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JPiOT / Laman Kebun Agro IoT

A little space.A lot of life.

Meet the Agro-IoT Garden Site: a solar-powered vertical hydroponic garden that brings growing, automated care and smart monitoring together in one unit.

Plan your garden See how it works
The Agro-IoT Garden: a vertical rack of planted pots with a solar panel on top and tanks underneath
Product visualisationA product visual of the system, not a photograph of an installation.

Small footprint, bigger possibilities

Grow upwards. Think sustainably.

Bring fresh greens into everyday spaces. This modular garden combines vertical farming with solar power and recirculating water, making room for food production in schools, communities and urban settings.

  1. 01Energy

    Sunlight does the work.

    A fully DC system powers the garden without an AC inverter. Battery storage supports operation at night and on cloudy days.

  2. 02Water

    Keep the water in the loop.

    Nutrient solution returns to the reservoir for recirculation, and the system layout also supports rainwater collection.

  3. 03Space

    More growing, less ground.

    120 pots arranged vertically make productive use of compact spaces. A portable, modular design keeps installation simple.

A garden standing outside a shopfront, its pots full of green lettuce and red amaranth under the solar panel
On siteAn installed garden, with lettuce and red amaranth in the pots.

The system, connected

Sun above. A growing loop below.

Power, water and nutrients work together. Choose a step: the schematic highlights the parts involved and says what happens there.

Illustrative growing loop · one unit

1 Capture · Solar energyThe panel charges the battery through the DC charge controller, and DC power distribution supplies the pumps. No AC inverter is used.

2 Prepare · Water and nutrientsDosing pumps add fertiliser A, fertiliser B and pH adjuster to the water in the reservoir.

3 Circulate · Feed the gardenThe DC water pump lifts the solution to the top of the vertical system, and it runs down through the planted pots.

4 Return · Recover and repeatSolution drains back to the reservoir. Sensors read water level, pH and EC there and temperature at the rack, and the router carries those readings out.

The garden's growing loop: illustrative schematicAn illustrative arrangement of the Agro-IoT Garden. A solar panel charges the battery through a DC charge controller, and DC power distribution supplies the pumps. Dosing pumps add fertiliser A, fertiliser B and pH adjuster to the water reservoir. A DC water pump lifts the solution to the top of the vertical growing system, where it feeds the pots and drains back to the reservoir. Sensors read water level, pH and EC in the reservoir and temperature at the rack, and a 4G or Wi-Fi router carries the readings to mobile and desktop views.Solar panelDC chargecontrollerBatterystorageDC powerdistributionNutrient dosingABpHWaterreservoirWater levelpH & ECDC water pumpVertical growing systemTempSolution returns to the reservoir4G / Wi-Fi router The garden's growing loop: illustrative schematicAn illustrative arrangement of the Agro-IoT Garden. A solar panel charges the battery through a DC charge controller, and DC power distribution supplies the pumps. Dosing pumps add fertiliser A, fertiliser B and pH adjuster to the water reservoir. A DC water pump lifts the solution to the top of the vertical growing system, where it feeds the pots and drains back to the reservoir. Sensors read water level, pH and EC in the reservoir and temperature at the rack, and a 4G or Wi-Fi router carries the readings to mobile and desktop views.Solar panelDC chargecontrollerBatterystorageDC powerdistributionVertical growing systemTempNutrient dosingABpHWater reservoirLevelpH & ECDC water pumpReturns tothe reservoir4G / Wi-Fi router
  • Nutrient solution
  • Fertiliser A
  • Fertiliser B
  • pH adjuster
  • DC power
  • Reading to the router

Illustrative growing loop. Not an installation drawing, and not an equipment-control interface.

Smart monitoring

A clearer picture. From anywhere.

Check water conditions, energy and pump status without standing beside the garden. Monitoring connects through the system’s 4G or Wi-Fi router.

Laman Kebun Agro IoTSystem overview

Example readings
Water level
85 %
Temperature
28.6 °C
pH level
6.2
EC level
1.35 mS/cm
Battery voltage
12.8 V
Solar charging
3.2 A
Pump status
ON
System alerts
None

Example readings as printed in the product materials. This page is not connected to a garden, and these values are not recommended settings.

A reading tells you the current condition: how much water is left, how warm the solution is, and whether the pump is running. What the system does about it depends on the equipment installed and the configuration agreed for your site.

Which readings appear for your garden depends on the sensors fitted. The Telegram demo below shows the wider Farm Pulse catalogue, not a list of what is included.

Try the Telegram demo
JPiOT · Telegram monitoring

Your farm.
Your data.
One conversation.

Check the conditions that matter, right from Telegram. Choose a system, open a sensor, and see its reading, status and next step.

Try the interactive demo. No Telegram account needed.

  1. 01Choose a system
  2. 02Select a sensor
  3. 03Read the response
JP Demo(MAHA 2026)Farm Pulse · bot preview
Live farm data
Interactive preview · No messages are sent to Telegram.
7 systems. 31 sensor readings. One place to explore them.Readings from our demo farm. Bot layout from supplied screenshots.

The bot shows the latest readings from our demonstration farm, not from a garden, each with the time it was measured. It sends no Telegram messages.

This shared JPiOT demo includes features across different monitoring configurations. Sensors and integrations for your garden are confirmed in your quotation.

The complete setup

Nine parts. One growing system.

From solar generation to nutrient delivery, these are the core parts shown in the product materials. Choose a number on the drawing to read about it.

The system's nine parts: schematic drawingA drawing of the garden unit: the solar panel above a vertical frame of planted pots, a control box on the left post holding the charge controller, battery and DC power distribution, and below the rack the water reservoir, DC water pump, dosing pumps with the fertiliser A, fertiliser B and pH adjuster tanks, and the monitoring sensors.ChargecontrollerBatteryDC powerReservoirPumpABpHDosingSensors

Schematic drawing of the unit, not a product photograph.

Choose a number to read about it. Nine parts are marked on the drawing.

The final configuration for your site — panel and battery sizing, the number of pots, and which sensors are included — is confirmed in your quotation.

See the product poster

Room to grow

Fresh greens. Shared possibilities.

A garden for urban and rural spaces, community farming, school projects and sustainable food production — the settings listed in the product materials.

Crops listed in the product materials

Which of these suit your site is discussed during the assessment.

  • Lettuce
  • Pak choy
  • Sawi
  • Spinach
  • Salad vegetables
  • Herbs
  • A garden wall filled edge to edge with mature green lettuce, under its solar panel
    Ready to pickA full wall of lettuce, with the reservoir and fertiliser bottles underneath.
  • A close view of the planting grid: young lettuce and red amaranth in individual pots, with a feed pipe across them
    The planting gridEvery pot in its own cell, with the feed pipe running across the rows.
  • A garden newly planted on a concrete apron, the pots filled with growing medium and nothing sprouted yet
    Newly plantedA unit before anything grows, the medium already in the pots.

Photographs from different sites, supplied by JP Global. They show installed, planted gardens, not measured outcomes.

For your community

Bring people together around a shared garden and a practical way to grow food.

For the next generation

Make solar energy, hydroponics and connected technology tangible in school projects.

For everyday spaces

Explore vertical growing where ground space is limited, with a compact, modular system.

Enquire

Your next garden starts with a conversation.

Tell us where you want to grow and what you have in mind. Your answers go into a WhatsApp message you can check before sending.

Prefer to call?+60 10-211 0447

Plan my garden on WhatsApp Book a site assessment

Opens WhatsApp with your answers filled in. Nothing is sent until you press send in WhatsApp.

Enquire