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So far Trialog has created 12 blog entries.

Geographical islands: A laboratory for smart grids

Based on the European projects GIFT and MAESHA Geographical islands are particularly relevant in the study of energy management, as they are one of the very few areas where the electricity system almost fully operates as a closed-loop system. Owing to few or no interactions with external grids that would facilitate network operation and [...]

Trialog’s CSR team years 1 and 2: Review, Actions and Challenges

The second birthday of the corporate social responsibility (CSR) unit of Trialog is approaching! This is an ideal occasion to reflect on the activities of the past two years. The CSR actions are important as a complement to our company’s activities, to ensure they are coherent. Furthermore, through electrical mobility, smart grids and health [...]

Enabling the interoperability of Linky local data (TIC) using the SAREF ontology

With the rapidly increasing number of Internet of Things (IoT) applications in the energy domain created by billions of devices and the resulting data, the integration of sensors and actuators for effective automation is a fundamental requirement for maintaining Machine-to-Machine (M2M) communication. The key elements for a successful smart-energy system are the compliance and [...]

A semantic-based IoT reasoner demo within Trilab

In recent years, there has been an increasing number of sensors embedded in smart devices (e.g. smartphones, smartwatches and smart glasses). These smart devices are becoming increasingly connected to the internet, and the data is sent to the Internet to create the “Internet of Things” (IoT) applications (also known as the “Web of Things”). [...]

The interoperability of smart grids and smart buildings through use cases and standardisation

I – Smart buildings as a flexibility source to support power grids The energy transition implies a change in the way we operate the electrical system. The increasing connection of distributed renewable energy sources requires the electricity grid to manage unpredictable and non-dispatchable sources of energy. Furthermore, the electrification of fields such as transport [...]

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