XF500S-CWB compact weather sensor for solar
The XF500S-CWB compact weather sensor for solar is an instrument designed for photovoltaic power plants and new energy monitoring applications. This innovative product integrates all meteorological parameters required for PV plant operation and maintenance management into a single structure, enabling simultaneous measurement of: air temperature, relative humidity, module temperature, wind speed, wind direction, atmospheric pressure, total solar radiation (POA), and cumulative daily total radiation.
- Ambient Temperature: -40-85℃
- Relative Humidity: 0-100%RH
- Component Temperature: -20℃～+80℃
- Wind Speed: 0-60m/s
- Wind Direction: 0-359.9°
- Atmospheric Pressure: 500-1100hPa
- Total Solar Radiation POA: 0~2000W/m2
Price: $671-$723
Introdução
The XF500S-CWB compact weather sensor for solar is a specialized solution for solar power plants and renewable energy monitoring. It integrates key environmental measurements—air temperature, relative humidity, module temperature, wind speed and direction, atmospheric pressure, and solar radiation (POA and daily cumulative)—into a single compact unit. With a simple RS485 interface, it connects directly to solar inverters, offering a modern alternative to traditional RYQ-3 solar monitoring instruments.
compact weather sensor for solar Structure
Sensor Components
- Air Temperature Sensor – measures ambient temperature.
- Relative Humidity Sensor – monitors atmospheric moisture.
- Module / Surface Temperature Sensor – measures solar panel temperature.
- Wind Speed Sensor (Anemometer) – detects wind velocity.
- Wind Direction Sensor (Vane / Ultrasonic) – indicates wind direction.
- Atmospheric Pressure Sensor (Barometer) – tracks air pressure changes.
- Solar Radiation Sensor (POA / Pyranometer) – measures plane-of-array solar irradiance.
- Daily Cumulative Radiation Sensor – calculates total solar energy over a day.
Data Acquisition & Interface
- Microcontroller / Data Logger – collects and processes sensor data.
- Signal Conditioning Circuits – convert sensor outputs to readable data.
- RS-485 Communication Interface – connects directly to solar inverters or SCADA systems.
Housing & Mounting
- Weatherproof Enclosure – protects sensors and electronics.
- Mounting Brackets / Poles – suitable for PV panels, rooftops, or open-field installations.
- Radiation Shield – prevents direct sunlight from affecting temperature/humidity readings.
Mostrar detalhes
XF500S-CWB compact weather sensor for solar. Understanding its overall structural design enables users to intuitively grasp how each component works together to achieve precise monitoring of environmental parameters at photovoltaic power plants. Below is a detailed overview of the compact weather station’s primary structure and key sensors, providing clarity on its integrated design, monitoring capabilities, and convenient installation and maintenance features.
Installation Method
sizes
Especificações
Through multi-angle detailed images, the structural design, sensor modules, and overall appearance of the XF500S-CWB compact weather sensor for solar are fully showcased, helping users gain a deeper understanding of the product’s application advantages in photovoltaic environmental monitoring. Below are the product’s specific technical specifications：
Parâmetros
| Parâmetros | Gama de medição | Exatidão | Resolução | Frequência de amostragem |
| Temperatura ambiente | -40-85℃ | ±0.3℃@25℃ | 0.01℃ | 1HZ |
| Humidade relativa | 0-100%RH | ±3%RH(<80%RH, sem condensação) | 0,01%RH | 1HZ |
| Temperatura do componente | -20℃～+80℃ | ≤ ±0.2℃ | 0.1℃ | 1HZ |
| Velocidade do vento | 0-60m/s | ±（0,3+0,03V）M/S；V≤30M/S±（0,3+0,05V）M/S;V≥30M/S(V representa a velocidade do vento padrão num túnel de vento) | 0,01m/s | 4HZ |
| Direção do vento | 0-359.9° | ±3°(quando a velocidade do vento =10m/s) | 0.1° | 4HZ |
| Pressão atmosférica | 500-1100hPa | ±0.5hPa（25℃，950-1100hPa） | 0,1hPa | 1HZ |
| Radiação solar total POA | 0~2000W/m2 | ≤ ±3% | 1W/m2 | 1HZ |
| Temperatura de funcionamento | -40℃-80℃ | |||
| Saída | Produto standard com interface RS485, ModbusRTU; opção personalizável SDI-12 (aplicam-se custos adicionais) | |||
| Frequência máxima de saída | Modo passivo: 1/S Modo ativo: 1/min | |||
| Fonte de alimentação | DC12-24V | |||
| Painel de ajuste do medidor de radiação solar | Gama ajustável: 0-60° (seleção padrão geral 40°) | |||
| Nível de proteção | IP65 | |||
| Modo de montagem | O produto padrão é a manga fixa (Opcional: peças correspondentes, aplicam-se custos adicionais, ver Acessórios e peças) | |||
| Cavalete fixo | Opcional: suporte de 1,5 metros ou 1,8 metros (custo adicional) | |||
| Cabo | Cabo de 3 metros (Opcional: cabo de 10 metros disponível por um custo adicional) | |||
| Observações | Estação meteorológica compacta XF500S-CWB equipada de série com piranómetro de princípio de valor termométrico-TBQ-2C-D (secundário). O utilizador tem as opções de EKO/MS-802 (Classe A), MS-60 (Classe B), MS-40 (Classe C) como piranómetro. Glossário de piranómetros Kipp&Zonen/CMP6(Classe B),CMP10(Classe A): Classe A/B/C de acordo com a norma ISO9060:2018 Grau definido pela classificação do piranómetro da Organização Meteorológica Mundial Secundário: de acordo com a norma nacional GBT19565-2017 para piranómetro XF_PcSoftV1.0: o software de leitura de computador superior, Nong-IoT desenvolvido para a estação meteorológica compacta da série XF. | |||
Features
Multi-Parameter Monitoring
Integrated simultaneous monitoring of multiple meteorological parameters
Integrated Structure
Multiple sensors integrated into a single device， meet requirements for PV power plants
High measurement accuracy
advanced data acquisition technology ensures stability even in outdoor environments.
Suitable for outdoor operation
Rugged structure, capable of operating in complex environments such as photovoltaic power plants.
Easy installation and maintenance
Simple installation, suitable for large-scale photovoltaic power plant deployments.
Replacing Traditional Photovoltaic
Can replace the traditional RYQ-3 photovoltaic environmental monitor with its compact design.
Applications
XF500S-CWB compact weather sensor for solar, suitable for diverse applications including photovoltaic power plants, agriculture, transportation, and wind power, provides real-time monitoring of environmental meteorological parameters, delivering precise data for operational management and efficiency optimization. Below are applications for a compact weather station for solar:
Meteorological Monitoring
Used for collecting meteorological environmental data and real-time monitoring, providing foundational data for weather forecasting and environmental analysis.
Micro-environment Monitoring
Suitable for urban microclimates, parks, and localized environmental monitoring, supporting refined management.
Grid-based Environmental Monitoring
Serves as nodes in regional environmental monitoring networks, enabling data collection, aggregation, and analysis.
Agricultural Meteorology
Provides precise meteorological data for agricultural production, smart farming, and greenhouse management, optimizing crop management.
Transportation Meteorology
Monitors road, bridge, and tunnel environments to enhance traffic safety and management efficiency.
Photovoltaic Environment
Provides real-time data support for PV plant operations, module performance evaluation, and power generation efficiency analysis.
custom Compact Weather Sensor for solar
The XF500S-CWB compact weather sensor for solar offers multiple customizable options for flexible configuration tailored to the specific requirements of photovoltaic power plants and scientific research applications. These include communication interfaces, sensor models, mounting bracket height, and cable length, ensuring data collection accuracy and meeting installation environment demands across diverse scenarios.
Customization Options
- Communication Interface:
Optional SDI-12 (Standard: RS485, Modbus RTU) - Solar Radiation Sensor:
Optional total radiation sensors of different grades(TBQ-2C-D (Standard, Class II), EKO/MS-802 (Class A), MS-60 (Class B), MS-40 (Class C), Kipp & Zonen CMP6 (Class B), Kipp & Zonen CMP10 (Class A)) - Pyranometer Adjustable Angle:
0~60° (Universal Standard 40°) - Fixed Mounting Bracket:
Optional 1.5 m or 1.8 m bracket - Mounting Method:
Sleeve-type, optional adapters available - Cable Length:
Standard 3 m, optional 10 m - Output Mode and Frequency:
Passive mode 1/S, active mode 1/min (adjustable as needed)
Compact Weather Sensor for Solar Fabricante e Fornecedor
Yantai Sensor is a leading manufacturer and supplier of compact weather sensors for Solar, specializing in the design and production of high-precision solar and environmental monitoring solutions. Equipped with independent R&D facilities, modern production lines, and a professional wind tunnel laboratory, we perform rigorous testing — including high-temperature and high-humidity aging, freeze-thaw cycles, and strong wind impact assessments — to ensure long-term stability and accurate outdoor performance of our compact weather stations.
We hold multiple independent brands and over 10 patents, with products certified to international standards such as CE, ISO, and RoHS. Our compact weather sensors are widely applied in solar power plants, renewable energy projects, smart grids, and environmental monitoring. From single customized stations to complete monitoring systems, our professional team provides tailored solutions to meet diverse project requirements, delivering reliable performance and fostering long-term global partnerships.
