PASCH × Goethe-Institut
Physics and Robotics Station · SMA Dwiwarna Bogor

Demeter Cube

Smart farming · renewable energy · hydroponics

“Can smart farming technologies contribute to sustainable food systems in Indonesia and around the world?”

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01 · Live dashboard

Demeter Cube right now

Readings refresh automatically.

Air Temperature
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Air Humidity
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Soil Moisture
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Light Intensity
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Water Temperature
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Water pH
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Weather
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Solar Panel Output
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Battery Status
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Pump Status
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02 · Reference table

Hydroponic plant references

PhotoPlantTemp.Air Humidity LightMedia MoisturepHHarvestNotes
Basil Basil
Basil
20.0–30.0°C 40–60% 20,000–45,000 lux 55–70% 5.5–6.5 25–35 days Suka hangat, kelembaban udara jangan berlebihan
Spinach Spinach
Bayam
20.0–28.0°C 50–70% 12,000–25,000 lux 60–70% 6.0–7.0 20–30 days -
Kale Kale
Kale
15.0–24.0°C 50–70% 20,000–40,000 lux 60–75% 5.5–6.5 30–45 days Tanaman iklim sejuk, lebih sulit optimal di dataran rendah tropis
Kangkung Kangkung
Kangkung
25.0–30.0°C 60–80% 20,000–45,000 lux 70–90% 5.5–7.0 18–25 days Semi-akuatik, suka media lebih basah
Pakcoy Pakcoy
Pakcoy
15.0–25.0°C 50–70% 15,000–40,000 lux 60–80% 5.5–6.5 25–35 days -
Parsley Parsley
Parsley
15.0–24.0°C 50–70% 12,000–22,000 lux 60–70% 5.5–6.5 60–75 days Herba tumbuh lambat, iklim sejuk
Mustard Greens Mustard Greens
Sawi Hijau
20.0–30.0°C 50–70% 15,000–35,000 lux 60–80% 6.0–7.0 25–40 days -
Lettuce Lettuce
Selada
15.0–22.0°C 50–70% 12,000–25,000 lux 65–80% 5.5–6.5 30–45 days Lebih menyukai suhu sejuk
03 · Evidence-based decision

Which plant fits right now?

Tap a plant to compare it against the live dashboard above.

04 · LKPD missions

Five missions

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Mission 1 · Observe and Explain

Identify at least three technologies used in the Demeter Cube. Explain how they work together to support sustainable agriculture, save energy and water, and improve food production efficiency.

Mission 2 · Analyze Environmental Data

Use the sensor data available. Choose the plant that best fits the current conditions. Explain your decision using at least three environmental parameters.

Mission 3 · Local and Global Perspective

Write down one food production challenge in your home region. Does this challenge also occur in other countries? Explain how technology like the Demeter Cube could help.

Mission 4 · Innovation

Propose one innovation so the Demeter Cube can be applied in different climates and countries. Explain the idea, the reason, the benefit, and the impact on sustainability.

Mission 5 · Reflection

Write a paragraph of 5-8 sentences: how can renewable-energy-powered smart farming contribute to sustainable and responsible food systems for future generations?

05 · Article preview

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