Through efficient PV and ESS technology, intelligent system integration and green manufacturing, Trinasolar maximizes the resource utilization, enhances the circular economy and optimizes the deployment of global resources.
Water Management
The Company places a high value on water resources and is committed to continuous improvement in water resource management. The Board of Directors serves as the highest responsible body for water resource management, incorporating related decision-making and supervisory functions into the responsibilities of the ESG Management Committee. The Board of Directors oversees the implementation of water resource management performance, while execution is carried out by various departments across the Company. The Company strictly complies with all relevant water resource management laws and regulations in our operational regions, including the Water Law of the People's Republic of China and the Water Pollution Prevention and Control Law of the People's Republic of China. To support effective management, the Company has established systems such as the Prevention and Control Management Procedure of Water Pollution and the Standard for Uniform EHS Performance Data Reporting. The Company has implemented a comprehensive strategy to reduce its product water consumption intensity, including conducting water balance tests, water use assessments, and product water consumption intensity control measures. During the reporting period, the Company maintained full compliance with all water resource-related
laws and regulations, with no violations reported.
Water Risk Assessment And Response
Trinasolar prioritizes water risk management by employing a comprehensive approach that combines internal expertise with external analytical tools. During the reporting period, the Company utilized the World Resources Institute (WRI) Aqueduct Water Risk Atlas to assess water stress levels across 32 production facilities around the world. The assessment results are as follows:
Measures for Water Resource Management in Factories with Extremely High Risks
Water Conservation
To further efficiently utilize water resources, the Company has set water resource management goals and initiated various water-saving projects based on the characteristics and needs of each base. All efforts have significantly improved water use efficiency and conservation outcomes, delivering a balanced achievement of both economic gains and environmental benefits.
Trinasolar Water Management Targets
20% reduction in the water consumption intensity (t/MW) by 2025 against the 2020 baseline;
20% reduction in the water consumption intensity of cell (t/MW) by 2025 against the 2020 baseline;
20% reduction in the water consumption intensity of modules (t/MW) by 2025 against the 2020 baseline;
2024 Water Consumption Performance of Products
135.73 t/MW water consumption intensity of cell, 86.85% decrease compared to the base year of 2020;
27.41 t/MW water consumption intensity of module, 67.68% decrease compared to the base year of 2020;
Energy Management
Trinasolar Energy Management Targets
40% reduction in comprehensive energy consumption intensity of cell (tce/MW) by 2025 against the 2020 baseline;
40% reduction in comprehensive energy consumption intensity of module (tce/MW) by 2025 against the 2020 baseline;
1 billion kWh cumulative savings in electricity consumption in global production operations from 2021 to 2030;
2024 Comprehensive Energy Consumption Performance
7.34 tce/MW Comprehensive Energy Consumption Intensity of cell, 39.51% decrease compared to the base year of 2020;
2.01 tce/MW Comprehensive Energy Consumption Intensity of module, 40.19% decrease compared to the base year of 2020
Energy Conservation And Utilization Of Renewable Energy In Year 2024
2024
47
Trinasolar launched 47 energy conservation programs across 32 production bases.
55,496.48MWh
Trinasolar achieved a total electricity reduction of 55,496.48 MWh.
168,176.48MWh
Since 2021, the cumulative electricity savings have reached 168,176.48 MWh.