日前，提尔液冷智算（天津）一体化设备研发生产基地项目正式落户天津经开区，该项目由安徽提尔液冷科技有限公司投资4.7亿元建设，将在经开区逸仙智创园建设浸没液冷智算一体化设备生产基地、2000P浸没式液冷人工智能算力中心、展示及技术推广中心。项目将采用提尔科技自主研发设计的单相浸没液冷解决技术，能够显著提升产品设备计算能力并降低能源损耗。同时，该项目可为区内企业提供GPU算力支持与产品设备推广展示，其硬件产品及算力服务可辐射京津冀地区乃至整个北方，将进一步提升经开区智算能力、完善区域AI产业服务生态体系，有力推动智算领域京津冀协同发展。
Recently, the Tier R&D and Production Base for Liquid Cooling Intelligent Computing (Tianjin) Integrated Equipment settled down in TEDA. The project, invested by Anhui Tier Liquid Cooling Technology Co., Ltd. with 470 million yuan, will include the Production Base for Integrated Immersion Liquid Cooling Intelligent Computing Equipment, a 2000P Immersion Liquid Cooling AI Computing Power Center, as well as a Demonstration & Technology Promotion Center at TEDA Yat-sen Intelligence & Innovation Park. The project will adopt Tier’s independently developed single-phase immersion liquid cooling technology, which can significantly enhance computing power while reducing energy consumption of equipments. The project will also provide GPU computing power support and equipment demonstration for local enterprises. Its hardware products and computing power services can cover the Beijing-Tianjin-Hebei region and the entire North China. This project will further strengthen TEDA’s intelligent computing power, enrich the AI industry service ecosystem in the region, and promote the collaborative development in intelligent computing across the Beijing-Tianjin-Hebei region.
安徽提尔液冷科技有限公司致力于为全球用户提供先进、低碳、绿色数字基础设施及智算力运营，主要业务为单相浸没液冷数据中心设备销售、数据中心建设与算力运营。公司拥有的浸没液冷全栈一体化解决方案可以通过储能方式让智算集群消纳绿电并低成本回收余热，实现数据中心的负碳运行。
Anhui Tier Liquid Cooling Technology Co., Ltd. is dedicated to providing advanced, low-carbon, and green digital infrastructure and intelligent computing power operations to global users. The company specializes in the sales of single-phase immersion liquid cooling data center equipment, data center construction, and computing power operations. Its full-stack integrated immersion liquid cooling solution, through energy storage, enables intelligent computing clusters to absorb green electricity and recover residual heat at a low cost, achieving carbon-negative operations for data centers.
