shipping container farm 集装箱农场(图文)

时间：2020-08-07 06:55:41

+8618743159877

shipping container farm，clude Iot，container ，UV，LED，Fan，ebb/flow tray ，fertigation，Co2，plant Music，germination，filter，pump，

GROWART种植集装箱改变我们的耕作方式，是工业技术与传统农业结合的产物，与传统耕作相比，ROWART为环境可控全自动自动化栽培系统，多层立体水培在保温集装箱内，更加环保-大大减少了用水量和与食品运输相关的碳足迹。

标准箱为40HC（12192*2438*2891mm外部尺寸）运输集装箱，牢固的结构可以多层堆栈，优异的防腐性能隔绝潮湿的腐蚀，超高效的聚氨酯保温隔热性，是理想的移动农场，这些海运集装箱农场能够提供全年本地生产的农产品，创造新的农业就业机会，并可为沙漠、海岛、远洋船提供急需的新鲜食物。

全自动气候环境控制的系统，排风扇，暖气，空调，病虫害综合治理，二氧化碳，自动填充水箱，自动添加营养液以及恒定的空气流通，使您可以完全控制，集装箱农场可以在全球几乎无限制的地点（从最稠密的城市到偏远，恶劣的环境）运行，而不会对食品生产造成不利影响。

拥有良好的光照，合适的气温和完美的背景音乐，将发挥最大效率及生产力。

1.全新集装箱柜体,冷藏专用集装箱板，尺寸为：12192mm   ×2438mm× 2896mm;

2.环境系统智能空调，控温控湿系统，5匹空调机组，加湿系统空气循环，室内外通风调节;

3.种植模组,营养液自动循环功能、专用植物照明LED自主研发仿太阳光谱，波长范围在400-800NM之间，灯具带CE认证的；种植模组栽培槽ABS材质，尺寸为1.0*0.41*2.05米，种植盖板4株/片，方便取放及清洗，种植架5层，年平均生产   2.4～5.4 万株(取决于作物品种和栽培密度），ø28铝型材支架及连接件。定植5400株/茬，育苗54000/株;

4.自动配液系统.自动化精准配肥系统，自动配液系统主要是由控制器、蠕动泵、传感器、回水检测、储液箱、母液罐、工作液箱、水泵、供液管道系统、回流管道系统、紫外消毒器组成;

5.二氧化碳气肥，CO₂检测自动调节集装箱农场CO₂浓度,干冰瓶CO2供给；

6.智能控制系统.控制系统采用10寸触摸彩屏作为人机交互界面，智能控制软件依据智能植物工厂各项需求配置由可道自主开发，界面整洁，操作便捷；实现对系统温度、湿度、光照等参数实时采集、显示；温度参数、湿度参数；具有环境数据存储、导出功能；PH值检测、二氧化碳检验调节以及ORP水源的监测；具有多路输出控制；系统设备监控、超限和故障报警；远程手机APP控制和视频查看，带控制机柜 ;

7.LED照明灯和杀菌消毒系统,LED照明灯和空气紫外线杀菌消毒系统;

8.物联网,手机APP及电脑控制系统软件，WiFi网关，空气环境监测控制，空调控制，红外线发射器，监视摄像。

source：Simbarashe Timothy Motsi

Imagine a world where farming transcends traditional boundaries, where shipping containers become the building blocks of agricultural innovation, and where AI-powered chatbots like ChatGPT serve as indispensable partners in cultivation. Welcome to the future of farming!

Picture this: You’re strolling through a bustling farm, but instead of vast fields, you’re greeted by a maze of repurposed shipping containers bustling with activity. Each container is a microcosm of agricultural ingenuity, housing everything from leafy greens to thriving livestock, all seamlessly integrated with cutting-edge technology.

Unleashing the Potential of Shipping Containers in Farming

Gone are the days when farming was confined to sprawling acres of land. With the rising popularity of container farming, agriculture has entered a new era of efficiency and sustainability. These modular structures offer unparalleled flexibility, allowing farmers to cultivate crops in urban environments, harsh climates, and even space-constrained areas.

By repurposing shipping containers, farmers can create controlled environments tailored to the specific needs of their crops. With precise control over factors like temperature, humidity, and lighting, they can optimize growth conditions, resulting in higher yields and superior quality produce.

But the benefits don’t stop there. Shipping container farms require minimal water and land compared to traditional methods, making them a viable solution for resource-scarce regions. Additionally, their modular nature enables scalability, empowering farmers to expand their operations seamlessly as demand grows.

ChatGPT: Your Virtual Farming Companion

Enter ChatGPT, the AI-powered assistant revolutionizing the way farmers interact with their crops and livestock. With its natural language processing capabilities, ChatGPT becomes an invaluable ally in the agricultural journey, offering real-time insights, recommendations, and troubleshooting assistance.

Need to optimize irrigation schedules? ChatGPT has got you covered. Curious about the ideal nutrient mix for your hydroponic setup? Just ask ChatGPT. From pest management strategies to crop rotation plans, ChatGPT provides personalized guidance tailored to your farm’s unique needs, helping you maximize productivity while minimizing resource inputs.

But ChatGPT isn’t just limited to crop cultivation. For livestock farmers, it serves as a virtual herd manager, monitoring animal health, predicting disease outbreaks, and even offering behavioral insights to enhance welfare and productivity. With ChatGPT by your side, farming becomes not just a profession, but a collaborative journey fueled by technology and innovation.

Beyond Containers and Chatbots: The Future of Farming Tech

While shipping containers and AI-powered assistants like ChatGPT represent significant advancements in farming, they are just the tip of the technological iceberg. As we look ahead, a plethora of innovations promise to further revolutionize agriculture, shaping a future where sustainability, efficiency, and resilience reign supreme.

Vertical farming, hydroponics, and aquaponics are poised to become mainstream methods of cultivation, leveraging space and resources more efficiently than ever before. Drones and satellite imaging offer unprecedented insights into crop health and field conditions, enabling proactive decision-making and precision farming practices.

Furthermore, advancements in genetic engineering, biotechnology, and robotics hold the promise of developing hardier crops, disease-resistant livestock, and autonomous farming machinery. From CRISPR-edited plants to robotic harvesters, the possibilities are endless, signaling a golden age of agricultural innovation.

Conclusion: Embracing a New Era of Farming

As we stand on the cusp of a new agricultural revolution, fueled by shipping containers, AI, and a myriad of other technologies, the future of farming has never looked more promising. By harnessing the power of innovation, we can create a more sustainable, resilient, and productive food system that nourishes both people and the planet.

So, whether you’re a seasoned farmer looking to embrace the latest advancements or an aspiring agripreneur eager to carve out your niche in this brave new world, one thing is clear: the future of farming is here, and it’s brimming with possibilities. Join the revolution, and together, let’s cultivate a brighter tomorrow, one container at a time