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长沙这个片区,即将集中供热制冷了!位置在……
Chang Sha Wan Bao· 2025-12-02 09:22
项目采用"储能(水蓄能+电化学储能)+热源塔热泵+冷水机组+燃气锅炉"的多元工艺组合,打造高效清洁的集 中供能系统。设计制冷量24.6MW、供热量13.1MW,通过多种能源形式的优化配置与梯级利用,大幅减少不可 再生资源消耗。达产后,预计每年可减排二氧化碳约500吨,相当于植树2.6万棵,将有效改善区域空气质量, 助力梅溪湖片区生态环境品质提升。 项目相关负责人表示,未来,项目将紧跟梅溪湖二期片区开发成熟时序,逐步加大设备投入力度,完善供能管 道网络布局,持续扩大供能覆盖范围。该能源站的建成运营,不仅能丰富片区能源供给网络,满足日益增长的 用能需求,更将推动梅溪湖国际新城构建"绿色、低碳、高效、智能"的综合能源服务体系,为长沙打造国家生 态文明建设示范城市注入新动能。 据悉,梅溪湖国际新城作为新区"近零碳示范片区",正在积极推进区域能源站项目建设,共规划有五个区域能 源站,分别为BC、D、E、F、G站,规划总供能建筑面积约700万平方米。目前,BC能源站已建成运营,为绿 城招商桂语云峰、祥源森林之光等楼盘提供全年分时段精准供能,成为区域绿色生活标杆。D区能源站已于10 月份达到试运营状态,F区能源站已开工建设 ...
梅溪湖D区能源站完成系统联调,顺利达到试运营条件
Chang Sha Wan Bao· 2025-10-16 07:56
Core Insights - The Meixi Lake D District Energy Station has successfully completed system integration and is now in trial operation, marking a significant step towards a green and low-carbon living environment in Changsha's Meixi Lake International New City [1][3] Group 1: Project Overview - The D District Energy Station covers an area of approximately 1.4 million square meters and aims to provide efficient cooling and heating, ensuring stable energy supply for thousands of residents in the area [1][3] - The project has been closely monitored since its inception and is considered a key initiative to enhance the quality of life and energy efficiency in the Meixi Lake area [3] Group 2: Technology and Efficiency - The energy station employs advanced technologies such as thermal source towers and water storage cooling, which improve energy utilization efficiency and significantly reduce carbon emissions, contributing to the goal of creating a "near-zero carbon demonstration area" [3][5] - Compared to traditional air conditioning systems, the centralized energy system offers higher energy efficiency and lower operating costs, with estimated savings of 37% in usage costs for residents [5][6] Group 3: Future Developments - Currently, several residential projects, including Dream Central Park and Poly Tianjun, have connected to the D District Energy Station, with a total connected building area of 450,000 square meters [6] - The Meixi Lake International New City plans to establish five regional energy stations, with a total planned supply area of approximately 7 million square meters, indicating a strong commitment to sustainable urban development [8]
可实现室内四季恒温!梅溪湖D区能源站进入设备安装阶段
Chang Sha Wan Bao· 2025-05-17 06:24
Core Insights - The Meixi Lake D District Energy Station has officially entered the equipment installation phase, marking a significant step in the development of the "near-zero carbon demonstration area" [1] - The project is expected to achieve initial energy supply conditions by the end of 2025, utilizing advanced technologies such as thermal source towers and water storage cooling [1][3] - The energy station will cover an area of approximately 2 million square meters, benefiting thousands of residents and enhancing the living experience with efficient heating and cooling solutions [3] Project Details - The D District Energy Station is located at the intersection of Xuesong Road and Songbai Road in the northeast corner of Meixi Lake Phase II, providing stable energy support for the area [3] - The energy station aims to maintain indoor temperatures around 24°C, with energy costs reduced by 37% compared to traditional air conditioning systems [3] - The external pipeline system for the energy station is being rapidly constructed, with plans to connect to various residential projects in the Meixi Lake Phase II area [3] Future Developments - The Meixi Lake International New City plans to establish five energy stations, with a total energy supply area of 7 million square meters [5] - In addition to the operational BC station and the under-construction D station, the F District Energy Station is scheduled to begin construction in the second half of 2025, while E and G stations are in the planning stages [5] - The ongoing development of the energy network aims to position Meixi Lake International New City as a leading green low-carbon demonstration area, contributing significantly to Changsha's dual carbon goals [5]