MEKONGLINK | Glocal Open Innovation Platform in Asia-Pacific Region

Strawberry Container Farm with Renewable Energy

Sustainable Vertical Farming Solution with RE100 Renewable Energy. Future Urban Smart Farm that is applied to Strawberry Container Farm creates values and builds a sustainable platform between local communities, urban agriculture and jobs.

 

Technology Overview

1. Technology Overview:

1.1 A solar powered, standard container – Sized plant factory

All environmental conditions for crop growing such as lighting, humidity, CO2, water, temperature and nutrients are fully controllable with low power consumption. The result is an ability to grow strawberries in any season or climate.Strawberry Container Farm with Renewable Energy

  • Solar panel and rainwater collection system
  • High efficiency ultra-low heat LED module
  • High insulation container farm structure
  • Heat pump cooling and heating system
  • CO2 supply system
  • Aeroponic vertical farming structure
  • Rainwater tank and recycle system
  • Closed hydroponics nutrient solution system

1.2 Modular Vertical Farm In a Standard Shipping Container

  • ISO Standard 40ft Container with Solar Panels: Allows to grow strawberries anytime, anywhere in the world (12 m x 2.4 m x 2.5 m, 68 CBM), solar panel size can be changed according to power consumption.
  • Vertical Farm System with Hydroponics: Increases production by 40%* through an aeroponic vertical farming system (vertical farming structure with spray type hydroponics, patented).
  • Stackable & Scalable: Container farm requires very small land area and occupies a smaller area when stacked.30,000 strawberries can be grown on less than 500 m2 land (in 30 container farms).

2. Technology Features:

2.1 Energy-saving and Sustainable Farming Solution

  • High-efficiency LED Lighting: Ultra-low heat LED module and optimized light control maximize productivity and minimize energy consumption.
  • Heat Pump Cooling and Heating System: Reduce power consumption by over 80% compared to conventional plant factories (50kW/day consumption for 1,000 strawberry plants).

2.2 Precise Hydroponics with Extreme Water Efficiency

  • Eco-friendly Closed Hydroponics: Recycled nutrient solution system results in zero-waste water (90% reduction in nutrient solution consumption).
  • Water Collection System: Rainwater and condensed water can be recycled to maximize water consumption.

2.3 Control and Monitoring via Cloud Strawberry Container Farm with Renewable Energy

  • Easy and Simple Access from Web & Mobile: Any growing condition is fully controlled via cloud for the best crop yields (temperature, humidity, CO2, LED lighting, irrigation, heating and cooling system and energy consumption).
  • A Specialist in Smart Agriculture for over a decade: The smart farm platform is in operation and is a proven solution on more than 350 farms.

2.4 Cloud-based AI Services

  • Prediction of Harvest Date and Crop Yield: Using estimation of strawberry ripeness with deep learning technology.
  • Pest Classification and Detection App: Notifies user the type of disease, the location of detection in the farm, and the number of detection cases.
 

Technology Video

Problem & Solution

Market Problem:

1. Difficulties in food supply:Strawberry Container Farm with Renewable Energy

  • The demand for food consumption is increasing, especially in densely populated areas.
  • Diseases and climate change are affecting traditional agricultural production, leading to food shortages.
  • Difficulty in transporting fresh food to remote areas.

2. Environmental difficulties:

  • Traditional agriculture often uses a lot of water, land and chemicals, causing environmental pollution.
  • Climate change is making growing crops more difficult in some areas.
  • The demand for sustainable and environmentally friendly food is increasing.

3. Economic difficulties:

  • Traditional agricultural production costs are increasing, leading to high food prices.
  • Farmers often face price and weather risks.
  • The need for efficient and profitable agricultural solutions.

Mekonglink Solution: Strawberry Container Farm with Renewable Energy

1. Provide a safe, fresh and stable food supply:

Strawberry Container Farm, Strawberry Cropbox, Vertical Strawberry Farms, Vertical Farming Technology, Urban Strawberry Growers, Urban Strawberry Farming, Containerized Strawberry Solutions, Strawberry indoor farming, Hydroponic Strawberry Indoor Farming, Indoor Vertical Strawberry Farm, Urban strawberry production, Downtown strawberry agriculture, Urban strawberry farmers, Vertical strawberry production in urban settings, Indoor Strawberry Farming, growing strawberries in a controlled environment, Space-saving, Good environmental control, Easy to move, Pest and disease reduction, Increased yield, Water conservation, Environmentally friendly, Hydroponics and aeroponics

  • The interior growing system and strict environmental control help ensure product quality and safety.
  • Ability to grow crops all year round, regardless of external weather conditions.
  • Minimize the risk of crop loss due to disease and climate change.

2. Minimize environmental impact:

  • Use renewable energy and water saving systems.
  • Minimize use of chemicals and pesticides.
  • Contribute to environmental protection and sustainable development.

3. Increase profits for investors:

  • Productivity is 40 times higher than traditional agriculture.
  • Low operating costs thanks to the use of renewable energy and a water-saving system.
  • There is a high demand for sustainable and environmentally friendly food.

Therefore, the “Strawberry Container Farm with Renewable Energy” solution is a potential choice for customers looking for effective, sustainable and highly profitable agricultural solutions.

 

Application & Case

潜在的草莓商业模式可以通过“可再生能源草莓集装箱农场”全年带来高额利润。

1. 概要:

“可再生能源草莓集装箱农场”解决方案为草莓种植提供了一种革命性的方法,将先进的水培或气培系统与可再生能源结合,提供可持续、高产且盈利的商业模式。本提案突出了这一创新解决方案的主要特点、市场潜力、财务预测和竞争优势。

1.1. “可再生能源草莓集装箱农场”的主要特点

  • 集装箱农业:利用回收的运输集装箱,最大化空间效率,并能在城市或空间受限的区域进行种植。
  • 水培或气培系统:直接向根部输送水和养分,最大限度减少水的使用,减少浪费,并防止土壤传播的疾病。
  • 气候控制系统:使用传感器和自动控制装置,维持最佳温度、湿度和CO2水平,实现全年草莓生产。
  • 可再生能源:整合太阳能板或风力涡轮机,产生清洁电力,减少对化石燃料的依赖,并最大限度减少环境影响。
  • 监控与管理系统:利用软件和应用程序跟踪环境因素、植物健康和系统性能,实现远程监控和优化。

1.2 使用“可再生能源草莓集装箱农场”解决方案附带的韩国草莓种子的好处Strawberry Container Farm with Renewable Energy

  • 确保产品质量:高质量的草莓种子帮助草莓植株健康生长,生产出大而甜美可口的果实,满足客户需求。
  • 提高生产力:韩国草莓品种比传统草莓品种具有更高的产量,帮助企业优化利润。
  • 减少风险:韩国草莓种子具有良好的抗病性,有助于在种植过程中减少企业的风险。
  • 节约成本:使用高质量草莓种子有助于减少种植过程中的损失,为企业节约成本。

2. 竞争优势分析:

  • 高质量产品:在严格控制的环境中种植的草莓,确保食品安全和卫生,并提供优质品质。
  • 卓越的生产力:先进的农业系统帮助实现比传统方法高得多的生产力。
  • 可持续商业模式:使用可再生能源并减少环境影响。
  • 节约成本:低运营成本,不占用太多种植面积,且需要较少的人工劳动力。
  • 独特产品:在集装箱中种植的草莓吸引客户关注,并与竞争对手区别开来。

3. 目标市场:

  • 超市和食品店:对新鲜、高质量水果的需求在超市和食品店始终很高。
  • 餐厅和咖啡馆:草莓广泛用于甜点、饮料和装饰,为餐厅和咖啡馆的菜单增添吸引力。
  • 食品加工企业:草莓可以加工成多种产品,如果酱、果汁、干果等,为与食品加工企业的合作提供了潜力。

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