Welcome Customer !

Membership

Help

Handan Hanshan Ruihua Electronics Co., Ltd
Custom manufacturer

Main Products:

instrumentb2b>Products

Handan Hanshan Ruihua Electronics Co., Ltd

  • E-mail

  • Phone

  • Address

    No. 443, Funan South Street, Hanshan District, Handan City

Contact Now

photovoltaic weather station

NegotiableUpdate on 05/06
Model
Nature of the Manufacturer
Producers
Product Category
Place of Origin

Overview

The RH-D5 photovoltaic weather 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-D5photovoltaic weather station

Equipment Overview:

The observable meteorological elements of this system include: environmental temperature, environmental humidity, component temperature, wind speed, wind direction, atmospheric pressure, total tilt radiation, sunshine hours, light intensity, total horizontal radiation, direct solar radiation, scattered solar radiation, visibility, and elevationdustPM2.5/10Rainfall, etc. With stable performance, high detection accuracy, unmanned operation, cost-effectiveness and other advantages, it meets the requirements of environmental meteorological monitoring for photovoltaic power plants.

Features:

1 Optional options include water surface evaporation, soil temperature, soil moisture, water level, and gas concentration(asCO2TheSO2Meteorological factors such as water quality, etc;

2 The data collector has functions such as touch screen display, automatic recording, real-time clock, and data communication;

3 The standalone software has functions such as historical data viewing, data export, data curve generation, device settings, etc., and is compatible with IoT cloud platforms and mobile devicesmachineAPPSupport independent account and password login and login permission settings for users, allowing them to view historical data, real-time data, take photos, videos, data curves, other analysis icons, online data export, device control, and other functionscan

4 sampling interval1minuteto23time59Set arbitrarily and store data270010000 data storage capacity, if setplace1Hourly storage once can be continuously storedstore3Over years old, you can choose to go outsideministryUDisk data export function; branchholdUExport data from disk (optional);

5 branchholdAC220VPower supply and solar power supply system, meeting continuous cathodic requirementsrain10Normal working hours;

6 Data can be exported, downloaded, printed, analyzed, and provided in forms such as curves, graphs, charts, etc;

7 Support multi site networking mode, support selectionpretendLEDDisplay screen (single)color/colorfulcolor/Size);

8 The bracket adopts stainless steel spray coating technology, and the surface of the main pole is hot-dip galvanized with strong corrosion resistance. The height of the main pole ispart3.5rice5rice10Rice options available, equipped with windproof ropes, aesthetically pleasing appearance;

9 Support remote upload of optional photo shooting and video recording, sensor cable extension, and installation of protective sleeves for grounding cables to prevent rodent bites and cable breakage;

Technical parameters:

name

measurement range

resolution

accuracy

air temperature

-3070

0.1

±0.2

air humidity

099.9%RH

1%RH

±3%RH

component temperature

-5080

0.1

±0.2

wind speed

075m/s

0.1m/s

±0.3+0.03Vm/s

wind direction

0359°

±3°

Total solar radiation

02000Wm2

1w/m2

±5w/m2

Direct radiation meter

O2000Wm2

7-14MV.W-1.m-2

smallYu24h±1°

Scattered radiation meter

02000W/m2

714MVw.m-2

±2

Fully automatic solar tracker

look up tocorner-5+95°, Directioncorner-135135°

1°(Passive tracking);

0.1°(Active tracking, requires a solar sensor)

IoT cloud data platform:

光伏气象站

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; size3*3group

optional

data transmission

GPRS DTU

Internet of Things mode, users log in to the webpage

optional

RS485turnUSB

Local on-site connection to computer software

optional

Lightning protection system

Lightning rod and supporting facilities

Lightning protection function

standard configuration

Device application:

The environmental monitoring system for photovoltaic power plants is mainly used for solar photovoltaic power plants (stations), and can also be used for meteorological observation applications at wind power plants, substations (stations), and stations along the power transmission route.

Product Advantages

RH-D5photovoltaic weather stationIt is one of the fully automatic meteorological monitoring stations mainly used for observing environmental meteorological data of photovoltaic power plants. The observable meteorological elements of this system include: environmental temperature, environmental humidity, component temperature, wind speed, wind direction, atmospheric pressure, total tilt radiation, sunshine hours, light intensity, total horizontal radiation, direct solar radiation, scattered solar radiation, visibility, and elevationdustPM2.5/10Rainfall, etc. With stable performance, high detection accuracy, unmanned operation, cost-effectiveness and other advantages, it meets the requirements of environmental meteorological monitoring for photovoltaic power plants.