XF100S-CWB 小型太阳能监测气象站
XF100S-CWB compact solar monitoring weather station is an instrument applied in the field of photovoltaic power stations and new energy monitoring. Monitoring Parameter: Total Solar Radiation POA ( Plane of Array), Ambient Temperature, Component Temperature, Daily Cumulative Radiation. It can replace the traditional RYQ-3 photovoltaic environmental monitoring instrument.
- 环境温度： -40-85℃
- Component Temperature: -20℃~+80℃
- Total Solar Radiation POA ( Plane of Array): 0~2000W/m2
- Daily Cumulative Radiation: 0-65MJ
- 工作温度：-40℃-80
- Power Supply: DC12-24V
- 防护等级IP65
价格 $507~$546
导言
XF100S-CWB Compact Solar Monitoring Weather Station is a compact, all-in-one meteorological monitoring device specifically designed for photovoltaic (PV) power plants and renewable energy monitoring applications. This product integrates the conventional solar radiation meteorological parameters that need to be monitored in the operation and maintenance management of photovoltaic power stations in one structure, and connects to the photovoltaic inverter through an RS485 interface, which can be widely used in a distributed photovoltaic power station monitoring system.
结构化太阳能气象站
- POA Total Solar Radiation Sensor: Measures total solar radiation on the array plane aligned with the photovoltaic module installation angle, accurately reflecting the actual light exposure conditions of the modules.
- 环境温度 Sensor: Monitors the air temperature surrounding the photovoltaic power plant, providing foundational data for power generation efficiency analysis and operational assessment.
- Module Temperature Sensor: Directly measures the surface temperature of photovoltaic modules to evaluate thermal losses and power degradation.
- Daily Cumulative Radiation Calculation Module: Performs integral calculations on solar radiation data to output daily cumulative radiation values, facilitating power generation analysis and comparisons.
- Integrated Structural Housing: Combines multiple sensors within a compact structure, reducing on-site installation complexity and enhancing system reliability.
- RS485 Communication Interface: Supports direct communication with PV inverters or monitoring systems, enabling stable data transmission and seamless system integration.
详情显示
The solar monitoring weather station features a compact, integrated design where every detail—from sensor layout to housing—is optimized for measurement accuracy, long-term outdoor reliability, and easy system integration. The image below presents multi-angle views of the product, highlighting its structural design, sensor arrangement, and convenient installation features tailored for practical photovoltaic applications.
规格
The technical specifications of the solar monitoring weather station are designed to support precise performance analysis and stable operation of photovoltaic systems. Core specifications encompass solar radiation measurement, temperature monitoring, communication interfaces, and environmental adaptability, enabling data collection under diverse field conditions. The detailed parameters below provide clear reference for system integration, project design, and equipment selection in photovoltaic power plant applications.
参数
| 参数 | 测量范围 | 准确性 | 决议 | 采样频率 |
| 环境温度 | -40-85℃ | ±0.3℃@25℃ | 0.01℃ | 1HZ |
| 组件温度 | -20℃～+80℃ | ≤ ±0.2℃ | 0.1℃ | 1HZ |
| Total Solar Radiation POA ( Plane of Array) | 0~2000W/m2 | ≤ ±3% | 1 瓦/平方米 | 1HZ |
| Daily Cumulative Radiation | 0-65MJ | ≤±%5 | 0.001MJ | Once a minute |
| 工作温度 | -40℃至80℃ | |||
| 输出 | Standard product with RS485 interface, Modbus RTU;Customization option SDI-12 (Extra cost apply) | |||
| 最大输出频率 | 被动模式：1/S 主动模式：1/min | |||
| 电源 | DC12-24V | |||
| 太阳辐射测量仪调节面板 | 可调节范围：0-60°（一般标准选择 40） | |||
| 保护级别 | IP65 | |||
| 安装方式 | 标准产品采用套筒固定，参见产品尺寸。(可选项：需支付额外费用，参见附件和部件、法兰固定或折弯板固定）。 | |||
| 电缆 | 3 米电缆线（可选：10 米电缆线，需额外付费） | |||
| 固定栈桥 | 可选：1.5 米或 1.8 米支架（需额外付费） | |||
| 备注 | XF100S-CWB Compact Weather Station standard equipped with thermometric value principle pyranometer-TBQ-2C-D (secondary).User have the options of EKO/MS-802(Class A), MS-60(Class B), MS-40(Class C) as the pyranometer.Kipp&Zonen/CMP6(Class B),CMP10(Class A) pyranometer glossary:Class A/B/C according to ISO9060:2018 Grade standard defined by the World Meteorological Organization Pyranometer ClassificationSecondary : according to GBT19565-2017 National standard for PyranometerXF_PcSoftV1.0: the upper computer reading software, Nong-IoT developed for XF series compact weather station. | |||
Features of photovoltaic weather station
Compact Size
Small footprint with highly integrated design for space-limited PV installations.
低功耗
Optimized low-power design suitable for long-term, unattended operation.
No Moving Parts
Fully solid-state structure improves stability and reduces maintenance needs.
易于安装
Simple mounting design enables fast deployment and easy system integration.
可扩展参数
Supports extended meteorological parameter measurements as required.
High-Accuracy Irradiance
Thermopile-based solar radiation sensing ensures stable and precise measurement.
Applications of a solar weather station
Solar monitoring weather stations are widely used in solar power generation, agricultural production, ecological monitoring, and meteorological observation. Featuring a compact design, high integration, and reliable data performance, they are suitable for both fixed installations and distributed deployments. The system provides stable environmental parameters and solar radiation data, offering robust support for energy efficiency analysis, crop growth monitoring, ecological assessment, and automated meteorological observation across various outdoor scenarios.
太阳能发电厂
用于自动气象站和区域气候观测系统，以实现气象数据的连续采集。.
分布式光伏系统
Ideal for rooftop and small-scale PV projects requiring compact and integrated monitoring.
智能农业
Supports agricultural environmental monitoring to optimize crop growth conditions.
Forestry Monitoring
Applied in forest microclimate observation and ecological environment assessment.
Eco-Tourism Sites
Provides real-time weather data for environmental management in tourism and scenic areas.
Automatic Weather Stations
Serves as a reliable sensing unit within professional meteorological monitoring networks.
custom of solar monitoring weather station
The XF100S-CWB Compact Solar Monitoring Weather Station supports flexible configuration and customization to meet different project standards and application requirements. From pyranometer grade selection to communication interface, mounting method, and accessories, the system can be tailored for utility-scale PV plants, distributed solar projects, and professional 气象监测 applications.
定制选项
- Pyranometer Selection
Supports multiple pyranometer grades, including TBQ-2C-D (standard), EKO MS-802 (Class A), MS-60 (Class B), MS-40 (Class C), and Kipp&Zonen CMP6 / CMP10, compliant with ISO 9060:2018. - 通信接口
Standard RS485 with Modbus RTU protocol; optional SDI-12 interface available upon request. - Solar Radiation Gauge Adjustment Angle
Adjustable mounting angle from 0° to 60°, with 40° as the standard configuration to match common PV installations. - 安装方法
Standard sleeve fixation; optional flange fixation or bending plate fixation available for different site conditions. - 电缆长度
Standard 3-meter cable; optional 10-meter cable for extended installation distance. - 安装支架
Optional fixed trestle with 1.5 m or 1.8 m height to suit various field installation requirements.
Solar Monitoring Weather Station 制造商 和供应商
Yantai Sensor is a professional manufacturer and supplier of solar monitoring weather stations, dedicated to delivering highly reliable solutions for photovoltaic power plants and long-term outdoor renewable energy applications. Backed by an experienced in-house R&D team, a CNAS-accredited laboratory, and advanced environmental and wind tunnel testing facilities, our products are rigorously validated through extreme temperature cycling, humidity resistance testing, solar radiation impact simulation, and long-term outdoor exposure to ensure stable and accurate performance in harsh field conditions.
Our solar monitoring weather stations integrate proprietary core technologies and patented structural designs, and comply with international standards including CE, ISO, and RoHS. They are widely deployed in utility-scale and distributed photovoltaic systems, energy performance monitoring, and new energy infrastructure projects. In addition to standard configurations, we provide flexible customization and system integration services—covering sensor selection, communication interfaces, mounting solutions, and data integration—to meet diverse project requirements and ensure long-term, reliable operation of solar monitoring systems. 联系我们 for technical consultation and solution recommendations.
