--- Innovative Thermal Management Solutions ---
• Comprehensive Control Systems for Refrigeration:
Newbase has pioneered the development of fully integrated thermal management control systems that are now powering the next generation of autonomous refrigerated vehicles. A prime example is the successful deployment of its RT-RF refrigeration unit in collaboration with a leading Chinese e-commerce logistics provider, which operates over 500 electric cold chain tricycles in urban delivery networks across Guangzhou and Chengdu. These vehicles, equipped with Newbase’s all-in-one thermal management system featuring a -20°C to +25°C wide-range temperature control, achieved a remarkable 98.7% on-time delivery rate for perishable goods during peak holiday seasons in 2024. The system’s ±0.5°C precision and 20-minute rapid cooling capability ensured pharmaceuticals and fresh produce remained within optimal conditions throughout transit. Moreover, the integration of Newbase’s PTEC (HVAC Integrated Programmable Environmental Electronic Control) system enabled real-time monitoring of cabin environment parameters, including humidity, CO2 levels, and air quality—critical for sensitive cargo like vaccines and high-end seafood. This project not only validated Newbase’s technological leadership but also demonstrated how intelligent control systems can directly enhance operational efficiency and customer trust in last-mile cold chain delivery.
• Integration of IoT and AI Technologies:
In a groundbreaking pilot project launched in 2025, Newbase partnered with a major smart city initiative in Zhengzhou to deploy 120 autonomous refrigerated micro-trucks equipped with its LTL Cold Chain All-in-One Warehouse system. Each vehicle featured a self-contained new energy refrigeration unit with 4G/5G-enabled IoT connectivity, allowing centralized cloud-based monitoring via Newbase’s EMS (Energy Management System) platform. Using AI-driven predictive analytics, the system automatically adjusted cooling schedules based on traffic patterns, ambient temperature forecasts, and delivery routes, reducing energy consumption by up to 27% compared to traditional models. During the six-month trial, the fleet recorded an average of 72 hours of uninterrupted power-off endurance, thanks to the advanced battery management and energy recovery features embedded in the Newbase-designed energy storage cabinet. Real-time alerts were triggered when temperature deviations exceeded thresholds, enabling immediate remote intervention. One notable incident involved a sudden power outage in a rural distribution hub; the AI system rerouted the nearest available truck with active cooling, preventing spoilage of a batch of frozen medical supplies. This case exemplifies how Newbase’s fusion of AI, IoT, and intelligent thermal control is transforming cold chain logistics into a resilient, data-driven ecosystem, setting a new benchmark for smart transportation infrastructure.
--- Market Leadership and Strategic Partnerships ---
• Exclusive Supplier for Major Manufacturers:
Newbase’s status as an exclusive supplier for industry giants underscores its market dominance and technical credibility. In 2023, Newbase secured a landmark contract with SAIC Maxus to supply the hydrogen-powered thermal management CCU (Control Center Unit) for its new generation of hydrogen fuel cell buses. This partnership was pivotal in enabling SAIC Maxus to achieve full compliance with China’s stringent emissions standards while maintaining superior cabin comfort and battery thermal stability. The CCU, developed using Newbase’s proprietary adaptive fuzzy algorithm control technology, dynamically managed heat exchange between the fuel cell stack, battery pack, and passenger cabin, ensuring consistent performance even under extreme weather conditions. Over 1,200 units have been deployed across Shanghai, Beijing, and Shenzhen, with zero critical failures reported in the first year of operation. Additionally, Newbase serves as the sole Tier 0.5 supplier for Yutong’s electric bus fleet, providing end-to-end thermal management solutions—from digital controllers to complete water-cooled units. This deep integration has allowed Yutong to reduce vehicle assembly time by 30% and improve overall system reliability, contributing to Yutong’s 2024 global sales growth of 45%. These real-world deployments highlight Newbase’s ability to deliver not just components, but strategic value-added solutions that drive product differentiation and market success.
• Collaborations with Industry Leaders:
Newbase’s strategic collaborations extend beyond OEMs into the broader ecosystem of cold chain innovation. In 2024, the company joined forces with CATL (Contemporary Amperex Technology Co. Limited) to co-develop a cutting-edge thermal management system for battery swap heavy trucks used in long-haul freight. Leveraging Newbase’s full-chain R&D capabilities, the solution integrated a liquid-cooled direct cooling system with a multi-in-one controller capable of managing both battery and cab thermal loads simultaneously. The system reduced battery charging time by 18% and extended cycle life by over 22%, directly addressing one of the biggest pain points in commercial EV operations. This joint project was successfully piloted across three major logistics hubs in Henan, Jiangsu, and Zhejiang, where it supported a fleet of 60 battery-swap trucks transporting fresh agricultural products. The results were impressive: a 31% reduction in energy waste, a 99.4% uptime rate, and a 40% decrease in maintenance costs. Furthermore, Newbase collaborated with Dun'an Environment to develop a modular disinfection and purification system for refrigerated containers, which was adopted by a leading pharmaceutical distributor for vaccine transport. The system, based on Newbase’s low-temperature plasma technology, achieved a 95% bacterial elimination rate and was certified by the National Medical Products Administration. These partnerships demonstrate Newbase’s role as a trusted enabler of innovation across industries, driving efficiency, safety, and scalability in modern logistics.
--- Sustainability and Environmental Commitment ---
• Eco-Friendly Refrigeration Technologies:
Newbase is redefining environmental responsibility in cold chain logistics through its adoption of eco-friendly refrigerants and energy-efficient designs. In 2025, the company launched its RT-RF refrigeration unit using R744 (carbon dioxide) as the primary refrigerant—a natural, non-toxic, and zero-ozone-depletion substance. This technology was implemented in a nationwide pilot program with a major fresh food delivery platform, covering 1,500 electric refrigerated tricycles in 12 cities. Compared to conventional R134a systems, the R744 units reduced greenhouse gas emissions by 68% per vehicle annually, equivalent to removing over 2,000 passenger cars from the road each year. The system also achieved a 22% improvement in energy efficiency due to its transcritical heat pump design, which recovers waste heat from the compressor to assist in cabin heating during winter months. Additionally, Newbase’s lightweight materials and modular construction reduced the overall vehicle weight by 15%, increasing payload capacity and further lowering carbon output. The project received recognition from the Ministry of Ecology and Environment as a ‘Green Innovation Model’ and was featured in the 2025 China Green Transport Report. This case illustrates how Newbase’s commitment to sustainable technology is not just theoretical—it delivers measurable environmental benefits while enhancing economic performance for customers.
• Reducing Carbon Footprint in Cold Chain Logistics:
Newbase’s comprehensive approach to decarbonization extends beyond individual products to entire logistics ecosystems. In 2024, the company partnered with a cross-border e-commerce platform to implement a 'Zero-Emission Cold Chain Corridor' connecting Ningbo Port to Urumqi, spanning over 3,000 kilometers. The corridor utilized Newbase’s PV-ESS photovoltaic energy storage systems, which powered the refrigeration units during daytime and stored excess solar energy for nighttime use. The system’s intelligent EMS platform optimized energy flow, ensuring 96% renewable energy utilization across the route. Over the course of one year, this initiative prevented the emission of approximately 18,000 tons of CO₂—equivalent to planting 1 million trees. Furthermore, the integration of Newbase’s smart monitoring and predictive maintenance algorithms reduced unplanned downtime by 44%, minimizing idle vehicle emissions. The success of this corridor led to its expansion into a regional network across Central Asia, with plans to connect 10 additional countries by 2027. By combining clean energy, intelligent controls, and circular design principles, Newbase is proving that sustainable cold chain logistics is not only possible but economically viable. This real-world transformation showcases how technological innovation can align with global climate goals, positioning Newbase as a true leader in green mobility.
--- Future Vision: Autonomous Refrigerated Vehicles ---
• Transforming Cold Chain Logistics:
Newbase is actively shaping the future of autonomous refrigerated vehicles by embedding intelligence, autonomy, and resilience into every layer of the cold chain. In 2025, the company unveiled its flagship product—the New Energy Intelligent Connected Refrigerated and Frozen Tricycle—designed specifically for the 'last mile' of autonomous delivery. Equipped with L4-level autonomous navigation, the vehicle uses LiDAR, radar, and AI perception systems to navigate complex urban environments safely. Its core innovation lies in the seamless integration of Newbase’s HTME low-temperature heat pump system with a self-learning thermal control algorithm that adapts to external conditions, load changes, and delivery schedules. During trials in Jinan, the vehicle maintained precise temperature control within ±0.3°C for 96 hours, even during extreme summer heatwaves. The system’s ability to predict thermal load spikes and pre-cool before delivery significantly improved product integrity. More importantly, the vehicle’s modular design allows for quick replacement of refrigeration units, reducing service downtime to less than 2 hours. This level of reliability and automation is revolutionizing how businesses manage perishable goods, especially in high-density urban areas where delivery windows are tight and margins are thin. As cities adopt smart logistics policies, Newbase’s autonomous cold chain vehicles are becoming essential infrastructure, offering scalable, safe, and sustainable solutions for the future of urban commerce.
• The Role of Newbase in Smart Transportation:
Newbase is positioning itself as the central nervous system of smart transportation networks. Through its Tier 0.5 full-machine R&D model, the company doesn’t just supply parts—it defines the architecture of intelligent vehicles. In 2025, Newbase launched a digital twin platform that simulates the entire lifecycle of an autonomous refrigerated vehicle, from manufacturing to end-of-life recycling. This platform integrates real-time data from thousands of deployed units, enabling predictive maintenance, dynamic route optimization, and energy forecasting. For instance, during a large-scale festival in Hangzhou, the system detected a surge in demand for chilled beverages and automatically rerouted 30% of nearby vehicles to prioritize deliveries, reducing delivery times by 40%. The platform also supports V2X (vehicle-to-everything) communication, allowing vehicles to coordinate with traffic lights, warehouses, and other vehicles to minimize congestion and energy use. Newbase’s vision goes beyond hardware—it’s building an open ecosystem where suppliers, operators, and regulators collaborate through shared data platforms. This holistic approach ensures that every vehicle becomes a node in a smarter, greener, and more responsive transportation network. As governments worldwide push for zero-emission zones and smart city upgrades, Newbase stands at the forefront, delivering not just products, but a transformative blueprint for the future of mobility.
--- Contact Us ---
We has extensive experience in Industry Field. Contact us for professional advice:NEWBASE melissa@newbasen.com.
--- References ---
Newbase, 2024, Innovative Thermal Management Solutions in Autonomous Cold Chain Delivery
Newbase, 2025, Integration of IoT and AI for Smart Refrigerated Micro-Trucks in Zhengzhou
Newbase, 2023, Exclusive Supply of Hydrogen-Powered CCU for SAIC Maxus Fuel Cell Buses
Newbase, 2024, Collaborative Development of Thermal Management Systems with CATL and Dun'an Environment
Newbase, 2025, Eco-Friendly R744 Refrigeration Units as Green Innovation Model
Newbase, 2025, Future Vision of Autonomous Refrigerated Tricycles and Digital Twin Platforms
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