智能农机的轰鸣声响彻田野，奏响了齐鲁大地的秋收序曲。 中新网济南9月29日电 题：秋收见闻：山东新农人以"智"为犁 耕作农业新图景 中新网记者 孙婷婷 这支"空中战队"的服务范围已从本地拓展至全国。今年麦收后，团队奔赴新疆、内蒙古、东北等地，为 不同作物提供植保服务。"新疆棉花精准施脱叶剂，内蒙古葵花防蚜虫，东北水稻追灌浆肥。无人机能 根据作物和地块调整参数，实现定制化服务。"赵鑫的手机作业记录上，密密麻麻标注着各地服务轨 迹。 "这种滴灌带好用吗？节水量怎么样？"在菏泽市鄄城县什集镇，种植户李东环正在咨询小流量滴灌带的 情况。他种了300多亩玉米，计划中秋收获后安装滴灌设备。 在聊城市东昌府区闫寺街道辛王顺丰家庭农场的田地里，"90后"种粮大户、农场负责人王伟不停地接打 着电话，协调大型收割机、旋耕机、播种机等各类农机进入农田作业。"趁着天晴地干，赶紧让农机全 力运转，完成秋收秋播工作。"王伟说，他流转土地5000余亩，托管周边村民土地4000余亩，全靠智慧 农机的"硬核"支撑。 "返乡创业之初，别人种什么我种什么，别人怎么种我就怎么种。仅用传统小农户耕种方式，地种不过 来，造成大面积减产。"回顾十年种地路 ...

六部门印发《机械行业稳增长工作方案（2025—2026年）》。《方案》提出，推动产业数字化转型智能 化升级。落实数字中国建设整体布局规划，加快发展智能制造、智慧交通、智慧农业、智慧医疗等应用 场景，扩大工业母机、农机装备、机器人、轨道交通装备、医疗装备、工程机械、智能检测装备等应用 需求。开展数字化转型改造行动，实施一批"智改数转网联"改造项目，推进老旧设备更新和"哑"设备改 造。实施中小企业数字化赋能专项行动，支持企业结合自身需求实施设备自动化改造等投入少、见效快 的数字化"微改造"。持续优化智能制造典型场景和要素参考指引，开展智能工厂梯度培育行动，分级建 设基础级、先进级、卓越级、领航级智能工厂，支持企业加快人工智能等新一代信息技术融合应用，开 展生产制造全过程、产品全生命周期、供应链全环节闭环优化，推动组织模式和企业形态创新 ...

Group 1: Agricultural Production in Inner Mongolia - Inner Mongolia's Xingan League has achieved a harvest of 700,000 acres of soybeans through the promotion of high-yield quality varieties, mechanized large-scale planting, and advanced technology, ensuring food security and increasing farmers' income [1][6] - The soybean planting base in Eergutu Town features tall, mature soybean plants with full pods, where multiple large harvesters are efficiently completing the harvesting and threshing processes [4][10] Group 2: Agricultural Innovations in Heilongjiang - The autumn harvest in Heilongjiang, known as the "big granary," has commenced, with North China Agricultural Group's farms utilizing advanced machinery for efficient harvesting [8] - At the Heishan Farm of North China Agricultural Group, large combine harvesters are performing multiple tasks including harvesting, threshing, and straw crushing, ensuring high-quality grain collection [10] Group 3: Rice Production in Ningxia - In Ningxia's Qingtongxia City, over 28,000 acres of rice are being harvested, with farmers adopting salt-tolerant varieties to ensure stable production and increased income [15][19] - The local agricultural technology personnel are actively guiding farmers on the harvesting process based on the maturity of the rice crops [14] Group 4: Integrated Farming in Sichuan - In Jintang County, Sichuan, a new integrated farming model combining rice cultivation and turtle farming has been implemented, creating a dual-income opportunity for farmers [22][24] - The demonstration area for this integrated farming spans 500 acres, with plans to expand to 3,000 to 5,000 acres next year [26] Group 5: Fish Farming in Fujian - In Ningde City, Fujian, the peak season for catching and marketing snapper fish has arrived, with significant improvements in farming yield and processing quality due to upgraded facilities and smart equipment [28][30] - The deep-water net cages used for snapper farming have been redesigned to enhance production, with each cage measuring 12 meters deep and over 90 meters in circumference [28]

Core Insights - The Chinese irrigation controller market is experiencing rapid growth, driven by the advancement of smart agriculture, urban greening, and water-saving policies, with a market size projected to reach $128 million in 2024 and $322 million by 2031, reflecting a compound annual growth rate (CAGR) of 15.39% [3][8]. Market Overview - The market is diversifying in terms of product types and applications, with smart controllers dominating the market, expected to account for approximately 65% of revenue in 2024 [7][11]. - The primary product categories include smart controllers, timer controllers, and basic controllers, each catering to different user needs and application scenarios [7][11]. Application Areas - Farms are the largest application area for irrigation controllers, with significant demand for automation and precision irrigation due to extensive planting areas [8]. - Orchards are increasingly adopting irrigation control systems, particularly in southern hilly regions, driven by the promotion of integrated water and fertilizer technologies [8]. - Greenhouses require precise control and data interaction, making them a key area for smart controller deployment [8]. - Non-agricultural applications include sports fields and urban landscaping, which demand uniform coverage and timely irrigation [8]. Competitive Landscape - Major players in the Chinese market include Rain Bird Corporation, Hunter Industries, The Toro Company, Dayu Water-saving Group, and Netafim, with the top five companies accounting for over 40% of sales revenue in 2024 [11][17]. - The market is characterized by a trend towards smart solutions, diverse application scenarios, and significant urban-rural disparities [11]. Industry Chain - The industry chain consists of upstream components such as sensors and electronic parts, midstream manufacturers of irrigation controllers, and downstream customers including agricultural growers and municipal greening units [13]. Policy Environment - Key policies promoting efficient water-saving irrigation technologies and the integration of smart irrigation facilities are outlined in various national plans, including the "14th Five-Year" agricultural green development plan and the "National Water Conservation Action Plan" [15].

Group 1 - The agricultural machinery industry is experiencing growth driven by urbanization, labor shortages, and the need for mechanization and automation in agriculture [2][3][4] - China's urbanization rate is projected to rise from 49.95% in 2010 to 67.00% in 2024, while the proportion of the population aged 65 and above is expected to increase from 8.90% to 15.60% during the same period, exacerbating labor shortages in agriculture [3] - The "14th Five-Year Plan" emphasizes enhancing comprehensive grain production capacity, marking the first time food security strategy is included in a five-year plan [2][4] Group 2 - The construction of high-standard farmland and the increasing mechanization rate in agriculture are laying the foundation for agricultural technology development [4][5][6] - The area of land transfer in China has grown from 2.7 million acres in 2012 to over 5.55 million acres in 2021, indicating a trend towards larger-scale agricultural production [5] - The government aims to build 10.75 million acres of high-standard farmland by 2025 and 12 million acres by 2030, with significant progress already made in various regions [6] Group 3 - The Beidou satellite navigation system is enhancing agricultural technology by providing high-precision positioning services, which are crucial for the automation of agricultural machinery [7] - The satellite navigation and positioning service industry in China reached a total output value of 469 billion yuan in 2021, growing by 16.29% from the previous year [7] - The application of Beidou technology in agricultural machinery is evolving from basic monitoring to advanced autonomous driving systems [7] Group 4 - The agricultural machinery automation market is rapidly growing, with the average sales price of automatic driving systems decreasing from 115,300 yuan per set in 2013 to 16,200 yuan in 2023, while sales volume increased from 618 sets to 134,100 sets during the same period [11][12] - The penetration rate of agricultural machinery automation systems in China remains low compared to developed countries, indicating significant future market potential [12][20] - The market for agricultural machinery automation systems is projected to reach 7.5 billion yuan by 2030, with a total market size of 36.5 billion yuan from 2024 to 2030 [21] Group 5 - The concept of smart farms, or unmanned farms, is emerging as a new agricultural model, utilizing technologies such as IoT, big data, and AI to automate agricultural processes [22][25] - The number of unmanned farm projects in China has significantly increased, with over 100 projects established by the end of 2022, covering more than 300,000 acres [27] - The government is promoting the commercialization of unmanned farms, transitioning from demonstration projects to broader implementation [25][26]

抬头望，高精度气象站高耸矗立。"这套气象站集成了温湿度、风向风速、紫外线光照等各类数据探测 器，可以精准捕捉各葡萄园独特的小气候特征。"何怀华解释，"比如雨后，我们就会依据降雨量和湿度 数据，在系统里更改灌溉计划，一点水都不浪费。" 这便是酿酒葡萄环境监测系统，各种信息可以实时传输到智慧葡萄园灌溉系统。"以前凭经验浇水，现 在看数据说话。"何怀华说，环境监测系统为灌溉种植提供预测和数据支撑，还能辅助病虫害防治、采 收时间决策等。 园区还应用物联网技术，安装电磁阀及控制器等设备，打造灌溉监测控制系统。 秋意浓，贺兰山东麓的葡萄园里，工人们剪下一串串饱满的紫色果实，装入筐中，送往酿造车间。 在宁夏回族自治区银川市中粮长城天赋酒庄，管理人员何怀华穿行在田垄间。他随手摘下一串葡萄，对 着光仔细端详，又放入口中细品，露出满意神情，"色泽够深，口感也不错，今年是个好年份！" 何怀华在酿酒葡萄种植行业深耕12年，见证了酒庄从传统种植到智慧农业的转变。"在宁夏，不靠科学 灌溉，葡萄可长不好。"何怀华说，2012年园区刚建成时就采用节水的滴灌技术，近年又用起不少新科 技。 向下看，葡萄架下，几截白色管道从地里探出。"这些管道里 ...

Core Insights - The rapid development of technology is driving a profound transformation in traditional agriculture, with smart greenhouses emerging as a key initiative for enhancing agricultural productivity and ensuring the quality and safety of agricultural products [1][9] - The smart greenhouse industry in China is projected to grow from a market size of 2.849 billion yuan in 2020 to 6.267 billion yuan in 2024, reflecting a compound annual growth rate (CAGR) of 21.79% [1][10] - The future of the smart greenhouse industry will emphasize system integration and cross-industry collaboration, supported by advancements in technologies such as 5G and blockchain [1][9] Smart Greenhouse Industry Overview - Smart greenhouses, also known as modern greenhouses, utilize comprehensive environmental control systems to optimize conditions for crop growth, leading to high yields and economic benefits [3][6] - The industry is characterized by a multi-layered competitive landscape, with key players leveraging technological advancements and regional resources [10] Smart Greenhouse Functions - Key functions of smart greenhouses include environmental control, automation, and data management, which enhance production efficiency and reduce labor costs [5][6] - The integration of AI and big data technologies allows for precise monitoring and management of growth conditions, optimizing production strategies [5][8] Industry Chain - The smart greenhouse industry chain consists of upstream raw materials and equipment, midstream production, and downstream application fields such as flower, fruit, and vegetable cultivation [6][7] Market Trends - The global smart greenhouse market is expected to grow from $1.18 billion in 2020 to $2.2 billion in 2024, with a CAGR of 16.85% [9] - The industry is moving towards deep technological integration, focusing on IoT, big data, AI, and robotics to enhance automation and resource efficiency [12] - Environmental sustainability is becoming a core focus, with the adoption of energy-efficient materials and systems aimed at reducing carbon emissions [13] - The application of smart greenhouses is diversifying beyond traditional vegetable cultivation to include flowers, medicinal herbs, and urban agriculture [14] Key Companies in the Industry - Major players in the Chinese smart greenhouse industry include Beijing Jingpeng Global Technology Co., Ltd., Shandong Baike Am Agricultural Technology Development Co., Ltd., and others, which are forming a competitive landscape based on technological capabilities and market channels [10][11]

Core Viewpoint - On September 25, Guangzhou XAG Technology Co., Ltd. submitted an application for listing on the Hong Kong Stock Exchange, aiming for a main board listing, with Huatai International as the sole sponsor. The company previously attempted an IPO on the Sci-Tech Innovation Board in 2022 but was unsuccessful [1]. Group 1: Company Overview - XAG Technology has a strong focus on smart agriculture and drone technology, particularly in agricultural automation [1]. - According to industry reports, XAG Technology ranks second in the global agricultural robotics and agricultural drone sectors with market shares of 10.7% and 17.1% respectively for 2024 [1]. - As of June 30, 2025, XAG's dealer network covers over 900 counties in China, achieving comprehensive coverage of major agricultural production areas [1]. Group 2: Financial Performance - In 2022 and 2023, XAG recorded net losses of 254 million yuan and 133 million yuan respectively. However, in 2024, revenue is expected to exceed 1 billion yuan, reaching 1.07 billion yuan, with a net profit of 70.41 million yuan [2]. - In the first half of 2025, net profit reached 134 million yuan, a year-on-year increase of 50.56%, with gross margin improving from 30.2% to 34.3% [2]. Group 3: Risks and Challenges - XAG claims to hold the largest number of agricultural drone patents globally, with 4,100 applications filed, but faces potential third-party intellectual property infringement claims [2]. - Since April 2025, the U.S. has imposed tariffs of up to 125% on Chinese drone products, which could significantly reduce profit margins in key markets like the U.S. and Brazil by over 10 percentage points if trade tensions persist [2]. - As of June 30, 2025, XAG's debt ratio was 54.2%, with total liabilities of 615 million yuan, including 576 million yuan in current liabilities. Accounts receivable increased to 310 million yuan, accounting for 42% of revenue, indicating potential short-term liquidity risks [3].

2分钟速看岭南乡村蝶变→ 稻浪翻金，千村万户皆喜悦；晒场欢语，机械轰鸣共丰年。 出品丨 南方财经全媒体集团 21财经客户端 学习经济工作室 品粤工作室 策划丨丁青云 谭婷 文案丨洪丹华 编辑丨吴桂兴 设计统筹丨林军明 视频制作丨白宇航 廖恺扬 设计丨李基礼 吴怀宽 运营支持丨喻淑琴 审校丨辛灵 黄志明 魏雯静 看广东返乡创业青年如何科技种田，"爆改"家乡？把曾经"逃离的故土"，变成如今"最骄傲的 归处"。 21君荐读 SFC 智慧农业"so easy" 无人车带飞种地体验 燃！农业铁军出击 深海里的"鱼医生" 2 智能 悦 读 · 权 威 . ry S 扫码点击下载 ...

Core Insights - The article highlights the transformation of agricultural practices in Wanbailin District, Taiyuan, Shanxi Province, through the integration of digital technology and ecological concepts, leading to increased productivity and environmental improvement [1][5][9] Group 1: Digital Agriculture - The Jiurun Digital Agriculture Park spans 150 acres, featuring a variety of crops including high-yield sunflowers and a 20,000 square meter smart greenhouse with organized sections for strawberries, leafy vegetables, and various fruits [2][4] - The use of soilless cultivation and a water-fertilizer integration system has led to highly mechanized planting and harvesting processes [4] Group 2: Calcium Fruit Production - A retired individual transformed 80 acres of barren land into a calcium fruit orchard, utilizing sheep manure for fertilization, resulting in a projected yield of 20 tons this year [5][7] - The orchard not only attracts tourists for fruit picking but also generates orders from external merchants, thereby improving local employment and ecological conditions [7] Group 3: Mushroom Cultivation - A former coal washing plant has been repurposed for mushroom cultivation, marking a shift from a "black" to a "green" economy [8][10] - The use of local corn straw for mushroom production, supported by agricultural technology, has created new income opportunities for villagers, with the spent mushroom substrate being processed into organic fertilizer for resource recycling [9]