Stories from Tianjin · China

Huaneng Tianjin Clean Energy Co., Ltd. has implemented a project in Tianjin Port using integrated wind and wave power generation. The system utilizes wind power above sea level and wave energy below sea level for efficient resource use. In its first year of operation, the project reduced carbon dioxide emissions by approximately 73,000 tons, equivalent to planting over 3,000 trees. Future plans include developing additional functions to integrate industrial facilities with the coastline.

Huaneng Tianjin Clean Energy Co. Ltd. has implemented a system using domestic large-scale offshore wind turbines. The turbines utilize anti-corrosion technology and an intelligent operation system for 24-hour real-time monitoring. The installation is integrated into existing breakwaters to avoid occupying undeveloped sea areas. Wu Qiong, Executive Director of Huaneng Tianjin Clean Energy Co. Ltd., stated the design allows for wind power generation above sea level while maintaining breakwater functions below. Currently, 70% of the electricity supply at Tianjin Port is provided through green energy sources. officials Wu Qiong and Cao Baolong. The infrastructure includes 24 wind turbines and various distributed photovoltaic systems located underwater and on breakwaters. This transition is part of ongoing energy infrastructure developments at the port.

Tianjin expects to reach 13,000 technology-based small and medium-sized enterprises this year.

Agricultural operations in Tianjin have entered a management phase in late April. Local authorities are utilizing big data analysis and drone technology to manage one million mu of winter wheat. The initiative aims to optimize feed efficiency and ensure crop quality in the Wuqing District. This smart farming model is being implemented across thousands of acres of concentrated smart farmland. This digital approach aims to optimize resource use and prevent feed accumulation. Tianjin has entered a new phase of agricultural management for wheat crops in late April 2026. In the Wuqing District, over 1,000 mu of concentrated smart farmland has reached the critical growth stage. Data is automatically uploaded to a central management platform to trigger irrigation and fertilization systems. This precision approach aims to reduce fertilizer waste and prevent pests and diseases.

Three prisoners were transported in a vehicle, with two individuals identified as being from Tianjin.