PRODUCTS

IoT Poultry Farming System
1. Temperature sensor −20°C to +60°C
2. Relative humidity 0–100%
3. 2–10 fps for behaviour/feeding monitoring
4. Common modules: 1–100 ppm range
5. Reception /WhatsApp NO. : +8618830120193

Unlock the full potential of your poultry farm with Vcloud — where intelligent cages, connected devices, and actionable insights converge to optimize bird welfare, productivity, and operational efficiency. This section is product-and-engineering oriented, written in plain language, highlighting why each part matters to a novice, and includes three practical tables you can glance at or copy into spec sheets.

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Full Data Collection


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On Site Data Screen


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Hardware Device In Poultry Farm


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Controller Hardware Device


IoT smart poultry farm - controller  (2)

Controller Hardware Device



IoT smart poultry farm - controller  (1)

Controller Hardware Device


IoT smart poultry farm - controller  (2)

Controller Hardware Device



"European Standard IoT Poultry Farming System"


1. Perception Layer — Sensors & Cameras

certer


Your IoT journey starts with seeing, sensing, and understanding. Vcloud sensors provide real-time insights that let you react before problems escalate — ensuring healthier birds and higher yields.


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Overall Poultry Farm Arrangement


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Sensor On Cage System


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Sensor On Cage Free System


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Sensor On Poultry Aviary System


Sensor Type

Typical Range / Spec (Example)

Why It Matters

Temperature Sensor

−20°C to +60°C, accuracy ±0.2–0.5°C   (good modules).

Birds react quickly to a degree or two — small errors make control noisy.

Relative Humidity (RH)

0–100% RH, accuracy ±2–3%RH   typical.

Humidity affects litter drying, ammonia release and bird comfort.

Ammonia (NH₃) Sensor

Common modules: 1–100 ppm   range; handhelds often 0–50 ppm. Accuracy varies by type

Ammonia harms lungs and egg quality; knowing levels helps timing   ventilation and manure actions.

Co₂ Sensor

0–5,000 ppm typical; used for ventilation control and occupancy   inference.

CO₂ helps detect when ventilation is insufficient.

Dust / Particulate (PM2.5/PM10)

Typical low-cost PM sensors report µg/m³; accuracy varies.

Dust signals air quality and sometimes disease stress.

Water Flow / Pressure

Flow meters or pressure switches on nipple lines.

Detects clogs or leaks early before mass drinking failure.

Feed-Level / Weight Sensors

Load cells on silos / hopper sensors for feed-line endpoints.

Prevents runouts and allows event-triggered refill or alerts.

Camera (RGB/ Ir) + AI

2–10 fps for behaviour/feeding monitoring — with onboard or edge   inference.

Detects crowding, abnormal gait, or sudden changes in activity.

For reference only, the exact size is based on our exact quotation.

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Feed Data System


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Farm Data System



With Vcloud sensors, you are not guessing — you're measuring, monitoring, and managing your flock like a pro.


"Why Choose IoT Poultry Farming System"


2. Actuation Layer — Devices That Act On The Cage/House

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Smart Poultry Management


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Smart Poultry Management


Sensors without action are just numbers. Vcloud actuators transform data into immediate, reliable action, protecting birds, saving energy, and reducing labor.


IOT poultry system-Alarm


IOT poultry system-Temperature alarm device

Temperature Alarm Device


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NH3 Sensor


Device

Example Control Action

Benefit

Fans + Damper Actuators

PID control by temp/RH/NH₃; variable speed drives

Keeps house stable — avoids sudden hot/cold swings and saves energy.

Wet-Pad / Cooling

Turn on by temp thresholds and humidity compensation

Lowers house temperature during heat; must be coordinated with RH   sensors.

Heaters

Zone control by temp and schedule

Protects chicks and prevents cold stress.

Automatic Feeders (Chain/Auger/Plate)

Run by schedule or weight/consumption curve

Allows precision feeding, reduces feed waste and smooths growth curves.

Nipple Drinker Controllers + Pumps

Monitor flow/pressure; auto-flush or alarm on failure

Prevents mass drinking interruptions which can crush welfare and   production.

Manure Belt / Scraper Motors

Timed cycles or NH₃-triggered runs

Removing manure at the right frequency reduces ammonia build-up and   disease risk.

Egg Conveyor / Sorter

Count eggs, detect breaks, push/report anomalies

Helps trace egg production and match egg counts to feed/growth.


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Ventilation Data


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Heater Data


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I-touching Controller


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Centralized Control System



Specific configurations are subject to customer requirements or final quotation.

Automate, don't hesitate. Reliable actuators mean fewer surprises and more profits — Vcloud closes the loop from data to action seamlessly.

3. Edge Computing & Cloud Platform — The "Brain"

IOT poultry system-hardware

Layout Of Software And Hardware


Edge computing and cloud intelligence are the secret behind Vcloud's smart farms. Make fast decisions on-site while learning long-term trends across your operation.

(1) Edge Gateway (On-Site)

Performs fast control (PID loops for fans/heaters), processing sensor data, caches data if network down, and runs time-critical AI models (like fall/leg detection from video). 

Edge keeps the lights on even when the internet is unstable.

(2) Cloud & Mobile Dashboard (Vcloud)

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Mobile Managing App


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CCTV Center


Long-term storage, historical reports, farm-wide alerts, multi-house comparisons, firmware updates, and heavier AI training. 

The mobile app gives a manager remote visibility and push notifications.

Make every decision smarter — Vcloud transforms data into actionable insights and measurable gains.


"Tips Of Managing Poultry Farm And Poultry Farm"


4. Other Farm Systems That Matter

While not part of the cage itself, these systems integrate with Vcloud to keep your operation seamless.

(1) Feed Silo & Delivery

IOT poultry system-feed


Silo sensors (level and moisture) + motor control make feed supply continuous and dry. Feed interruptions cause stress and wasted feed. Vcloud ties silo level to feed-line weight sensors to prevent empty runs and schedule refills.

Quick note from field guides: industrial feed silos and level sensors are common parts of integrated systems and are important for automatic feeding stability.

(2) Manure Handling & Drying

Manure belts are typically run 1-2 time a day. For laying houses many operators run belts every 3–4 days so manure dries before removal — frequency depends on climate and ventilation. 

Automating belt runs with NH₃ feedback helps avoid unnecessary runs while keeping ammonia low.

(3) Bio-Security & Entry Control

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Poultry Farm-Cloud Controlling


Access logs (QR or RFID), disinfection station sensors and vehicle records feed the cloud log so any disease event has a digital trace for investigation and insurance/audit purposes.

(4) Power & Energy Management

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Data Screen


Solar, UPS and inverter telemetry feed Vcloud's energy dashboard so critical automation (fans, feeders) has backup power and operators can track energy per house.

5. Practical Implementation: Clear Steps, Common Pitfalls, And A Vcloud Ready Checklist

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Below is a compact implementation table and then a simple timeline/checklist for a novice-run project.

Phase

Key Actions (Vcloud Ready)

Common Pitfall To Avoid

Plan

Survey house dimensions, bird density, existing wiring, feed/silo specs;   choose zones for control

"One-size-fits-all" control — different rooms need different thresholds

Sensor Install

Place N+1 sensors for temp/RH/NH₃ in representative zones (not at walls)

Under-sensing — not enough sensors gives misleading averages

Edge & Network

Install wired backbone for critical loops; add local gateway with PLC/RTU

Purely wireless for critical controls — riskier

Commissioning

Calibrate sensors, run test cycles, set alarm thresholds and escalation   paths

No calibration plan — sensors drift and lead to bad automation

Train & Run

Start with conservative rules; collect 30–90 days of data before   aggressive AI tuning

Automating everything at once — instead, phase features in

The layout of battery cage system Vcloud in poultry house, the data is for reference only.

Vcloud implementation is smooth when you follow proven steps — start small, scale confidently, and watch productivity soar


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