In its investor relations activity report, Sungrow highlighted that the adoption of SST (which could refer to a specific technology or system, depending on context, here we assume it's a known term in the industry) has become an unavoidable trend. This is primarily due to the fundamental challenges that the explosive growth of AI computing power poses to the power supply architecture of data centers. SST technology can eliminate intermediate multi-stage conversion losses, rendering it the most suitable infrastructure solution to support the ongoing expansion of AI computing capabilities.

Currently, Sungrow's SST products have garnered significant recognition from overseas CSP (Concentrated Solar Power or could refer to Cloud Service Providers based on context, here we adapt it to a more general and understandable term in the tech industry context, assuming it's about technology partners or manufacturers) manufacturers. Looking ahead, the company plans to bolster the development of experimental facilities to further elevate product recognition and reinforce reliability.

Simultaneously, Sungrow is maintaining open lines of communication with leading cloud service providers in North America to collaboratively define product specifications. It is anticipated that by 2026, small-batch prototypes and test verifications will take center stage, with on-site testing being carried out in partnership with key customers. Batch orders are expected to commence from 2027, and from 2028 onwards, a scaled-up development approach will be adopted to cater to the expansion demands of next-generation computing power chips.