英文摘要 |
The project involved four primary tasks: “Promotion of Yilan Climate Change Mitigation and Adaptation Response,” “Counseling and Implementing Low-Carbon Sustainable Homeland actions,” “Promotion of Solar Roofs,” and “Promoting Locally Adapted Low-Carbon Actions”.
This project is based on the Climate Change Response Act and assists in organizing the Yilan Climate Change Response Meeting and the Climate Change Adaptation Implementation Plan Forum. It also follows the results of the Yilan 2nd Greenhouse Gas Reduction Implementation Plan and the Monitoring and Evaluation Reduction Implementation Plan, and consolidating the climate change adaptation policies promoted by various departments, and establishing the Yilan Climate Change Adaptation Implementation Plan.
The primary task of the Low-Carbon Sustainable Homeland working system is to assist villages in joining the Low-Carbon Sustainable Homeland program and help them obtain certification. This year, we assisted one village in achieving silver-level certification and six villages in obtaining bronze-level certification. Additionally, we increased the participation of 47 villages, achieving a participation rate of 85.4%. Four townships were also added to the program, bringing the participation rate in the township hierarchy to 100%. Furthermore, we conducted on-site inspections of 4 villages to ensure they could maintain their bronze-level status. In terms of counseling and implementing Low-Carbon Sustainable Homeland actions, we provided guidance to 11 villages to fulfill their actions through the Low-carbon Demonstration Community plan. The total carbon reduction achieved is approximately 10,854 kilograms of CO2e annually.
To promote solar roofs in Yilan, we hired experts in solar power systems to evaluate 56 potential sites. Of these, 53 sites were deemed suitable for the installation of solar roofs. Additionally, we held two solar roof promotion and matching meetings, inviting the general public, industry representatives, government officials, and village members. The total number of participants was 40.
Promoting locally adapted low-carbon actions, we assisted eight museums with on-site diagnosis and counseling, provided energy conservation and carbon reduction reports, and guided energy-saving renovations. These renovations included replacing lighting, upgrading air conditioners and refrigerators, installing a roof sprinkler cooling system, and cleaning and maintaining air conditioners and window thermal insulation. The total carbon reduction achieved is approximately 32.38 tons of CO2e annually. Additionally, we made posters to showcase the carbon reduction results and used them to conduct low-carbon education sessions.
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