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Foshan Xianhu Laboratory Phase II Infrastructure Construction Project
Foshan Xianhu Laboratory Phase II Infrastructure Construction Project
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  • Foshan Xianhu Laboratory Phase II Infrastructure Construction Project
  • Foshan Xianhu Laboratory Phase II Infrastructure Construction Project

Foshan Xianhu Laboratory Phase II Infrastructure Construction Project


■ Project Name: Foshan Xianhu Laboratory Phase II Infrastructure Construction Project

■ Project Nature: Research and Development Center for New Energy Vehicle Complete Vehicles and Components

■ Construction Content: This project is located in Foshan City, Guangdong Province, with a land area of approximately 42,600 square meters and a building area of about 30,000 square meters. The main construction content includes multiple R&D units such as composite power vehicle testing laboratory, multi-cylinder common rail fuel cell engine testing laboratory, ammonia-hydrogen fusion zero-carbon internal combustion engine testing laboratory, fuel reforming testing laboratory, hydrogen fuel vehicle performance testing laboratory, and other living and energy supporting facilities.

■ Project Schedule: Construction will begin in July 2024

■ Project Design Concept

Constructed according to the requirements of a national-level enterprise R&D center, aiming to build an intelligent, digital, and ecologically green R&D center.

Create a product engineering development and technology achievement transformation application base, open up a new technical route, achieve domestic leading R&D levels, and reach international advanced levels.

■ Project Features

This project is the first hydrogen-ammonia fusion power technology R&D center in the country, conducting research and development along two main lines of ammonia and hydrogen to create independently owned intellectual property rights that reach international leading levels and can be commercialized. It pioneers domestic leading technologies in hydrogen/ammonia fuel cell engines, hydrogen-ammonia fusion internal combustion engines, and key core assembly components.

The R&D testing standards involved in this project are high, and the hydrogen-ammonia fuel used in the tests is highly hazardous. The testing facilities involved are all Class A multi-story buildings, addressing multiple technical challenges in process and engineering design.

The civil engineering construction will be completed at once and will meet the needs of future planning. The addition of new equipment will not affect the normal use of the already completed parts.