’s ambulance air conditioning solution has been successfully integrated into ambulances delivered for healthcare projects in Peru, supporting emergency medical services with reliable climate control technology. The ambulances, supplied through cooperation between Peru’s Ministry of Health (MINSA) and UNOPS, were officially presented during a public handover event attended by the President of Peru.

As part of Peru's national plan to upgrade emergency medical services, the T35B ambulance air conditioning system—manufactured by Corunclima, a specialized Chinese provider of vehicle-mounted AC solutions—has been successfully installed on a fleet of ambulances procured by the United Nations Office for Project Services (UNOPS). The President of Peru personally attended the delivery ceremony, marking a pivotal step forward in the country's efforts to enhance its public health emergency response capabilities.

Corunclima proudly supports the UNOPS ambulance project in Peru. The President of Peru witnessed the vehicle handover ceremony. Professional ambulance cooling solutions built for global emergency services.

Driven by new consumption models such as fresh e‑commerce and instant retail, demand for urban cold chain delivery is growing rapidly. As a key piece of equipment for the “last mile” of cold chain logistics, small refrigeration units designed for light‑duty and micro trucks are undergoing a comprehensive technological upgrade centered on electrification and intelligence. Industry observers point out that small truck refrigeration units have transformed from a mere “auxiliary device” into a core component determining cold chain operational efficiency and cost control.

As global logistics companies accelerate their transition toward low-emission transportation, the demand for efficient and sustainable cold-chain technology is rapidly increasing. The rise of the electric transport refrigeration unit is reshaping refrigerated delivery systems for urban distribution, pharmaceuticals, fresh food, and e-commerce cold logistics. Manufacturers worldwide are now focusing on battery-powered refrigeration solutions that reduce fuel consumption, lower operating costs, and support environmental sustainability goals.

In the race against time that characterizes pre-hospital emergency care, an ambulance serves as far more than just a vehicle for patient transport; it functions as a mobile resuscitation unit. The stability of the cabin temperature directly impacts both the patient's vital signs and the medical staff's ability to maintain focus during critical procedures. In recent years—driven by the deep integration of "green healthcare" principles and new energy technologies—a DC electric air conditioning system capable of operating independently without relying on the vehicle's main engine has been rapidly gaining traction, bringing about a revolutionary transformation in emergency medical services.