Agricultural irrigation
IWaterS provides services and irrigation systems to Management Bodies. Offers complete proposals aiming to meet the needs using modern technology equipment.
| iWaterS specializes in the elaboration of irrigation network studies for the submission of proposals for irrigation systems improvement plans.Irrigation networks are designed based on the needs of farmers and management agencies. In addition, complete irrigation programs are provided according to the requirements of water crops and automation and remote management (IOT) systems are proposed, in accordance with the principles of precision agriculture and aiming at minimizing consumption. Each study is carried out according to the needs of each area, taking into account soil, climatic and hydrological data. |
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| iWaterS, recognizing the needs of growers for the supervision and planning of irrigation, has developed remote monitoring – control systems as well as software for monitoring and scheduling irrigation cycles in the context of precision agriculture and minimization of consumption.
The proposed solutions achieve the continuous monitoring and supervision of important parameters such as the operation of irrigation networks (supply, pressure, consumption, etc.), the collection and storage of historical data and the execution of operations to control the active elements of the irrigation system. The water requirements of the crops can be estimated on a daily basis (ΕΤc – Water balance) in order to apply the corresponding dose of irrigation to cover their needs. The aim of the systems is the central monitoring of all irrigation networks, the timely detection of the origin of water losses, the timely treatment of faults and the correct application of irrigation dose. Final goal of the systems is the production of quality products of high nutritional value through the remote management of agricultural parcels. |
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| Aiming at the integrated solutions of the irrigation network design and according to the requirements of the crop, plastic or metal tanks and pumping station equipment are provided, such as: surface pumps, submersible pumps, pressure assemblies, pressure vessels, pumping station infrastructure and suitable equipment. |  |
iWaterS provides services and irrigation systems to Management Bodies. Aiming at the modernization of irrigation networks and better management of water resources.
| Telemetry systems for the operational status of distribution networks, through the integration of decentralized data and advanced decision-making algorithms. |  |
| Monitoring of drinking water distribution networks to detect fraud and leaks at an early stage using smart algorithms. |  |
| Central management of the entire reading, billing and payment cycle. Configuration of all procedures based on the existing definition of rules and criteria. |   |
| Design of irrigation networks meeting the needs of the Management Body and using modern and specialized hydraulic equipment. |  |
| Water transport, with energy savings in mind. The study, supply, installation and technical maintenance of pumping stations (Pumps, Hydraulic equipment, Electrical equipment) are undertaken for their proper operation. |  |
Agricultural irrigation
IWaterS provides services and irrigation systems to Management Bodies. Offers complete proposals aiming to meet the needs using modern technology equipment.
iWaterS specializes in the elaboration of irrigation
network studies for the submission of proposals for irrigation systems improvement plans.
Irrigation networks are designed based on the needs of farmers and management agencies. In addition, complete irrigation programs are provided according to the requirements of water crops and automation and remote management (IOT) systems are proposed, in accordance with the principles of precision agriculture and aiming at minimizing consumption. Each study is carried out according to the needs of each area, taking into account soil, climatic and hydrological data.
iWaterS provides services and irrigation systems to Management Bodies. Aiming at the modernization of irrigation networks and better management of water resources.
Telemetry systems for the operational status of distribution networks, through the integration of decentralized data and advanced decision-making algorithms.
Monitoring of drinking water distribution networks to detect fraud and leaks at an early stage using smart algorithms.
Central management of the entire reading, billing and payment cycle. Configuration of all procedures based on the existing definition of rules and criteria.
Design of irrigation networks meeting the needs of the Management Body and using modern and specialized hydraulic equipment.
Water transport, with energy savings in mind. The study, supply, installation and technical maintenance of pumping stations (Pumps, Hydraulic equipment, Electrical equipment) are undertaken for their proper operation.
Urban irrigation
IWaterS specializes in urban irrigation studies. Complete innovative solutions are provided regarding the irrigation of buildings and green spaces. Irrigation studies of green spaces aim at water efficiency and aim to improve the environmental behavior of these spaces.
Recognizing the burden and increasing pressures on the water network, iWaterS has developed remote monitoring – control systems as well as leak detection systems adapted for greenhouse irrigation networks.
The solutions proposed achieve the continuous monitoring and supervision of important parameters such as the functions of the irrigation networks of each common green space (supply, pressure, consumption, etc.), the collection and storage of historical data and the execution of manipulations to control the active elements of the irrigation system of the green areas. The requirements of the planted areas in water can be estimated daily (ETC- Water balance) in order to apply the appropriate irrigation dose to meet the needs.
The systems are managed via remote controllers, which can be done remotely via NB-IoT technology mobile wireless connection or using a connection router. In combination with the use of microclimatic or meteorological stations, it is possible to fully automate the irrigation process based on the prevailing conditions. In addition, the use of optional sensors provides the possibility of autonomous change of irrigation cycles based on soil moisture and rainfall rates with the possibility of customization by the user.
The aim of these systems is on one hand the central monitoring of all irrigation networks available to the green services and on the other hand the timely detection of the origin of water losses and the timely treatment of faults, immediately notifying the authorities
