Volume 6 - Issue 1
An IoT based reference architecture for smart water management processes
- Tomas Robles
Dep. de Ingenierıa de Sistemas Telematicos
tomas.robles@upm.es
- Ramon Alcarria
Dep. de Ingenierıa Topografica y Cartografıa Universidad Politecnica de Madrid, Spain
ramon.alcarria@upm.es
- Diego Martın
Dep. de Ingenierıa de Sistemas Telematicos
diego.martin@upm.es
- Mariano Navarro
Innovation and R&D unit Tragsa Group, Spain
mnc@tragsa.es
- Rodrigo Calero
Innovation and R&D unit Tragsa Group, Spain
rcalero@tragsa.es
- Sofıa Iglesias
Innovation and R&D unit Tragsa Group, Spain
siglesias@tragsa.es
- Manuel Lopez
Innovation and R&D unit Tragsa Group, Spain
mlopez@tragsa.es
Keywords: Water management, Irrigation, OPC UA, Internet of Things
Abstract
Water is a vital resource for life, and its management is a key issue nowadays. Information and communications
technology systems for water control are currently facing interoperability problems due
to the lack of support of standardization in monitory and control equipment. This problem affects various
processes in water management, such as water consumption, distribution, system identification
and equipment maintenance. OPC UA (Object Linking and Embedding for Process Control Unified
Architecture) is a platform independent service-oriented architecture for the control of processes in
the logistic and manufacturing sectors. Based on this standard we propose a smart water management
model combining Internet of Things technologies with business processes coordination and decision
support systems. We provide an architecture for sub-system interaction and a detailed description of
the physical scenario in which we will test our implementation, allowing specific vendor equipment
to be manageable and interoperable in the specific context of water management processes.