Advanced Thermal Management Solutions for the Evolving Jordanian Green Mobility Sector
Send Inquiry NowJordan is witnessing a pivotal shift in its transportation sector, with government initiatives incentivizing Electric Vehicle adoption to reduce carbon footprints and energy import dependence. However, the unique geographical and climatic conditions of Jordan—characterized by high ambient temperatures and desert heat—pose significant challenges to lithium-ion battery longevity and efficiency.
At Zhejiang Rock Auto Co., Ltd., we understand that standard air-cooling systems are insufficient for the Jordanian climate. Our advanced liquid cooling battery systems are engineered to maintain optimal operating temperatures, preventing thermal runaway and ensuring maximum performance for electric buses, logistics vans, and passenger vehicles across Amman, Aqaba, and beyond.
Our research and development department focuses on the nexus of thermal efficiency and battery lifespan. Our cooling solutions integrate high-grade aluminum radiators and precision fluid dynamics to dissipate heat rapidly, even under intense load. This ensures that the high-voltage LiFePO4 battery packs we supply remain within the "Goldilocks Zone"—the precise temperature window where chemical degradation is minimized.
We supply solutions tailored for heavy-duty applications, such as e-buses and commercial electric trucks, which are essential for Jordan’s developing public transit infrastructure. By partnering with us, local fleet operators and vehicle assemblers gain access to:
Zhejiang Rock Auto Co., Ltd. has established a robust supply chain serving the global market. For businesses in Jordan, we provide streamlined procurement processes, ensuring that your EV battery cooling components are not only compliant with international safety standards but are also cost-effectively delivered. Our commitment to sustainability extends beyond our products—it is the core of our business model.
As the industry moves towards solid-state batteries and higher energy density cells, thermal management will only become more critical. We are currently pioneering graphene-integrated cooling systems that offer superior heat conduction compared to traditional copper or aluminum. This forward-thinking approach ensures that our clients in the MENA region are equipped with the technology of tomorrow, today.
A: Jordan’s desert climate leads to frequent high-temperature exposure. Without active liquid cooling, EV batteries can suffer from thermal throttling, reduced charge capacity, and accelerated degradation of electrolyte chemistry, ultimately shortening the vehicle's lifespan.
A: Yes. With over 15 years of experience, our R&D team can design and manufacture cooling tubes, modules, and full-system thermal management solutions tailored to specific battery pack voltages and power capacities (e.g., 400V to 800V architectures).
A: We facilitate direct B2B supply chains. Please contact our sales engineering team via our contact page to discuss bulk supply, technical specifications for your specific vehicle fleet, and shipping logistics to Jordan.
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