报告导读： 地源热泵是一种典型的利用浅层岩土体蕴藏的低位热源的节能、环保、可再生能源利用技术，采用热泵原理，既可供热又可制冷的高效节能空调系统。地源 热泵符合国家节能减排的大政方针，是建设资源节约型、环境友好型社会应该大力推广的可持续发展能源利用技术。因此，受到政府和各界的大力支持，行 业具备十分广阔的市场前景。为了更好的改善人们的生产和生活环境，地源热泵技术当前在全国各地得到大面积推广应用，尤其在北京、天津地区更有蓬勃 发展的大好局面。2020年我国地源热泵行业供暖/制冷建筑面积超过8亿㎡，地源热泵装机容量超过2.6万兆瓦；预计2025年我国地源热泵行业供暖/制冷建筑 面积有望达到20亿㎡，地源热泵行业供暖/制冷建筑面积约为3万兆瓦。 为探究地源热泵行业变化趋势（怎么变）、用户需求（要什么）、投放选择（投向哪）、运营方法（如何投）及实践案例（看一看），智研咨询发布了 《2025-2031年中国地源热泵行业市场分析研究及投资潜力研判报告》。 需求容量：据统计，2020年中国地源热泵装机容量超过2.6万兆瓦，2022年中国地源热泵装机容量超过2.7万兆瓦，2024年约为2.85万兆瓦，预计2025年中国 地源热 ...

Core Viewpoint - The article discusses the "Zero Carbon Park Construction Guidelines" released by Jiangsu Development and Reform Commission, emphasizing the integration of new energy and storage technologies, digitalization, and intelligent management to achieve zero carbon emissions in industrial parks [1][10]. Group 1: Overall Principles - The construction of zero-carbon parks should focus on innovation and reform, balancing economic development with carbon reduction goals [16]. - Parks should implement systematic planning tailored to local conditions, gradually achieving zero-carbon targets [16]. Group 2: Construction Content - Energy efficiency management is crucial, requiring the use of energy-efficient equipment and the implementation of energy-saving upgrades in high-consumption industries [17][18]. - Parks should develop distributed renewable energy sources, such as solar and wind, and promote the use of new energy storage technologies [19][20]. - Infrastructure should be upgraded to meet green building standards, and facilities for electric and hydrogen vehicles should be established [21][22]. Group 3: Clean Production - The guidelines advocate for green production practices, including mandatory audits for high-energy-consuming enterprises and the promotion of clean production technologies [23][24]. - Encouragement of low-carbon product design and lifecycle management is emphasized to reduce carbon footprints [24]. Group 4: Resource Circulation - The guidelines stress the importance of optimizing spatial layouts for resource efficiency and promoting circular production processes among enterprises [25]. - Waste management and pollution control measures should be enhanced to minimize environmental impact [25]. Group 5: Performance Evaluation - A set of performance indicators is established to monitor the progress of zero-carbon park construction, including energy consumption, carbon emissions, and the adoption of renewable energy [30][31]. - The guidelines specify that key indicators must be met to ensure effective implementation of zero-carbon strategies [31].