From November 5th to November 10th, Trina Solar teamed up with Intel to showcase its energy storage and power cabin at the 9th China International Import Expo, presenting innovative solutions for AIDC (Artificial Intelligence Data Center) scenarios. In the "Integration of Storage and Computing Intelligence into Green Energy" section, Trina Solar explored the technological path and business model of "integration of computing and electronics" with Intel, injecting new momentum into the development of the green intelligent computing industry.
This is the first time since the joint launch of the "Computer and Electronics Collaborative Pilot Project" in Suzhou in September this year that the two sides have participated in the world's first national level exhibition with an import theme in the form of a joint plan. This year's CIIE brings together 162 countries, regions, and international organizations, with 4142 overseas enterprises participating, and the total exhibition area has exceeded 440000 square meters for the first time. On the stage with the highest density of "hard technology", Intel's "Green Computing Cabin" made its debut at the CIIE; The Tianhe Solar Power Cabin, which has been equipped with the "power side" capability, has also become one of the most highly anticipated exhibitions in the interdisciplinary field of "AI+energy".
AI computing power is pushing electricity demand to new levels. The Government Work Report of 2026 will for the first time include "computer and electronic collaboration" in the deployment of new infrastructure projects. In response to the structural mismatch between the fluctuation of green electricity and the continuous demand for computing power, Trina Solar uses AI as the scheduling center to achieve dynamic matching between electricity and computing power through spatiotemporal collaborative scheduling, promoting the formation of a collaborative mechanism of "computing with electricity, computing with electricity". On the energy supply side, Tianhe Energy Storage adopts a comprehensive integration solution of "source storage network as the basis, efficient load distribution as the core" to enhance power supply stability; On the power supply and distribution side, the Tianhe AIDC 800V high-voltage direct current power supply solution is centered around prefabricated HVDC/SST integrated cabins, providing reliable power support for megawatt level high-density AI cabinets.
11月5日-11月10日，天合光能携手英特尔在第九届中国国际进口博览会亮相储能及电力方舱，呈现面向AIDC（人工智能数据中心）场景的创新解决方案，在“储算一体 智向绿能”板块携手英特尔探索“算电一体化”的技术路径与商业模式，为绿色智算产业发展注入新动能。
这是双方自今年 9 月在苏州共启 “算电协同先导项目” 以来，首次以联合方案的形式登上全球首个以进口为主题的国家级展会。本届进博会汇聚 162 个国家、地区和国际组织，4142 家境外企业参展，展览总面积首次突破 44 万平方米。在 “硬科技” 密度最高的舞台上，英特尔 “绿色算力舱” 完成进博首秀；为其补上 “电力侧” 能力的天合光能电力方舱，也成为 “AI + 能源” 交叉领域最受关注的展项之一。
AI 算力正把电力需求推向新的量级。2026年《政府工作报告》首次将“算电协同”纳入新基建工程部署。针对绿电波动与算力连续用电需求之间的结构性错配，天合光能以AI为调度中枢，通过时空协同调度，实现电力与算力动态匹配，推动形成“算随电动、电随算用”的协同机制。在能源供给侧，天合储能以“源储构网为基，配荷高效为核”的全域融合方案提升供电稳定性；在供配电侧，天合AIDC 800V高压直流供电解决方案以预制化HVDC/SST集成方舱为核心，为兆瓦级高密度AI机柜提供可靠电力支撑。
The solution for AIDC has been validated in the Qinghai Sanjiangyuan Green Power Intelligent Computing Integration Demonstration Project, and a replicable and scalable path for computing collaboration has been formed. Trina Solar will take the CIIE as an opportunity to continue deepening cooperation with industrial ecological partners such as Intel, promoting innovation and scenario application of computing and electronics collaborative technology, and accelerating its leap from a green energy solution provider to an architecture definer of green and intelligent computing and electronics integration.
面向AIDC的解决方案已在青海三江源绿电智算融合示范项目中得以验证，一条可复制、可推广的算电协同路径已经成形。天合光能将以进博会为契机，持续深化与英特尔等产业生态伙伴的合作，推动算电协同技术创新与场景应用，从绿色能源解决方案供应商加速向绿电智算算电融合的架构定义者跃升。
(Using AI translation)
（使用AI翻译）
