The technological layer in the exhibition grounds, the future focus of innovation in Salamanca

The head of Diputación de Salamanca, Javier Iglesias, announced the following tender, scheduled for the month of May, for the technology class of Co-Hábitat 2030, which will take place in exhibition grounds. A project worth 1550,000 euros and is compatible with the Ministry of Housing and Urban Agency through the PRTR) plan with the support of NextGeNeu.

After the domain analysis, check the validity of the technologies and experimental tests of the project, this initiative will focus on Smalling digitization Multiple vertical in exhibition grounds from Diputación, which enhances energy efficiency and enhancing the well from animals and people under the hypothesis of “one health”. In fact, Diputación de Salamanca imagines this technological layer as a basis for future update projects in all its facilities and services.

This procedure, as Javier Iglesias stressed in the presentation, as it was accompanied by the deputy of strategic projects, Belar Sanchez, and the deputies of agriculture and livestock, will celebrate Jose Rock, and Vera Alaama, Santiago Castaida, smart management of public places and in the innovation of the AgroGanadero sector.

This technological update was developed in parallel with the civil works of the exhibition street that have been implemented since February and a new rehabilitation project for the rest of the buildings.

In this sense, with the technological layer of Co-Habitat 2030, Diputación De Salamanca aspires to convert the box into a focus on innovation with the ability to attract exhibitions, specialized events and research and development projects. Through numbering of livestock and fair wealth, not only the luxury of animals and humanity, but also provides job opportunities, qualified workers and academic cooperation.

He approached “one health” and betting on innovation

The 2030 participants project realizes environmental health, animal welfare and human health as interconnected facts. The technological component of this project intends:

• Reducing energy consumption and pollution emissions through automatic lighting solutions and air conditioning.

• Improving the quality of life in livestock and a fair environment thanks to the monitoring of environmental parameters and the immediate response to critical conditions.

• Enhancing competitiveness and entrepreneurship, and converting packages into a reference for innovation for the agricultural business sector, training and research, and being an innovation tractor in the fields of educational and commercial.

The technological layer will allow monotheism in the management platform to collect data in actual time and act automatically or semi -automatic to maintain optimal conditions, either in terms of safety, comfort or energy saving.

Main digital actions

1. Smart lighting: Replacing traditional lamps with low consumption systems, with adaptive control according to occupation, use, environment and temporal streams.

2. Ventilation and air qualityVarious sensors of gases and parameters with a high component of identifying patterns through artificial intelligence, with the support of electronic nose between other devices, which will ensure an ideal environment in the open air and in livestock ships and wings.

3. Water flow management, drinking fountains and irrigationControl of beverage systems from beef and automatic irrigation systems with rain water reuse.

4. Control of access and internal traffic managementArrival control and regulation of truck flow for livestock loading.

5. Observation of energy consumptionSmart reading of consumption and relationship with the actual activity of the box.

6. Information and directed systems: Digital screens and stickers to direct visitors, exhibitors and heavy transport.

7. Energy automation and improvementModels that are linked to ever and air conditioning and lighting, which enhances reducing electricity consumption and carbon fingerprint.

8. The photovoltaic installation: The solar generation system for self -consumption, integrated into the Internet of Things and AI platform, will reduce the network adoption and the energy consumption coordination of the network and self -consumption efficiently.