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Experience the Green Tech
Have you ever thought about growing crops on campus and learning about the latest technology and environmental knowledge? 'Farm Lab' is an intelligent learning product that combines innovative STEM courses, allowing students to learn about smart farming and understand the latest trends in agricultural technology.
Understanding
Solar Sharing
Solar Sharing is a method that combines agriculture and energy production by installing solar panels in farmland, allowing for farming and cultivation while effectively utilizing land resources. Many countries worldwide are actively promoting agroecology, aiming to achieve self-sufficiency in both energy and food production.
Integrating Solar Energy into Farming
Farm Lab adopts the principles of agroecology to generate renewable energy, provide clean energy, reduce indoor temperatures, while saving land resources and creating an environmentally friendly environment for crop growth.
Organic Soil
by CUHK
We employ organic compost developed by the team at the School of Life Sciences, The Chinese University of Hong Kong. The compost is derived from locally sourced commercial and industrial food waste, contributing to the implementation of sustainable cultivation practices.
Vertical Farming
Farm Lab employs vertical stacking for efficient cultivation, yielding higher outputs, conserving water, reducing pesticides, and enhancing aesthetics. It holds significance for modern agriculture and urban environments.
Control LED Spectrum
Farm Lab allows you to control LED light sources to select the most suitable spectrum for each plant, as different plants require different combinations of spectra. This enables them to thrive and grow robustly.
Different plants require different spectra of light
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Carotenoids generally absorb blue light and have two key functions in plants and algae: absorbing light energy for photosynthesis; and protecting chlorophyll from photooxidative damage.
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Chlorophyll a and Chlorophyll b have similar absorption spectra, both having an absorption peak in the violet-blue region (430~480 nm) and red region (640~660 nm), while chlorophyll ab absorbs very little green light, so it appears green.
Smart Irrigation
By controlling irrigation based on soil temperature and humidity, it not only saves manpower but also improves the quality and yield of crops.
Cloud Configuration
Scheduled Irrigation
Irrigation Water Quantity
Smart Control and Monitoring
Manage the growth environment of crops through mobile devices/tablets and cloud-based systems. You can also collect various data, monitor, and analyze them to achieve true smart farming.
CO2 concentration
Air Humidity
Environmental Temperature
Light Intensity
Soil pH Levels
Soil Moisture
Soil Temperature
LED Control
Flexible Combinations
We can provide flexible configuration options to accommodate school environments:
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The quantity of components
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Combination of seedling, hydroponics, and soil cultivation
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Angle adjustment for solar panels to maximize the absorption of sunlight
Examples of combination
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Learning by Applying
We provide easily implementable curriculum for schools, linking daily life with STEM technology applications. Through the cultivation process, students gain interdisciplinary knowledge and skills.
Course Overview
Experience the Joy of Planting
Farm Lab not only allows students to experience the joy of planting but also helps them understand how modern agriculture develops sustainable cultivation methods through technology to address global food crises.
If you would like to learn more, please feel free to contact us for further information.
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