西藏那曲：雪域之城涌动绿色暖流

Core Viewpoint - The implementation of geothermal heating in Tibet's Naqu region is significantly improving living conditions by providing a cleaner, more cost-effective alternative to traditional coal heating methods, aligning with national goals for sustainable energy development [1][2]. Group 1: Geothermal Heating Implementation - The heating season in Naqu lasts for 7 months, with average temperatures close to zero degrees Celsius, making heating a critical aspect of life quality [1]. - Residents like Tsering Droma have switched to geothermal heating, maintaining indoor temperatures around 20 degrees Celsius without the need for coal, resulting in reduced costs due to government subsidies [1]. - The cost of geothermal heating is approximately 13 yuan per square meter for the heating season, which is a significant reduction compared to traditional coal heating [1]. Group 2: Clean Energy Initiatives - The Chinese government has emphasized the need for a new energy system and the promotion of clean energy development in its 14th Five-Year Plan [1]. - Tibet has established seven pilot projects for clean energy heating, with the Naqu City Southern New Town Clean Energy Central Heating Pilot Project covering an area of about 1.45 million square meters [1]. - The Naqu region's geothermal resources are being developed to provide zero-pollution heating, which is crucial for environmental protection compared to traditional coal energy [2]. Group 3: Technological and Environmental Benefits - The geothermal heating system utilizes water-thermal technology, ensuring that geothermal water does not enter the municipal network, thus protecting underground heat reservoirs and preventing corrosion [2]. - The Naqu City Ecological Environment Bureau has actively promoted the use of clean energy, leading to the elimination of 313 coal-fired boilers to improve urban living conditions [2]. - Geothermal resources in Naqu have high development value, with potential applications extending beyond heating to electricity generation and agricultural uses, providing stable heat sources for greenhouses and livestock facilities [2].