Automotive Fuel Pump & Thermal Management
The thermal management system is widely applied in both new energy and conventional vehicles, covering key functions in powertrain, battery, and cooling systems. The system includes intelligent cooling units, radiators, intercoolers, electronic water pumps, and high- and low-voltage electronic fans. These components ensure efficient heat dissipation and stable temperature control for the vehicle under high load and extreme environmental conditions.
The ATS intelligent cooling system is a next-generation intelligent engine cooling solution that adopts electronic cooling fan technology, representing an upgrade from conventional engine cooling systems.
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Saiensi specializes in the production of vehicle thermal safety management systems, supported by a CNAS-certified laboratory and an 80% in-house manufacturing rate. We maintain strict control over materials, cost management, delivery, and quality.
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Saiensi is dedicated to the development and manufacturing of advanced thermal safety management products. Backed by a CNAS-accredited laboratory and an 80% in-house production rate, the company ensures precise control over material quality, cost efficiency, delivery timelines, and product performance
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Saiensi is engaged in the innovation and production of advanced automotive thermal management solutions. Supported by a CNAS-accredited laboratory and an 80% in-house manufacturing rate, the company maintains rigorous control over materials, costs, and delivery processes.
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Saiensi specializes in the R&D and manufacturing of automotive low voltage electric fans. With a CNAS-certified laboratory, an 80% in-house production rate, and rigorous control over materials, cost, delivery, and quality, the company produces electronic cooling fans engineered for both new energy commercial vehicles and conventional fuel vehicles.
Learn MoreSaiensi successfully developed a hybrid bus cooling system, deployed in batches at Shanghai, Nanjing, and Beijing public buses. Market feedback confirmed excellent cooling performance and reliable quality.
See MoreCollaborated with Dongfeng Special Commercial Vehicle to develop a lithium battery electric vehicle cooling system, showcased at the Shanghai Auto Show.
See MoreJointly developed a 2.5T pure electric logistics vehicle cooling system with Dongfeng Special, achieving the first batch production of 5,000 vehicles in China by 2017.
See MoreSupported by an elite R&D team and advanced laboratory facilities, we provide reliable product development, testing, and technological innovation capabilities
As a vehicle manufacturer, what are the main considerations when selecting radiators or cooling systems?
Key factors include compatibility with the vehicle platform, heat dissipation performance, energy efficiency ratio, long-term reliability, compliance with international quality standards (such as IATF 16949), delivery schedule, and after-sales support capability.
How can battery thermal management units ensure compatibility with new energy vehicle designs?
Manufacturers should provide customized design capability, BMS interface compatibility reports, and thermal runaway protection test data, as well as prototype validation and joint testing.
What technical parameters are most important for new energy vehicle manufacturers when selecting electronic water pumps?
Attention is given to high- and low-voltage operating ranges, high-temperature resistance, noise reduction performance, energy efficiency, and long-term stability under continuous heavy-load operation.
What are the key considerations for long-distance transport vehicles when choosing radiator assemblies?
Focus is placed on corrosion resistance during prolonged high-intensity operation, anti-vibration and impact-resistant design, thermal efficiency, maintenance cost, and overall lifecycle cost, including spare parts availability.
What are the core requirements for construction machinery manufacturers when purchasing intercooler assemblies?
Requirements include stable heat dissipation in high-dust, high-humidity, and high-temperature environments, anti-clogging structure, ease of cleaning, and long-term durability. Suppliers are also expected to provide field test data under severe operating conditions.
What do component distributors prioritize when selecting electronic fans?
The focus is on model compatibility, stable inventory, delivery lead time, after-sales warranty policy, and reasonable pricing structure to support rapid maintenance across multiple vehicle brands.
What are the main considerations for performance tuning workshops when sourcing ATS intelligent cooling systems?
Emphasis is placed on heat dissipation efficiency improvement potential, real-time response under high-power output, adjustability, and installation convenience with original vehicle systems.