MBMET Meteorology

MBMET Meteorology, a division of M.B Control & Systems Pvt. Ltd., is proud to announce the successful installation and commissioning of a comprehensive Weather Monitoring Station (WMS) for a 400 MW utility-scale solar power project. Designed for large-scale renewable energy applications, the deployed Weather Monitoring Station provides continuous monitoring of critical meteorological and solar parameters, delivering accurate data for solar resource assessment, plant performance evaluation, operational planning, and long-term asset management. The project was successfully executed through systematic installation, calibration, configuration, testing, and commissioning, ensuring reliable field performance and seamless integration with the plant monitoring system. Installed System Includes: • MBLogger 1000 Pro – Industrial-grade datalogger designed for continuous, secure, and reliable data acquisition and storage. • MBMet 901 – Integrated weather sensor measuring air temperature, relative humidity, barometric pressure, dew point, and air density. • SMP12 Pyranometers (Kipp & Zonen) – Secondary Standard pyranometers for accurate Global Horizontal Irradiance (GHI) and Global Inclined Irradiance (GII) measurements. • SMP12 Pyranometer (Kipp & Zonen) – Dedicated Plane-of-Array (POA) irradiance measurement for enhanced PV performance analysis. • MBMet 803 –  PV module temperature sensor for accurate solar plant performance monitoring. • MeteoWind Compact (BARANI DESIGN Technologies) – Compact wind sensor providing accurate wind speed and wind direction measurements. • MeteoRain 200 Compact (BARANI DESIGN Technologies) – High-reliability rainfall sensor for continuous precipitation monitoring. The complete Weather Monitoring Station has been commissioned to provide accurate, real-time environmental data that supports performance optimization, predictive maintenance, regulatory reporting, and efficient operation of utility-scale solar assets. This successful deployment reinforces MBMET Meteorology's commitment to delivering reliable, high-precision weather and solar monitoring solutions for renewable energy projects across India. We look forward to supporting more large-scale renewable energy projects with dependable environmental monitoring solutions that enable informed operational decisions and long-term plant performance. 👉 Follow MBMET Meteorology for updates on Weather Monitoring Stations, Solar Resource Assessment, Environmental Monitoring, and Renewable Energy Solutions. #MBMET #WeatherMonitoring #Meteorology #SolarEnergy #RenewableEnergy #UtilityScaleSolar #SolarMonitoring #EnvironmentalMonitoring #DataLogging #KippAndZonen #BaraniDesign #Pyranometer #WeatherStation #PVMonitoring #WindMonitoring #RainfallMonitoring #CloudMonitoring #CleanEnergy

MBMET Meteorology, a division of M.B Control & Systems Pvt. Ltd., is pleased to announce the successful installation and commissioning of a comprehensive Weather Monitoring Station (WMS) for the 53 MWp Solar Project . The system has been deployed for continuous monitoring of environmental and solar parameters required for plant performance analysis, operational planning, and long-term data recording. Despite project-specific challenges and stringent quality requirements, the complete installation, configuration, testing, calibration, and commissioning activities were executed successfully within the planned schedule, demonstrating MBMET's commitment to engineering excellence, precision, and reliable project delivery. Installed System Includes: • MBLogger 1000 Pro – Industrial-grade datalogger for continuous and secure data logging. To ensure seamless and reliable field connectivity, the RS-485 Device Communication Module – MBRS-205 has been integrated within the cabinet of the MBLogger 1000 Pro. • WS600-UMB All-in-One Weather Sensor – Integrated sensor measuring air temperature, relative humidity, barometric pressure, dew point, air density, wind speed, and wind direction. • MBMet-803 –Provides accurate and reliable PV module temperature measurement for enhanced solar plant performance • MS-80SH+ Pyranometer (EKO Instruments )– High-precision sensor for measuring Global Horizontal Irradiance (GHI), Diffuse Horizontal Irradiance (DHI), and Direct Normal Irradiance (DNI). • MS-80SH Pyranometers ( EKO Instruments )– Installed for Plane of Array (POA) irradiance and multiple Up/Down Albedo measurements, enabling comprehensive solar resource monitoring. • DustIQ Soiling Sensor ( Kipp & Zonen )– Advanced soiling monitoring system measuring soiling ratio and transmission loss to evaluate the impact of dust accumulation on PV module performance. • Cloud Cover (PCCD) Optical Sensor – Provides cloud cover monitoring for enhanced environmental analysis. The complete system has been installed, configured, tested, and commissioned following standard quality checks and calibration procedures. Remote monitoring functionality has also been enabled for real-time data access and system management. With this deployment, the site now has access to accurate and reliable meteorological and solar resource data to support analysis, reporting, and operational efficiency. At MBMET Meteorology, we remain committed to delivering world-class weather monitoring and solar resource assessment solutions that empower renewable energy projects with accurate environmental intelligence and dependable performance monitoring. 👉 Follow MBMET Meteorology for more updates on weather monitoring and solar monitoring solutions. #WeatherMonitoring #Meteorology #SolarEnergy #RenewableEnergy #WeatherStation #SolarMonitoring #SolarResourceAssessment #SCADA #DataLogging #Lufft #EKOInstruments #KippAndZonen #DustIQ #PVMonitoring #WindMonitoring #CloudMonitoring #MBMET

MBMET Meteorology, a division of M.B Control & Systems Pvt. Ltd., is pleased to announce the successful installation and commissioning of a comprehensive Weather Monitoring Station (WMS) for a renewable energy project. The deployed system is designed to continuously monitor critical meteorological, environmental, and solar parameters, enabling accurate resource assessment, plant performance analysis, operational planning, and long-term data-driven decision-making. Despite challenging site conditions and a demanding project scope, the installation, configuration, testing, and commissioning activities were completed efficiently and within the planned timeline—demonstrating MBMET’s technical expertise, project execution capabilities, and commitment to quality delivery. Installed System Includes: • MBLogger Nano – Compact and reliable datalogger for continuous data acquisition, storage, and communication. • MBMet 901 – Integrated weather sensor measuring air temperature, relative humidity, barometric pressure, dew point, and air density. • MBMet 803 – PV module temperature sensor for accurate solar plant performance monitoring. • MBMet 130 Wind Speed & Direction Model – High-precision dual-parameter unit with a 3-cup anemometer and 360° wind vane for accurate wind speed and direction monitoring. • SMP10 Pyranometer (GII) – High-accuracy solar irradiance measurement solution from Kipp & Zonen for Global Inclined Irradiance (GII) monitoring. • DustIQ Soiling Sensor (Kipp & Zonen) – Advanced soiling measurement system for evaluating dust accumulation and its impact on PV module performance. • Davis 6466 Rain Gauge Sensor (Davis Instruments) – Reliable rainfall measurement sensor supporting comprehensive environmental monitoring. The complete system has been installed, calibrated, configured, tested, and commissioned in accordance with standard quality assurance procedures. Remote monitoring functionality has also been enabled, providing real-time access to site data for efficient system management and performance tracking. With this deployment, the project site now benefits from accurate and reliable weather, solar, wind, rainfall, and soiling data, supporting performance optimization, predictive maintenance, reporting, and operational efficiency. At MBMET Meteorology, we remain committed to delivering high-precision weather and solar monitoring solutions that empower renewable energy and infrastructure projects with dependable environmental intelligence. 👉 Follow MBMET Meteorology for updates on weather monitoring, solar resource assessment, environmental monitoring, and renewable energy solutions. #WeatherMonitoring #Meteorology #SolarEnergy #RenewableEnergy #CleanEnergy #SolarMonitoring #EnvironmentalMonitoring #DataLogging #KippAndZonen #DustIQ #Pyranometer #WeatherStation #PVMonitoring #WindMonitoring #RainfallMonitoring #MBMET

MBMET Meteorology, a division of M.B Control & Systems Pvt. Ltd., has successfully completed the installation and commissioning of a Weather Monitoring Station (WMS) for a renewable energy project. The system has been deployed for continuous monitoring of environmental, meteorological, and solar parameters essential for plant performance analysis, operational planning, and long-term resource assessment. Despite challenging site conditions and a large project scope, the installation and commissioning activities were completed within an optimized timeline. This achievement reflects MBMET’s strong field execution capabilities, technical expertise, and commitment to delivering projects on schedule. Installed System Includes: • MBLogger 1000 Pro – Industrial-grade datalogger designed for continuous, secure, and reliable data acquisition and storage. • MBMet 901 – Comprehensive weather sensor for measurement of air temperature, relative humidity, barometric pressure, dew point, and air density. • MBMet 803 – PV module temperature sensor for accurate solar plant performance monitoring and analysis. • SMP10-A Pyranometers (Kipp & Zonen ) – High-precision measurement of Global Horizontal Irradiance (GHI) and Global Inclined Irradiance (GII) for solar resource assessment. • DustIQ Soiling Monitoring Sensor (Kipp & Zonen) – Advanced soiling measurement solution to evaluate dust accumulation and its impact on PV system performance. • MeteoWind2 Wind Speed & Direction Sensor (BARANI DESIGN Technologies ) – Accurate wind speed and wind direction monitoring for meteorological and operational analysis. The complete system has been installed, configured, tested, and commissioned in accordance with standard quality assurance procedures and calibration requirements. Remote monitoring functionality has also been enabled, providing real-time access to data and facilitating efficient system management. With this deployment, the site now benefits from accurate and reliable meteorological and solar resource data, supporting performance evaluation, reporting, predictive maintenance, and operational efficiency. MBMET Meteorology continues to deliver reliable, high-precision weather and solar monitoring solutions for renewable energy and infrastructure projects. 👉 Follow MBMET Meteorology for more updates on weather monitoring, solar resource assessment, and environmental monitoring solutions. #WeatherMonitoring #Meteorology #SolarEnergy #RenewableEnergy #CleanEnergy #SolarMonitoring #EnvironmentalMonitoring #DataLogging #KippAndZonen #BaraniDesign #DustIQ #Pyranometer #WeatherStation #PVMonitoring #MBLogger1000Pro

MBMET Meteorology, a division of M.B Control & Systems Pvt. Ltd., has successfully completed the installation and commissioning of a Weather Monitoring Station (WMS) for a renewable energy project. The system has been deployed for continuous monitoring of environmental and solar parameters required for plant performance analysis, operational planning, and long-term data recording. The installation and commissioning work was completed within an optimized timeline, even under challenging site conditions and a large project scope. The project highlights MBMET’s field execution capability, technical expertise, and commitment to timely project delivery. Installed System Includes: • MBLogger 1000 Pro – Industrial-grade datalogger for continuous and secure data logging. To ensure seamless and reliable field connectivity, the RS-485 Device Communication Module – MBRS-205 has been integrated within Cabinet of the MBLogger 1000 Pro. • MBMet 901 – Measurement of air temperature, relative humidity, barometric pressure, dew point, and air density • MBMet 803 – PV module temperature monitoring for solar performance analysis • Kipp & Zonen SMP-10A (GHI, GII) – High-accuracy measurement of Global Horizontal Irradiance (GHI) and Global Inclined Irradiance (GII) • Davis 6410 Wind Speed & Wind Direction Sensor (Davis Instruments )– Wind speed and direction monitoring • Davis 6466 Rain Gauge Sensor (Davis Instruments) – Rainfall measurement for weather monitoring applications The complete system has been installed, configured, tested, and commissioned following standard quality checks and calibration procedures. Remote monitoring functionality has also been enabled for real-time data access and system management. With this deployment, the site now has access to accurate and reliable meteorological and solar resource data to support analysis, reporting, and operational efficiency. MBMET continues to deliver reliable and high-precision weather and solar monitoring solutions for renewable energy and infrastructure projects. 👉 Follow MBMET Meteorology for more updates on weather monitoring and solar monitoring solutions. #WeatherMonitoring #Meteorology #SolarEnergy #RenewableEnergy #CleanEnergy #SolarMonitoring #EnvironmentalMonitoring #DataLogging #KippAndZonen #DavisInstruments #Pyranometer #WeatherStation #PVMonitoring #MBLoggerNano

MBMET Meteorology, a division of M.B Control & Systems Pvt. Ltd., has successfully completed the installation and commissioning of a Weather Monitoring Station (WMS) for a renewable energy project, strengthening reliable environmental and solar resource monitoring at the project site. Accurate, real-time measurement of meteorological and solar parameters is essential for performance assessment, generation forecasting, and long-term plant optimization. The deployed system is engineered to deliver dependable, high-resolution data under diverse environmental conditions, supporting efficient and data-driven plant operations. Installed System Includes: • MBLogger Nano Pro K – Industrial-grade datalogger for secure, continuous, and high-resolution data logging.  To ensure seamless and reliable field connectivity, the RS-485 Device Communication Module – MBRS-205 has been integrated within the junction box of the MBLogger 1000 Pro. • MBMet 901 – Accurate measurement of air temperature, relative humidity, and barometric pressure, along with calculated dew point and air density • MBMet 803 – Precise PV module temperature monitoring for performance evaluation • EKO Instruments MS80SH – High-precision pyranometer for advanced solar resource assessment measuring GII, GHI, and POA • Davis 6410 Wind Speed & Direction Sensors (Davis Instruments) – Reliable wind speed and wind direction monitoring • Davis 6466 Rain Gauge Sensor (Davis Instruments) – Accurate rainfall measurement for comprehensive environmental monitoring The system has been fully installed, configured, and tested to ensure long-term measurement reliability and seamless data integration. The project site now benefits from robust, high-precision environmental and solar monitoring, enabling informed decision-making and optimized operational performance. 👉 Follow MBMET Meteorology for more updates on advanced weather and solar monitoring solutions. #WeatherMonitoring #SolarMonitoring #RenewableEnergy #EnvironmentalMonitoring #Pyranometer #AWS #MBMET #MBControl #EKOInstruments #DavisInstruments #Datalogger #PVModule #datalogger #Meteorology

A question we often hear in Weather Station projects: “What makes a Weather Station truly reliable?” It’s a fair question. And yes, even small components matter. Specially the Weather Station Cabinet and Enclosures! Because in real-world environments, even the smallest detail — Base Plate, terminal, or connector can impact the entire system. They ensure signal accuracy, electrical safety, and long-term stability. In the end, reliability isn’t defined by the biggest equipment , it’s built on the precision of the smallest elements. Because long-term system performance is not defined by individual parts, it is shaped by how everything is engineered together. At MBMET Meteorology, our Cabinets are designed as part of a complete measurement ecosystem , not as standalone hardware. That means every detail is intentional: • Structured internal layout for clean, organized wiring • High-quality grounding & surge protection to safeguard sensitive equipment • Optimized DIN rail integration for secure and scalable installation • Clear channel mapping & labeling for easy maintenance and troubleshooting • Robust enclosure design built for real-world environmental conditions • Pre-engineered assembly to minimize on-site errors • Comprehensive end-to-end testing of every junction box before deployment to ensure full functionality and reliability When these elements come together, the impact is clear: ✔ Higher system reliability ✔ Reduced installation time ✔ Faster fault detection ✔ Long-term data consistency ✔ Improved project confidence Our Weather Station Cabinets aren’t just enclosures. They are engineered foundations for accurate, bankable data. As the industry evolves, more projects are moving toward integrated, pre-configured solutions — raising the standard for performance, reliability, and trust. Our process is step-by-step — from design and component selection to assembly, testing, and final deployment ; ensuring consistency at every stage. #WindEnergy #DataQuality #EngineeringExcellence #JunctionBox #MBControl #MBMet #RenewableEnergy #Meteorology #WeatherStation

MBMET Meteorology, a division of M.B Control & Systems Pvt. Ltd., has successfully completed the installation and commissioning of a Weather Monitoring Station (WMS) for a renewable energy project, strengthening reliable environmental and solar resource monitoring at the project site. Accurate, real-time measurement of meteorological and solar parameters is essential for performance assessment, generation forecasting, and long-term plant optimization. The deployed system is engineered to deliver dependable, high-resolution data under diverse environmental conditions, supporting efficient and data-driven plant operations. Installed System Includes: • MBLogger 1000 Pro – Industrial-grade datalogger for secure and continuous data acquisition. To ensure seamless and reliable field connectivity, the RS-485 Device Communication Module – MBRS-205 has been integrated within the junction box of the datalogger. • MBMet 901 – Accurate measurement of air temperature, relative humidity, and barometric pressure, along with calculated dew point and air density • MBMet 803 – Precise PV module temperature monitoring for performance evaluation • SMP10 Pyranometer (Kipp & Zonen) – High-accuracy solar irradiance measurement for reliable performance monitoring • RaZON+ (Kipp & Zonen) – All-in-one system measuring Direct Normal Irradiance (DNI) and Diffuse Horizontal Irradiance (DHI), providing reliable GHI and sunshine duration data • Davis 6410 Wind Speed & Direction Sensors (Davis Instruments) – Reliable wind speed and wind direction monitoring • Davis 6466 Rain Gauge Sensor (Davis Instruments) – Accurate rainfall measurement for comprehensive environmental monitoring Mast Specification: 10 m tiltable mast with aviation red and white color scheme for safe and compliant installation. The system has been fully installed, configured, and tested to ensure long-term measurement reliability and seamless data integration. The project site now benefits from robust, high-precision environmental and solar monitoring, enabling informed decision-making and optimized operational performance. 👉 Follow MBMET Meteorology for more updates on advanced weather and solar monitoring solutions. #WeatherMonitoring #SolarMonitoring #RenewableEnergy #EnvironmentalMonitoring #Pyranometer #AWS #MBMET #MBControl #DavisInstruments #Datalogger #PVModule #kippzonen