"Bringing Life from the Sun, Delivering Hope in a Capsule."
Mula Capsule is an AI-powered, solar-driven self-sufficiency platform that delivers food, clean water and energy from a single unit, for places where hunger, water scarcity and power loss arrive together.
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.
In a displaced settlement or after a disaster, the three shortages arrive at once and are usually answered by three separate supply chains. Each needs its own logistics, and the slowest one sets the pace for all three.
Delivered food and bottled water solve today and create a dependency for tomorrow. What changes a situation is production on site, which is a different problem from distribution.
Equipment that needs specialist installation cannot be deployed where no specialist is present. Anything that cannot be assembled by the people who will use it will not be assembled.
Neither a stable electricity supply nor a safe water source can be assumed. A system that depends on either is a system that stops.
400 W of solar panels with a large-capacity lithium-ion battery give up to three days of fully autonomous operation with no external power. Array and storage are sized from a modelled year of sunlight at the deployment site rather than from a nominal rating.
Pre-filter, reverse osmosis and ultraviolet stages deliver up to 40 L of clean, mineral-enriched water per day from wells, rivers or rainwater, sterilised to 99.99% against WHO standards, for both drinking and irrigation.
Three decks of trays with interchangeable modules let root vegetables, fruits and leafy greens be grown at the same time rather than in sequence.
AI-based control of lighting, irrigation and nutrients with IoT remote monitoring and built-in self-diagnostics, so the growing environment is held without daily intervention.
One person assembles the capsule in 30 minutes without tools. Total weight is 85 kg, which keeps it relocatable by the people using it.
Additional panels and batteries can be added, and multiple capsules linked over a network, so a single unit and a cluster are the same product.
Up to 40 L per day serves both the household and the trays, which is why purification and cultivation are one system rather than two appliances standing beside each other.
Sprouts and microgreens; leafy vegetables and herbs; fruiting vegetables; root and tuber crops; and specialist plants including aloe and cereals. The tray module changes, the capsule does not.
Battery and external power supplement the array, with a three-day self-sufficiency mode for outages, which is the margin that separates a system from a demonstration.
Local climate and diet data guide which crops are recommended and switched to, so the output matches what the community actually eats.
At 85 kg and tool-free, the capsule moves when the settlement moves. Permanence is not a requirement for usefulness.
The solar panel is placed in a sunny position and the system started. Core environment sensors begin operating and run their own checks for anomalies.
An external tank feeds the purification system, which supplies clean water automatically to both the household draw and the irrigation loop.
The appropriate tray is fitted for the chosen crop and seeds or seedlings go in. The crop is selected on the panel or in the app and conditions configure themselves.
Watering, nutrients and lighting are managed automatically for every crop on every deck, with alerts for malfunction, filter changes or low water.
Growth is monitored in real time through the app or the integrated display; when the alert arrives the crop is harvested and the tray cleaned or replaced for the next cycle.
Panels, battery and charge control, sized against modelled generation for the site and carrying the whole capsule for three days without input.
Pre-filter, reverse osmosis and ultraviolet treatment, feeding both the drinking draw and the irrigation loop from whatever source is available.
Three decks of interchangeable trays with lighting, irrigation and nutrient delivery under automatic control.
Environment sensing, AI control and self-diagnostics, with remote monitoring over IoT so a fault is visible before it becomes a lost crop.
Multiple capsules linked and monitored together from an app or a PC, which is how a single unit becomes community infrastructure.
Automated diagnostics and instant alerts for malfunction, filter change or low water mean intervention happens on a schedule rather than after a loss.
The capsule is built for both extremes and has been tested across multiple environments, because the places it is sent do not choose their climate.
Remote diagnostics with local part supply keeps a unit running without a specialist visit, which is the only maintenance model that works at this distance.
Step-by-step video and in-app guidance carry assembly and daily operation, with intuitive remote support behind them.
We hold pvlib-python. Panel output at the deployment latitude across a year is modelled before the array and battery are specified, which is how the three-day autonomy figure is arrived at rather than asserted.
We hold WaterTAP for water treatment process modelling, so filtration stages are compared on the model before they are built into a unit that has to run unattended.
We hold QSDsan for quantitative sustainable design of sanitation and resource recovery systems, which is the frame for treating waste streams as inputs rather than as an afterthought.
The capsule is designed for situations where food, water and energy fail together, which is a deployment description rather than a marketing one.
Network integration means the same product serves a household and a settlement, with additional panels and batteries added as demand grows.
Local climate and diet analysis drives crop recommendation, so what is grown is what the community will actually eat.
Mula Capsule shares the group's solar and water tooling with the companies generating power and treating water at other scales.
Widening the tray module range and deepening the crop recommendation so that a capsule arriving in a new region configures itself from local data rather than from a default.
"Civilization in a capsule. Hope from the sun. Food, water, energy — delivered anywhere, by anyone."
Mula Capsule — Life from the Sun.