Photovoltaic power station meteorological station

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

In the process of moving towards refined and intelligent operation in the photovoltaic industry, accurate and continuous environmental meteorological data is a common cornerstone for improving power generation efficiency, ensuring asset safety, expanding composite benefits, and deepening scientific research. The RH-D5 photovoltaic power station meteorological station is a professional level monitoring system designed to meet this core requirement. It goes beyond the scope of traditional weather stations and provides an integrated solution from data collection, analysis to decision support for various photovoltaic application scenarios through customized sensor combinations and intelligent data platforms. It transforms changing environmental factors into quantifiable and utilizable key assets.

Product Details

RH-D5 Photovoltaic power station meteorological station

A precise meteorological data solution for empowering the photovoltaic industry in multiple scenarios

光伏电站气象站

Core Value: From Perceived Environment to Optimized Decision Making

In the process of moving towards refined and intelligent operation in the photovoltaic industry, accurate and continuous environmental meteorological data is a common cornerstone for improving power generation efficiency, ensuring asset safety, expanding composite benefits, and deepening scientific research.RH-D5Photovoltaic power station meteorological stationIt is a professional level monitoring system designed to meet this core requirement. It goes beyond the scope of traditional weather stations and provides an integrated solution from data collection, analysis to decision support for various photovoltaic application scenarios through customized sensor combinations and intelligent data platforms. It transforms changing environmental factors into quantifiable and utilizable key assets.

Core parameters:

name	measurement range	resolution	accuracy
air temperature	-30～70℃	0.1℃	±0.2℃
air humidity	0～99.9%RH	1%RH	±3%RH
component temperature	-50～80℃	0.1℃	±0.2℃
wind speed	0～75m/s	0.1m/s	±（0.3+0.03V）m/s
wind direction	0～359°	1°	±3°
Total solar radiation	0～2000W／m2	1w/m2	±5％w/m2
Direct radiation meter	O～2000W／m2	7-14MV.W-1.m-2	smallYu24h±1°
Scattered radiation meter	0～2000W/m2	7～14MV／w.m-2	±2％
Fully automatic solar tracker	look up tocorner-5～+95°, Directioncorner-135～135°	1°	＜1°(Passive tracking); ＜0.1°(Active tracking, requires a solar sensor)

Configuration options:

Project Name	remark		configuration
data collector	Display, collect, store, and communicate		standard configuration
Equipment bracket	Fixed protective case, radiation shield, solar panel, and various sensors		standard configuration
Protective chassis	Place data collector If equipped with a solar cell system, solar controllers and batteries can also be placed Like matchinghaveGPRS DTUIt can also be placedplaceGPRSmoduleTheGPRSpower supply		standard configuration
power supply method	220Vcommunication	AC and DC can be converted for use	optional
	12Vdirect current		optional
	Solar power supply system (including solar panels, controllers, and batteries)		optional
LEDdisplay screen	Single Red HouseholdoutsideLEDdisplay; size：3*3group		optional
data transmission	GPRS DTU	Internet of Things mode, users log in to the webpage	optional
data transmission	RS485turnUSB	Local on-site connection to computer software	optional
Lightning protection system	Lightning rod and supporting facilities	Lightning protection function	standard configuration

applicationvalue：

The design of this system fully considers the diversified needs of the photovoltaic industry, and its modular architecture allows for flexible configuration according to specific scenariosachieveValue of data.

Application scenarios	Core monitoring requirements	RH-D5 Data Value and Typical Configuration Points
1. Large scale landface/Efficiency and Safety of Centralized Power Stations	Accurate prediction of power generation, evaluation of equipment efficiencyharshWeather warning and optimization of operation and maintenance costs.	Core value: Providing solar total radiation and direct current for power prediction modelspick up/Key inputs such as scattered radiation improve prediction accuracy; Guide equipment maintenance, cleaning, and safety protection through wind speed, component temperature, and dust monitoring. Configuration points: High standard radiation monitoring (including direct radiation and trackers), complete meteorological and component temperature sensors.
2. Distributed photovoltaics and intelligent operation and maintenance	Multi point centralized monitoring, rapid diagnosis of anomalies, comparison of power generation performance, and indoor monitoringtop/Adaptive monitoring of complex environments.	Core value: Realize remote unified management of power plant groups through the Internet of Things platform; Compare the radiation of each sitephoto-Power generation data, quickly locate inefficient or faulty units. Configuration points: Enhanced data communication and cloud platform functions, optional inclined surface radiation sensor to adapt to different installation angles.
3. agriculturelight/Composite projects such as fishery photovoltaic complementarity	Evaluate the impact of photovoltaic panels on the microclimate below, collaborate to optimize power generation and agricultural production, and achieve comprehensive land benefitsimprove.	Core value: Synchronize monitoring of irradiation on the board (power input) and under board light, temperature and humidity (agricultural environment), providing quantitative basis for screening suitable planting and breeding varieties and formulating scientific agronomic plans. Configuration points: Add multiple layers of air temperature and humidity, light intensity, and select soil moisture sensors for board installationdown/Comparative observation outside the board.
4. Photovoltaic research and empirical testing	Long term environmental data accumulation, new materialsmaterial/New component performance validation, system design model calibration.	Core value: Provide long-term continuous datasets with research grade accuracy for analyzing the impact of climate conditions on photovoltaic systems and verifying the performance of new technologies in practical environments. Configuration points: All element high-precision sensors (such as first level radiation meters), support for multi station networking, and strict data quality control system.

System Core: Professional, Reliable, and Intelligent Data Foundation

To achieve the multi scenario value mentioned above，RH-D5The system has built solid guarantees at three levels:

1、Professional monitoring capability

（1）Core Precision: Adopting high-grade solar radiation sensors (total radiation, optional direct radiation and scattered radiation), and optional fully automatic solar trackers to ensure the accuracy of energy input evaluation.

（2）Comprehensive perception: one-stop integrated component temperature, environmental temperature and humidity, wind speed and direction, rainfall, atmospheric pressure, and dust（PM2.5/10） Parameters that are crucial for the operation of photovoltaic systems.

2、Reliable system design

（1）Strong environmental adaptability: The main pole adopts hot-dip galvanized stainless steel spray coating process, which improvessupply3.5rice、5rice、10Multiple height options are available, equipped with windproof ropes to meet the long-term stable operation requirements in the wild.

（2）Reliable power supply and battery life:holdAC220VDual mode with solar power supply system, ensuring uninterrupted operation in continuous rainy weather.

（2）Data storage security: The collector has a built-in large capacity storage and supports local secure storage of historical dataandUDrive for easy export.

3、Intelligent data application

（1）Remote IoT management: data connectivitypassGPRS/4GUpload to a dedicated IoT cloud platform using various methods, supporting both desktop and mobile devicesmachineAPPAccess anytime, anywhere, and achieve unmanned operation.

（2）Deep analysis tool: The platform provides real-time data dashboard, historical data curve analysis, custom report generation and other functions, supports data export, and facilitates deep integration with power generation management systems or other analysis tools.

Summary: Your Photovoltaic Project Data Partner

The photovoltaic weather station is not only a meteorological data collection device, but also a starting point for customized data solutions for the multidimensional needs of the photovoltaic industry. Whether it's ensuring the revenue of large power plants, managing distributed assets, or exploringrope“lightambush+”We can provide corresponding professional configuration and technical support for both the composite value and cutting-edge scientific research.

We look forward to working with you to plan together based on your specific project type and goalsAn effective environmental data monitoring plan enables precise data to drive photovoltaic projectsstableOperation and continuous innovation.