Remote Irrigation Well Control Guide via Mobile Phone
Discover remote irrigation well control systems via mobile phone, the most important step in the digital transformation of agriculture. Examine IoT solutions for energy savings and efficiency.
Smart Irrigation Systems: A Comprehensive Guide for Efficiency and Water Saving in Agriculture
Smart irrigation systems, which shape the future of agriculture, increase water savings by 50% while maximizing efficiency with IoT and sensor technologies. Discover Esular's innovative solutions.
What is a Solenoid Valve?
What is a Solenoid Valve, Where is it Used? Solenoid valves are types of valves, usually electrically controlled, used to ensure the passage of fluid substances such as air, gas, water, and hydraulics through pipelines. The concept also referred to as 'selenoid'...
Wireless Battery Powered Soil Moisture Sensor
Wireless Battery Powered Soil Moisture Sensor Wireless battery powered moisture sensor sensor operates with a 3.6V lithium-ion battery. There is 1 soil moisture sensor input. No external energy is required to power its sensor. Moisture measurements at certain intervals...
Soil Moisture, Water Movement and Measurement Methods
Soil Moisture, Water Movement and Measurement Methods Water is the most critical component of agricultural production. The plant takes water from the soil; carries it within its body, transforms it and sustains its life cycle. However, the plant needs not just water, but the right amount of water. Excess...
How is Soil Moisture Measured? Dielectric Constant, Water and TDR Technology
Measuring Water in the Soil with Electricity: Dielectric Constant, Water and TDR Technology Knowing how much water is in the soil lies at the heart of making correct irrigation decisions in agriculture. However, it is not possible to see the water in the soil directly. In contrast, water's...
Are You Still Irrigating in the Old-Fashioned Way? Smart Irrigation Guide with Soil Moisture Sensor
Are You Still Irrigating in the Old-Fashioned Way? Time for Efficient Irrigation with Soil Moisture Sensor! One of the most critical decisions in agriculture is determining when and how much to irrigate. If you are still irrigating by “eye estimation” or by “checking the soil by hand”...
Use of Sulfur in Soil Reclamation: Modern Agriculture pH Balancing Guide
In modern agriculture, soil quality is one of the most critical factors directly affecting product yield. Especially farmers cultivating in calcareous and high pH soils frequently encounter the problem of plants being unable to absorb nutrient elements...
Manage Your Agricultural Enterprise from a Single Map: Full Control in Irrigation and Fertilization
Manage Your Agricultural Enterprise from a Single Map: Full Control in Irrigation and Fertilization In modern agriculture, productivity depends on the ability to track dozens, or even hundreds, of different data simultaneously and make the right decisions on time. In different locations...
Agricultural IoT Sensors Turkey 2025 | Soil Moisture, Temperature, Weather Sensors
Agricultural IoT Sensors Turkey 2025: Comprehensive Guide and Comparison. Digitalization in agriculture is no longer a luxury, but a necessity. IoT sensors, the heart of precision farming applications, monitor every parameter from soil to air, water to plants...
Use of Artificial Intelligence in Agriculture: The Future of Smart Farming and Esular Solutions
Use of Artificial Intelligence in Agriculture: The Future of Smart Farming. Artificial intelligence is leading a radical transformation in the agricultural sector, as it is in many sectors across the world. Traditional farming methods are being replaced by data-driven, predictable, and optimized...
Pump Control with Frequency Drive in Agriculture: Benefits and Energy Savings
Pump Control with Frequency Drive in Agriculture: Protect Your Pump, Use Energy Efficiently Irrigation pumps are one of the most critical pieces of equipment in agricultural production. However, electrical fluctuations encountered during the operation of pumps, excessive energy...