Smart Water Control Technologies
Smart water control technologies are special technologies that help provide water savings. These technologies may be designed for use in homes and workplaces or can also be used for agricultural areas.
Water-saving shower heads and faucets may include sensors and control mechanisms for water saving. These technologies help provide water savings while also reducing the water bill.
Smart Water Control Technologies in the Field of Agriculture
Smart water control technologies can also be used in the field of agriculture. For example, water-saving irrigation systems determine the amount of water needed by monitoring soil moisture levels and weather conditions and perform the irrigation process automatically. Additionally, water sensors measure the soil moisture level and provide information to farmers about when they need to irrigate at the right time.
Smart water control devices, on the other hand, provide water savings by monitoring water consumption in the agricultural area. For example, a device that saves water by monitoring water consumption in an agricultural area reduces water consumption in the agricultural area and thereby also reduces the farmers' water bill.
The use of smart water control technologies increases water savings while also helping to use water resources more efficiently. In this way, it helps to protect water resources for a longer period.
Smart Water Management
Smart water management refers to technological solutions aimed at ensuring the efficient use of water resources. These solutions may include sensors, control mechanisms, and other technological devices that help provide water savings.
Smart water management can also be used in homes and workplaces. For example, water-saving shower heads and faucets may include sensors and control mechanisms for water saving. These technologies help provide water savings while also reducing the water bill.
Smart water management can also be used in the field of agriculture. For example, water-saving irrigation systems determine the amount of water needed by monitoring soil moisture levels and weather conditions and perform the irrigation process automatically. Additionally, water sensors measure the soil moisture level and provide information to farmers about when they need to irrigate at the right time.
Smart water management ensures the efficient use of water resources and thereby helps to protect water resources for a longer period. Additionally, thanks to smart water management, water savings are provided and the water bill can be reduced as well.
Smart Water Management in the Field of Agriculture
Smart water management in the field of agriculture is the use of special technologies aimed at providing water savings in agricultural activities. Thanks to these technologies, water consumption in the agricultural area is reduced and thereby water resources are used more efficiently. Additionally, with the provision of water savings, the water bills of farmers can also be reduced.
Technologies that can be used for smart water management in the field of agriculture can be as follows:
Water-saving irrigation systems: These systems determine the amount of water needed by monitoring soil moisture levels and weather conditions and perform the irrigation process automatically. In this way, water savings are achieved in the agricultural area.
Water sensors: These devices measure the soil moisture level and provide information to farmers about when they need to irrigate at the right time. In this way, water savings are achieved in the agricultural area.
Smart water control devices: These devices provide water savings by monitoring water consumption in the agricultural area. For example, a device that saves water by monitoring water consumption in an agricultural area reduces water consumption in the agricultural area and thereby also reduces the farmers' water bill.
Thanks to smart water management in the field of agriculture, water savings are achieved in agricultural activities and water resources are used more efficiently. In this way, while production in the agricultural area is increased, it also helps in the protection of water resources.
esular Smart Water Management
As esular, we provide water optimization in agricultural production, industrial facilities, and all points that use water. In this way, we also optimize the energy consumption used for the pressurization of water. Additionally, with our wireless, battery-powered solutions that provide remote control, we reduce fuel consumption, such as diesel, which causes the climate crisis to escalate further. In this way, by reducing the water and energy used in agricultural areas, we aim to eliminate the global climate crisis and reduce the pressure that the global climate crisis creates on water use in agriculture and other industrial areas. In this way, producing a two-sided solution is our greatest goal.
Our Activity Areas
esular smart automatic irrigation system application areas
In places where water resources are scarce, we reduce your costs with drip irrigation automation. Thanks to wireless controllable hydraulic valves, equal water distribution is provided to every point of the field and all are controlled from a single point.
To keep greenhouse production at the desired level, improve product quality, and keep the pH balance under control, we make irrigation management fully automatic in modern greenhouses.
In all your agricultural lands, we enable you to use and manage the world's most valuable resource in the most efficient way without the need for cabling and external power sources. Whether you set your irrigation scenario or perform fully automatic irrigation.
In landscape irrigation, we provide more efficient and effective irrigation by making valves smart. With remote controllable valves and remotely updated scenarios, all control is in your hands.
In golf and football fields, a homogeneous irrigation is ensured by controlling flow and pressure values. All valves and pumps can be controlled remotely without pulling cables.
Smart Cities
In smart city applications, we ensure that irrigation areas are irrigated on time and as desired with sensors that can work wirelessly and with internal batteries lasting over 10+ years. No more sprinklers that irrigate when it rains.
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