BioPod value proposition

• High yield of vegetable/micro green and saves a lot ofland and labor

• 95 pct circulation of water

• 100% renewable energy (PV, heat pump withventilation)

Vegetable: Salat, microgreens, tomato, chili and pepper

BioPod value proposition

• Cost effective (28 time more effective compared tofield) and reduced carbon foot print (farm to table)

• Organic waste to nutrients and energy

• Healthy indoor climate- Temperature between 20-22 °C (16-18 °C in night)- Humidity 60-70 pct- Air change (relative humidity) 8 time per hour

BioPod off the grid container

Rockwool system facade for BioPod container

Growth media for vegetable in the BioPod container

Growth media for vegetable in the BioPod container

Growth media for vegetable in the BioPod container

Growth media for vegetable in the BioPod container

Growth media for vegetable in the BioPod container

Growth media for vegetable in the BioPod container

Growth media information in the BioPod container

Growth media information in the BioPod container

Growth media information in the BioPod container

Growth media for vegetable

in the BioPod

container

Tropical fish waste transformed into nutrient/fertilizer for the vegetable production

Growth media for salat production in the BioPod container

Growth media and

smart solution for vegetable in the BioPod container

Smart BioPod solution

Consibio IOT Monescoplatform

Electricity in the

BioPod container

LED Light for

BioPod container

Heat pump with ventilation in the BioPod container

Solar cell with inverter and energy meter mounted in the BioPod container.

Enabel User Interface based on actual data from BioPod container

Enabel User Interface based on actual data from BioPod container

Enabel User Interface based on actual data from BioPod container

Enabel User Interface based on actual data from BioPod container

Enabel User Interface based on actual data from BioPod container

Enabel User Interface based on actual data from BioPod container

BIOPOD

Overview of sensors and

measurements

P A R A M E T E R U N I T

Wat

er

Temp °C

pH Unitless

Nutrients g/L

Tank level L

Water inlet flow (water usage) L/min

Circulation flow L/min

Clim

ate

Air temperature °C

Relative humidity %

CO2 conc. ppm

Illumination / brightness Relative units

Po

we

r

Total grid power usage W

LED power usage W

Heat pump power usage W

Ventilation power usage W

Solar cell (PV) power generation W

Battery charge level %

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