The Importance of Data-Driven Decision Making in Agriculture
In modern agriculture, making “data-driven” rather than “prediction-based” decisions is no longer a luxury, but a necessity. Our producers who practice traditional farming methods can experience significant losses due to unexpected frost events, incorrect irrigation timing, and disease outbreaks. At this point, the esular climate station comes into play.
The artificial intelligence-supported climate station and wireless temperature-humidity sensors we developed as esular offer radical solutions to these problems. AI algorithms integrated into the system analyze the collected data and provide you with early warnings for critical decisions.
esular Climate Station: What We Learned from Real Experiences
1. Preventing Crop Loss with Frost Risk Prediction
Mr. Ahmet, who operates an apple orchard in Manisa, recounts his experience from last spring as follows:
“Thanks to the climate station and the artificial intelligence prediction system, we detected the sudden frost event that occurred last spring 2 days in advance and took precautions. This allowed us to save 85% of the crops in our orchard.”
The esular Climate Station can predict frost risk up to 72 hours in advance by using data on temperature change rates, humidity, wind, and solar radiation. The system learns from past frost events, making more accurate predictions over time.
Frost Prediction System Features:
- Up to 72 hours frost risk prediction
- Temperature measurements at different altitudes
- SMS, email, and mobile notification system
- Micro-climatic artificial intelligence models
2. Smart Irrigation: Water Saving and Yield Increase
Ms. Ayşe, who practices viticulture in Izmir Menderes, shares her experience, demonstrating the importance of the evapotranspiration calculation system:
“The evapotranspiration calculation system has been revolutionary for us. Our water usage decreased by 30%, and at the same time, we experienced a 15% increase in yield with more regular irrigation. Now we know when and how much to irrigate.”
The ETo (Evapotranspiration) Calculation System calculates precise evapotranspiration values using the FAO Penman-Monteith method. This data is combined with crop coefficients (Kc) to create an optimum irrigation plan.
Irrigation Optimization Advantages:
- 20-30% water saving
- Crop-specific coefficients
- Integration with soil moisture sensors
- Automatic irrigation system connection
3. Reducing Pesticide Costs with Disease Risk Prediction
Mr. Mehmet, a greenhouse operator in Antalya, describes the impact of the disease prediction model as follows:
“After we started using the disease prediction model, our spraying frequency decreased by 40%. We operate with lower costs and also obtain higher quality products. Thanks to the artificial intelligence system's predictions, we intervened on time.”
Artificial intelligence models analyze temperature, humidity, and leaf wetness duration data to determine plant disease risk in advance.
Wireless Temperature-Humidity Sensors: Understand the Micro-Climate
esular's wireless battery-powered temperature-humidity sensors offer ideal solutions that complement the climate station. They are indispensable especially for greenhouse monitoring, warehouse temperature control, and micro-climate mapping.
Sensor Features:
- Compact structure: 157.5 x 90 x 58.5 mm
- IP65 waterproof protection
- Solar panel: 5000mAh lithium battery
- Long battery life: Up to 1 year without sun
- High precision: ±0.2°C temperature, ±2% RH humidity
- LoRa communication: Up to 5 km range
Climate Station Packages
📦 Package 1: Basic Climate Station
Contents:
- Temperature and humidity sensor
- Rain gauge
- Wind speed and direction sensor
- Atmospheric pressure sensor
- LoRaWAN communication module
- Solar panel + rechargeable battery
🎯 Package 2: Professional Agricultural Climate Station
Additional Features:
- Solar radiation sensor (Pyranometer)
- AI-supported analysis software
- Mobile and web application access
- Advanced reporting system
System Integration: Sensor + Station Solution
Many of our customers detect micro-climate differences by using wireless temperature-humidity sensors together with the climate station.
Example Use Case:
- Central station: Collects general climate data
- 3-5 sensors: Placed at different points of the field
- Artificial intelligence: Blends all data to create a local frost risk map
💡 Important Note
In fields with elevation differences, the temperature difference up to 2 meters above ground level can be 3-5°C. Therefore, multi-point measurement is critically important in detecting frost risk.
Mobile Application: Access from Anywhere
Gain instant access to all your data with the esular mobile application:
Application Features:
- ✅ Instant temperature, humidity, wind data
- ✅ AI-supported early warning system
- ✅ Farmer-friendly graphics
- ✅ Agricultural calendar integration
- ✅ Date-based data analysis
- ✅ Android and iOS support
Technical Specifications Comparison
| Feature | Climate Station | Wireless Sensor |
|---|---|---|
| Temperature Range | -40°C to +125°C | -40°C to +85°C |
| Accuracy | ±0.2°C | ±0.2°C |
| Communication Distance | 10 km | 5 km |
| Water Resistance | IP65 | IP65 |
| Battery Life | Continuous (solar) | 1 year (without sun) |
Frequently Asked Questions
What is the accuracy rate of artificial intelligence models?
The frost prediction system has an accuracy rate of 85-90% and can predict up to 72 hours in advance. Evapotranspiration calculations provide an accuracy of over 95% in accordance with FAO standards.
How long does the installation take?
Climate station installation is completed by our expert team within 1-2 hours. Wireless sensors can be commissioned within 15 minutes.
Does it work in places without internet?
Yes, our systems work with GSM/GPRS or LoRaWAN connection. They can be used seamlessly in rural areas without internet infrastructure.
What is the warranty period?
All esular products are covered by a 2-year warranty. Additionally, we offer 24/7 technical support.
Real Customer Results
📊 Average Savings and Yield Increase
(According to Customer Feedback)
- ✓ Water usage: 20-30% decrease
- ✓ Pesticide cost: 30-50% decrease
- ✓ Crop loss: 60-90% decrease
- ✓ Yield increase: 10-15% increase
- ✓ Return on investment period: 10-14 months
Why Should You Choose esular?
1. Domestic Production and Technical Support
As esular, we design and produce all our products in Turkey. This ensures you experience no problems with technical support and spare parts supply.
2. Artificial Intelligence Algorithms
We develop systems that not only collect data but also analyze your data and provide insights.
3. Ease of Integration
It can be easily integrated with your existing irrigation systems, SCADA software, and other sensors.
Get Started Now
To take your agricultural production to the next level, esular artificial intelligence-supported climate station and wireless sensors offer ideal solutions.
🎯 Get a Custom Offer
We offer special package deals tailored to the size of your land and your needs.
📞 Call Now: 0850 303 49 91
💬 WhatsApp Support
Contact Information
📞 Phone: +90 850 303 49 91
📧 Email: info@esular.com
💬 WhatsApp: +90 541 247 45 05
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