Techno-Managerial Professional with a strong background in the Environment and Renewable industry. Experienced in Project Management, Project Execution, Sales, and Pre-sales. Proven expertise in Weather Monitoring Systems, including Pyranometers, Sun Trackers, Ceilometers, RADARs, WMS, and a wide range of Meteorological and Hydrological Sensors. Skilled in implementing and maintaining these systems for accurate data collection. A results-oriented professional with a passion for driving sustainable initiatives and delivering successful projects.
Introduction Pyranometers are sensitive instruments used to measure solar irradiance. Protecting them from unexpected electrical spikes or natural surges is essential to ensure their accuracy and longevity. This guide provides detailed instructions on how to safeguard pyranometers, including proper installation techniques and the use of insulator coatings. Understanding Electrical Spikes and Surges Electrical spikes and…
SUNPYRA-24 Solar Radiation Sensor Solar radiation sensor SUNPYRA-24 -HSCS The solar irradiation sensor or solar pyranometer measures global radiation, the sum at the point of measurement of both the direct and diffuse components of solar irradiance. The sensor’s transducer, which converts incident radiation to electrical current, is a silicon photodiode with wide spectral response. From…
Using weather radar technology for agriculture can provide valuable insights into weather patterns, precipitation, and other atmospheric conditions that can affect crop growth and management. Weather radar systems work by emitting radio waves and measuring the reflections from precipitation particles in the atmosphere. Here’s how weather radar can be beneficial for agriculture: When implementing weather…
Ensuring the well-being of our hardworking labor force is paramount in any industry! As temperatures rise, the risk of heat stress-related illnesses among workers becomes a real concern. That’s where Heat Stress Meters step in to play a crucial role in safeguarding our workforce. Let’s take a moment to understand the immense importance of these…
Weather radar, Weather Monitoring Systems (WMS), and Automated Weather Stations (AWS) are distinct in terms of their functionality, data collection methods, and applications. Here’s a breakdown of the key differentiating factors between these weather monitoring technologies: Weather Radar: Weather Monitoring Systems (WMS): Automated Weather Stations (AWS): In summary, weather radar is specialized in detecting and…
Choosing correct sensor or solution as per requirement is must. Lets have a look Storm detection sensors and RADARs (Radio Detection And Ranging) are both used in meteorology to detect and monitor storms, but they operate based on different principles and have different capabilities. Here are the key differences between storm detection sensors and RADARs:…
The opportunity to build a wind power plant is clearly subject to a complete knowledge of the anemological characteristics of the project site. A careful preventive anemometric measurement campaign is an indispensable tool not only for assessing the correct sizing of the plant but also for obtaining any financial coverage. LSI Lastem offers the necessary…
For an operating Photovoltaic Plant, the main exogenous limitation to optimal performance is represented by the environmental conditions and by soiling presence on the PV module surfaces. The main environmental parameters as solar radiation, the basic feedstock of the system, and temperatures, influence performances of the plant, and less-heralded factors such as wind speed, wind…
LSI LASTEM solutions are particularly suitable for professionals and researchers who need high quality and reliable instruments. The sensors intended for hydrological monitoring can all be integrated with complete meteorological stations to ensure monitoring of environmental conditions. In particular, a solution has designed that integrates a meteorological station with level sensors and an alert system…
What are theaccessories for? Each solution for environmental monitoring can be completed by accessories that allow installation, connections between the various elements, communications and data transmission, power supply and integration. These accessories are important because they ensure perfect system functionality and possible integration into third-party systems. The accessories complete the supply and allow the customer to purchase a complete “turnkey” system, that includes all the hardware…
