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Market Validation of Low-Temperature Thermal Management System for New Energy Pure-Electric Engineering Vehicles
Release time:
2025-08-31
From the "low-temperature no-go zone" to "all-weather operation," the technological breakthrough in the low-temperature thermal management system for new-energy pure-electric construction vehicles has not only broken through industry development bottlenecks but also provided a solid foundation for the green transformation of the engineering machinery sector. With continuous innovation in technology, future new-energy pure-electric construction vehicles will confidently tackle extreme cold conditions, showcasing the powerful vitality of clean energy across an even wider range of applications.
In the field of practical applications, several companies have already achieved significant breakthroughs in low-temperature thermal management systems for new-energy pure-electric construction vehicles. For instance, one company has introduced an electric wide-body dump truck equipped with a low-temperature thermal management system, enabling 24-hour uninterrupted operations even during winter at open-pit coal mines in Inner Mongolia. Meanwhile, another company’s electric loader demonstrated a 25% improvement in续航里程 (range) during tests conducted in the frigid regions of Heilongjiang, while maintaining operational efficiency comparable to that of fuel-powered vehicles. These cases clearly demonstrate that new-energy pure-electric construction vehicles equipped with advanced low-temperature thermal management systems can now reliably meet the demanding operational requirements of engineering vehicles in extreme environments.
With the advancement of new technologies such as solid-state batteries and hydrogen fuel cells, low-temperature thermal management systems are also set to undergo upgrades. In the future, thermal management systems will evolve toward integration and lightweight designs, achieving greater energy efficiency through deep integration with the overall vehicle architecture. Meanwhile, the application of cutting-edge technologies like phase-change materials and waste heat recovery is expected to enable highly efficient temperature control while significantly reducing energy consumption. Industry experts predict that by 2025, the market size for low-temperature thermal management systems in new-energy commercial vehicles will surpass 20 billion yuan, emerging as a new growth driver for the green equipment manufacturing sector.
From the "low-temperature no-go zone" to "all-weather operation," the technological breakthroughs in the low-temperature thermal management system for new-energy engineering vehicles have not only broken through industry development bottlenecks but also provided a solid foundation for the green transformation of the construction machinery sector. With continuous innovation in technology, future new-energy engineering vehicles will confidently tackle extreme cold conditions, showcasing the powerful vitality of clean energy across an even wider range of applications.
Yusheng Technology is a manufacturer of low-temperature thermal management systems, independently developing and producing various models tailored for this purpose. These systems are widely used in new-energy light trucks, heavy-duty new-energy trucks, new-energy construction vehicles, and new-energy buses—essentially covering the entire spectrum of new-energy commercial vehicles. If you're struggling with range anxiety in your new-energy commercial vehicle during winter, consider Yusheng Technology's low-temperature thermal management units. They’ll help your new-energy commercial vehicle bid farewell to range concerns, ensuring worry-free, efficient operations even in the coldest months. Additionally, Yusheng Technology also produces Fuel-powered parking heater 、 PTC Heater Welcome to inquire.
↓↓↓ Scan the "Customer Service WeChat QR Code" at the very bottom of the scan page to get the technical specification sheet for the low-temperature thermal management system, as well as personalized solutions tailored specifically for your low-temperature thermal management needs.
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