Since the launch of the flash test, the technical team of Hope Deepblue A/C has consistently advanced all trial phases with high standards and systematic rigor.

The test facility has now fully entered the critical calibration stage. Team members are conducting meticulous adjustments and verifications across multiple dimensions—including overall equipment coordination, parameter sensitivity, and long-term operational stability—to ensure the accuracy, reliability, and engineering reference value of subsequent formal test data.

During commissioning, the Technical Department focused on core elements such as pressure control precision, temperature dynamic stability, and the completeness of the condensate collection system. Through a series of rigorous operations—including multiple cycles of sensor calibration, strict inspection of pipeline sealing performance, and fine-tuning the stability of fluid delivery—the team progressively identified and eliminated multiple potential interference factors. This significantly enhanced the overall stability and dynamic response accuracy of the test system. Simultaneously, the team incorporated practical feedback to implement multiple rounds of subtle yet critical adjustments to existing operating procedures. These refinements further strengthened test repeatability, operational safety, and data consistency, providing robust technical assurance and standardized support for the upcoming multi-condition formal testing.

Furthermore, building upon prior debugging achievements, the team conducted targeted preliminary trials. Through small-scale, multi-batch data collection, they validated the effectiveness and repeatability of measurement methods for critical parameters such as temperature, pressure, and condensate volume. These pre-trials not only honed the team's practical skills and coordination capabilities but also laid a solid technical and organizational foundation for subsequent comprehensive multi-condition comparative analysis and the construction of a highly reliable database.

Moving forward, the Technical Department will execute formal multi-condition trials as scheduled, systematically collecting multidimensional parameter samples including temperature, pressure, and condensate volume to build a comprehensive and accurate operational database. The team will conduct comprehensive calculations and in-depth analysis of key indicators such as flash efficiency and condensation quality based on real-time monitoring and historical data, precisely evaluating the system's energy efficiency characteristics and stability performance under varying load conditions. The test conclusions will not only provide direct guidance for optimizing equipment flow path structures, material selection, and thermal cycle configurations, but also serve as the basis for developing more intelligent, adaptive energy-saving operation strategies. This will tangibly enhance system economics and environmental adaptability, injecting sustained momentum into product iteration and innovation.

Through this testing, the company has accumulated valuable raw data and practical experience in steam utilization efficiency and condensate quality control. These outcomes will be directly applied to product design and system optimization, further enhancing equipment energy efficiency and operational reliability. Moving forward, we can transform these test conclusions into core technological advantages, continuously strengthening our products' competitiveness in the energy-saving and environmental protection sector. This approach will create greater value for customers while injecting new vitality into the industry's technological advancement.