Bringing Life from the Sun, Delivering Hope in a Capsule.
The name “Mula” is rooted in the language of life, beginnings, and renewal.
Mula Capsule is an AI-powered, solar-driven self-sufficiency platform that, with a single capsule, can deliver food, clean water, and energy—even in the face of hunger, water scarcity, and disaster.
We encapsulate humanity’s hope to overcome hunger, thirst, and energy crises within the small name ‘Mula Capsule,’
delivering life from the sun and hope in a capsule.
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400W solar panels and a large-capacity Li-Ion battery enable up to 3 days of fully autonomous operation with no external power required
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AI-based automatic environmental control (lighting, irrigation, nutrients), IoT remote monitoring, and built-in self-diagnostics
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Triple-deck hydroponic trays, with interchangeable modules for root vegetables, fruits, and leafy greens—all cultivable at the same time
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Triple-stage water purification (pre-filter, RO, UV), providing up to 40L of clean, mineral-enriched water per day for both drinking and irrigation
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Simple, tool-free assembly by one person in 30 minutes; total weight 85kg, easy to relocate
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Expandable: Add solar panels, batteries, and link multiple capsules via network integration
➤ Crop Cultivation Steps
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Install the appropriate tray for each crop and sow seeds or transplant seedlings.
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Select your crop via the panel or app; optimal growing conditions are automatically configured.
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The AI system manages watering, nutrients, and lighting for all crops automatically.
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Monitor growth and receive alerts in real time via the app or integrated display.
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When notified, harvest the crops and clean or replace the trays for the next cycle.
➤ System Operation Steps
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Set up the solar panel in a sunny area and switch the system on.
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Connect the external water tank to the purification system for automatic clean water supply.
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Core environment sensors operate automatically and perform system checks for any anomalies.
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Link multiple capsules in a network and monitor/control all settings remotely via app or PC.
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Receive instant alerts for any issues such as malfunctions, filter changes, or low water.
➤ Ultra-fast Crops (7–14 days: Microgreens & Sprouts)
Lettuce sprouts, radish sprouts, broccoli sprouts, bok choy sprouts, beet microgreens, arugula sprouts,
sunflower sprouts, pea shoots, red cabbage microgreens, wheatgrass, amaranth microgreens,
basil sprouts, kale sprouts, mustard microgreens, carrot microgreens, spinach microgreens,
parsley microgreens, coriander microgreens
➤ Short-Term Leafy Vegetables & Herbs (14–30 days)
Lettuce, bok choy, spinach, kale, arugula, chives, endive, water parsley, chicory, celery, dill, basil,
coriander, parsley, perilla, mint, mizuna, malva, cilantro, mugwort, romaine, mustard greens,
amaranth, oakleaf lettuce
➤ Mid-Term Leafy & Fruiting Crops (30–60 days)
Tomato, cucumber, zucchini, paprika, bell pepper, chili, eggplant, head lettuce, broccoli, cauliflower,
red cabbage, cabbage, beet, carrot, radish, turnip, rutabaga, leek, garlic, pickling cucumber,
romaine, Swiss chard, beet greens, early strawberry
➤ Long-Term Crops (60–180 days: Fruits, Root Vegetables, Grains)
Potato, sweet potato, yam, taro, ginger, turmeric, peanut, dwarf corn, beans (soy, pea, edamame),
large strawberry, small melon, mini watermelon, dwarf pineapple, dwarf lemon, large broccoli,
kohlrabi, Korean radish, burdock, large carrot, large beet, bulb garlic, onion
➤ Special/Functional Crops
Aloe vera, calendula, pansy, black kale, gynura, perilla leaf, shepherd’s purse, artichoke,
madder, sugar beet, oat, barley, collard green
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The purification system delivers up to 40L of water per day, sterilized to 99.99% WHO standards, for both drinking and irrigation from wells, rivers, or rainwater.
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Automated irrigation, humidity and climate sensors ensure stable growing environments.
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Solar-powered operation is standard, with battery/external power as backup for up to 3 days of self-sufficiency in outages.
Q. Who can assemble and install it?
Tool-free assembly in 30 minutes by one person; step-by-step video and app guidance provided.
Q. Is daily operation difficult?
Intuitive app/remote support, automated diagnostics, and easy maintenance instructions included.
Q. Can crop types be changed based on local needs?
The AI analyzes local climate and diet data to recommend and switch crops automatically.
Q. What happens if solar power is insufficient?
Battery and external power can supplement the system; 3-day self-sufficiency mode is available.
Q. How does repair/service work?
Remote diagnostics, local part supply
Q. Can it operate in extreme climates?
Ruggedized for both heat and cold; tested in multiple environments.