The MBMet Weather Monitoring Stations are precision-engineered, fully integrated systems for acquiring real-time meteorological and solar resource data across diverse energy and industrial applications. Designed to meet industry standards, these stations serve as a critical input layer for PR calculations, environmental alarms, and yield analytics. Each station combines high-accuracy sensors, robust data acquisition, and reliable communication infrastructure.
01
Cost-Optimized Design
Modular hardware with sensor-level configurability helps reduce capex and ensures application-specific optimization without overengineering.
02
Scalable System Architecture
Adaptable for both single-site installations and networked multi-site SCADA/cloud platforms using MBSCADA and third-party systems.
03
Global Standards Compliance
Supports Class A, B, and C sensor configurations as per industry standard, with proper mounting, placement, and calibration guidelines.
Key Features of Our Weather Monitoring Stations for Solar Plants
Customizable Sensor Suite
Choose from a wide range of sensors based on project class and climate zone: irradiance, wind, rainfall, humidity, temperature, and soiling.
Robust Data Logging (MBLogger Series)
MBLogger 1000 and Nano support analog, digital, pulse, and Modbus RTU inputs, ensuring full compatibility with all MBMet and third-party sensors.
Surge-Protected Junction Boxes
IP65-certified enclosures with lightning surge protection, DIN terminal blocks, and structured cable routing for easy O&M.
Multi-Protocol Communication
Native support for Modbus RTU, Modbus TCP/IP, FTP, SNTP, and optional cellular/GSM modules for off-grid and remote operation.
MBSCADA & Cloud Integration
Live data feeds can be accessed via local SCADA or MBSCADA Met Cloud, enabling centralized monitoring, trend analytics, and alert logic.
Comprehensive Field Support
Supplied with installation kits, mounting hardware, shielded cables, and structured documentation for faster commissioning and lower installation cost.
Commonly Sensors Used
| Sensor Type | Model / Description |
|---|---|
| Global Horizontal / Inclined / Tilted Irradiance (GHI / GII / GTI), Plane of Array Irradiance (POA), Albedo | MBMet-500 / 501 / 502 – Reference Cells. EKO MS80SH / Kipp & Zonen SMP-10/12 Class A Pyranometers |
| Wind Speed & Direction | MBMet-100 / 110 / 130, Davis Instruments, Barani Design |
| Rainfall | MBMet-200, Davis Instruments, Barani Design |
| Ambient Temperature, Relative Humidity, Barometric Pressure, Air Density | MBMet-901 Series |
| Soiling Loss Index | MBMet-700 – Dual-panel system with real-time soiling ratio |
| Module Temperature | MBMet-800 Series |
| Direct & Diffuse Irradiance | EKO MS80SH+, MS90+ / Kipp & Zonen Razon |
| Cloud Cover Sensor | EKO ASI-16, PCCD |
General
Architecture
Please note: The architecture shown is a general representation; actual implementation may vary based on solar plant requirements.
