Industry Overview - The building energy-saving industry refers to the implementation of energy-saving standards and the use of energy-efficient technologies, processes, equipment, materials, and products throughout the planning, design, construction, renovation, and operation of buildings [1] - The industry can be categorized into energy-saving products, materials, and services, including design, construction, and operation services [1] Industry Chain Analysis - The upstream of the building energy-saving industry includes the manufacturing of energy-saving materials and equipment [2] - The midstream involves energy-saving products and materials such as thermal insulation materials and heating measurement equipment [2] - The downstream primarily consists of large public buildings, residential buildings, and commercial buildings as end users [2] Industry Development History - The global energy crisis in the 1970s prompted countries to initiate energy-saving programs, with China starting its building energy-saving efforts in the 1980s [5] Policy Background - China's "dual carbon" commitment aims to peak carbon emissions before 2030 and achieve carbon neutrality by 2060, leading to a transition towards zero-energy and zero-carbon buildings [10] - Policies focus on enhancing energy-saving standards for new buildings, retrofitting existing buildings, and promoting renewable energy applications [10] Current Industry Status - In 2022, the total energy consumption of the building sector was 18.4 billion tons of standard coal equivalent, accounting for 36.3% of the national energy consumption [13] - The total carbon emissions from the building sector reached 41.5 billion tons of standard coal equivalent, representing 39.1% of national energy-related carbon emissions [15] - The building operation phase remains the dominant contributor to carbon emissions within the building sector [21] Market Size and Growth - China's building energy-saving market is the third largest globally, with a market size of 160 billion yuan in 2023, projected to reach 195.8 billion yuan in 2024 [23] - The market is expected to grow at a compound annual growth rate of 4%, potentially exceeding 240 billion yuan by 2030 [32] Competitive Landscape - The building energy-saving industry features significant regional disparities in carbon emissions, influenced by population, GDP, climate, and energy structure [25] - Major companies in the sector include China Southern Power Grid, Dasintelligent, and China National Building Material, with a focus on providing comprehensive energy-saving solutions [27]

目前，吉林华晨的注册资本为人民币1010.1万元，法定代表人为李新艳，主要股东包括香港嘉恒国际集团有限公司、香港鼎泰集团有限公司等。其中，李新 艳也是长宏新材执行董事、董事会主席（即董事长）。 来源|贝多财经 特别说明的是，李新艳属于"外来的和尚好念经"。招股书显示，长宏新材的起源可追溯至2017年3月成立的吉林华晨，初始注册资本为人民币1000万元。其 中，周文、赵迎涛和夏忠民分别持股60%、25%和15%。 自2017年3月至2020年10月期间数次股权变动后，除周文外，赵迎涛及夏忠民不再于吉林华晨拥有任何权益。但在2023年6月，周文将其于吉林华晨的99%和 1%的股权分别转让予朱有新及周树杰，从而撤出于吉林华晨的投资。 2025年4月25日，证监会披露《境外发行上市备案补充材料要求（2025年4月18日—2025年4月24日）》。其中，中国证监会国际司共对3家企业出具补充材料 要求，分别为长宏新材、蓝思科技和江波龙。 招股书显示，朱有新将其于2023年初结识的李新艳引入吉林华晨成为股东，以利用其商业头脑及投资专业知识进一步发展吉林华晨。其中，李新艳对吉林华 晨的收购分别于2023年7月及2023年12 ...

从创业初期的小作坊到现代化企业，这场蜕变是该行服务实体经济的缩影。该行以"精准滴灌"式金融服 务，持续为县域小微企业输送活水，让每一笔贷款成为培育高质量发展的种子，诠释着金融与实体共荣 共生的生动实践。 齐鲁晚报.齐鲁壹点李可通讯员赵腾飞 此次授信升级不仅是"增额"，更体现普惠金融的精准性。针对行业季节性生产、集中采购原料的特点， 该行创新推出"短频快"服务模式：通过数字化审批压缩放款周期，确保企业及时锁定原材料；采用"循 环贷"机制，允许企业根据生产节奏灵活用款，降低融资成本近20%。 资金活水注入后，企业发展按下"加速键"：新建加工基地全面投产，智能化生产线使产量提升40%，产 品从鲁西南拓展至江苏、河南等地，年产值突破2000万元，带动80余名村民就业。程女士感慨："农商 银行的信任让我们敢投资、能创新。今年计划研发新型环保网格布，转型绿色建材的底气正是来自他们 的跟踪服务。" 成武县孙寺镇一家占地5000平方米的网格布生产车间内，140台设备高速运转，80名工人熟练作业。这 家由程女士历经5年打造的企业，背后离不开成武农商银行的金融赋能——从初期50万元授信到如今100 万元信贷支持，银企携手书写了一 ...