该用户的主要用能种类包括电、天然气、氮气、二氧化碳，耗能工质为压缩空气、冷热量。针对此情 况，依据能源的种类和性质，科学划分了一次能源与二次能源的管理架构；同时，结合用户的管理体 系，构建起能源管理三级计量架构，将计量细化到各部门，并区分生产用能与办公用能。 关注"Acrelgc520"微信号，了解更多产品资讯 某纺织机械有限公司主要从事研发、制造纺织机械设备，是国际纺织机械行业的佼佼者。为推动节能降 耗目标落地，企业专门搭建能源管理平台，通过对用能数据的统计分析、动力设备与新能源设备运行状 态的实时监控，以及节能数据的自动分析，实现能源管理的精细化。结合用户的用能特征与管理需求， 量身打造了整体解决方案，该方案涵盖能源三级计量、设备能效分析、多维度能效分析、分布式光伏发 电监测、动力设备能效监测、地源热泵系统整体优化、末端空调群控优化、会议室空调智能优化等多项 功能。 用户的主要用能设备为地源热泵系统和压缩空气系统，提供组态监控功能使用户能远程监视系统运行状 况。 | 0 | | | | | 》一 - 2012年 - 10 三 字 - 14 1625 - 100% | | 4 | A | C) 文件 | 0 ...

Core Viewpoint - The establishment of a "photovoltaic + ecological governance" base in Xinjiang's saline-alkali land demonstrates a successful integration of clean energy production, ecological restoration, and modern agricultural development, significantly improving soil conditions and crop yields [1][2][3]. Group 1: Clean Energy and Agricultural Integration - The photovoltaic panels installed on the greenhouse provide an annual green electricity output of 84,600 kWh, supporting the energy needs of the greenhouse throughout the year [1]. - The greenhouse utilizes a geothermal heat pump system powered by green electricity, achieving zero carbon emissions while providing stable heating during winter [1]. - The collaboration between the company and universities has led to the introduction of salt-tolerant crop varieties and smart monitoring systems, resulting in a 35% increase in crop yields and raising the per-acre value from 1,500 yuan to approximately 4,500 yuan [2]. Group 2: Soil Improvement and Sustainable Practices - The flexible photovoltaic structures allow for more land to be available for agricultural use, facilitating the cultivation of fruits and livestock beneath the solar panels [3]. - The implementation of under-panel planting can reduce soil salinity by 0.1% to 0.15% annually, significantly shortening the soil improvement cycle [4]. - The company has developed a "photovoltaic mushroom cabin" that enhances space utilization by over three times compared to traditional greenhouses, utilizing smart systems for optimal growth conditions [4]. Group 3: Circular Economy and Waste Utilization - The waste from mushroom cultivation can be processed into a soil amendment, contributing to a complete ecological cycle [4]. - The innovative approach of using abandoned shipping containers for mushroom cultivation allows for year-round production powered by solar energy [4].

Core Insights - The Xiong'an Future Science and Technology City project is being developed with a focus on innovation and smart city elements, integrating above-ground, underground, and cloud-based planning and construction [1] Group 1: Project Overview - The project features a smart park system consisting of "1 platform, 3 brains, and 5 smart scenarios," which includes diverse functions such as industrial offices, residential apartments, commercial facilities, and ecological parks [1] - An underground urban complex is being built to facilitate seamless transportation, smart traffic, commercial services, and cultural leisure activities [1] Group 2: Environmental Sustainability - The project utilizes geothermal energy resources found approximately 100 meters underground, which will significantly reduce heating energy consumption and support carbon neutrality goals [1] - The geothermal heat pump system is expected to save about 40% in operational costs compared to traditional air conditioning systems, marking the project as a model for low-carbon and environmentally friendly development [1]

Core Insights - The concept of "Green Mountains and Clear Water are as Valuable as Mountains of Gold and Silver" has been recognized for 20 years, driving ecological civilization in China [2] - The integration of technology and nature in urban planning is exemplified by the "zero carbon" initiatives in Beijing [4] Group 1: Ecological Achievements - The high greening rate of 85% in the park allows for the absorption of over 5,000 tons of CO2 annually, supporting biodiversity with over 70 species of animals [4] - The park's design emphasizes seamless integration of greenery and architecture, creating a natural environment within an urban setting [2] Group 2: Zero Carbon Innovations - The Beijing City Library features a roof made of 837 ginkgo leaf-shaped metal panels with 126 smart skylights, generating an annual electricity output of 250,000 kWh through a solar film system [4] - The park utilizes a distributed photovoltaic and geothermal heat pump system, achieving 100% green energy supply for heating, cooling, and hot water needs [4] Group 3: Global Perspective - The experience of exploring "zero carbon" practices in China has inspired a desire to share these insights globally, highlighting the actionable nature of ecological development [5]

Core Viewpoint - The construction of zero-carbon parks is crucial for promoting a comprehensive green transformation of China's economic and social development [1] Group 1: Zero-Carbon Park Construction - The first fully electric smart zero-carbon park in Xiong'an New Area is under construction, with completion expected by the end of 2025 [1] - The park features five buildings arranged in a circular layout, with a central conference and exhibition center [1] Group 2: Energy Efficiency and Clean Energy Development - The park utilizes thick glass curtain walls composed of three layers and two cavities filled with argon gas to reduce heat transfer, optimizing energy consumption for heating and cooling [2] - A ground-source heat pump system with 1,136 wells over 130 meters deep is installed to maintain temperature, significantly reducing energy consumption compared to traditional air conditioning systems [3] - The park's rooftop solar panels are expected to generate 2.73 million kWh annually, meeting 25% of the park's electricity needs [5] Group 3: Smart Management and Carbon Monitoring - A digital platform is established for integrated management of carbon monitoring, energy control, and park operations, overseeing 146,000 devices [5][6] - The platform enables smart lighting and HVAC control, adjusting energy consumption based on real-time data [6] Group 4: Carbon Reduction and Trading - The park has achieved a carbon reduction rate of over 60%, with various measures projected to reduce carbon emissions by a total of 3,370 tons annually from clean energy and energy-efficient systems [6] - A carbon trading service platform will facilitate connections between electricity users and carbon markets, helping to offset indirect carbon emissions through green electricity purchases [6]