Revolutionizing Building Efficiency with the MESH Project: The Role of LSI LASTEM’s Environmental Monitoring Sensors
The MESH Project enhances energy efficiency of buildings thanks to adaptive facade and real time environmental monitoring.
The MESH Project enhances energy efficiency of buildings thanks to adaptive facade and real time environmental monitoring.
The new PHS index, fundamental for evaluating thermal stress, is calculated precisely thanks to the update of LSI LASTEM’s GIDAS…
Arctic monitoring: LSI LASTEM weather station supports the IGG-CNR project by measuring meteorological variables in the Svalbard Islands
European innovation in environmental monitoring: new LSI LASTEM marine weather stations in the ports of Manfredonia and Gallipoli
Eco-sustainable waste cycle: discover how LSI LASTEM and Ambiente Guidonia are revolutionizing the waste treatment sector.
Cutting-edge meteorological monitoring in airports thanks to the collaboration between LSI LASTEM and Radarmeteo.
UTCI index, essential for evaluating thermal effects on the human organism, is now integrated into Alpha-Log.
Hot wire anemometer with the possibility of independently replacing the head, saving time and money with top accuracy.
LSI LASTEM co-funds Regina Bianchi’s PhD on innovation and progress in the field of environmental monitoring.
Importance of continuous geoelectrical monitoring compared to traditional measurements for Ensuring Tailings Dam Structural Integrity.
LSI LASTEM UV-A and UV-B sensors are broadband radiometers designed for impeccable atmospheric monitoring and UV Index evaluation.
Globethermometer, compliant with the ISO7726:2002 standard, offers tailor-made solutions for indoor and outdoor thermal environments monitoring.