Product
-
Weather station
-
Road Weather Station
-
Photovoltaic Inspection
-
Atmospheric monitoring
-
Operating condition monitoring
Recommended article
- Mobile Monitoring Applications and Performance Advantages of Vehicle-Mounted Five-Parameter Meteorological Equipment
- Power Quality Monitoring Equipment Enables Precise Real-Time Monitoring of Multi-Dimensional Power Grid Parameters
- Six-Element Automatic Weather Station is Adaptable to High-Precision Meteorological Monitoring Applications Across Multiple Scenarios
- Atmospheric monitoring stations achieve high-precision continuous monitoring in the field through integrated design
- EL series of DC power supply Completes EL Inspection of Internal Defects in Photovoltaic Power Plant Modules
- The price of Fengtu automatic weather stations is affected by the configuration of monitoring elements
Contact us
Shandong Fengtu IOT Technology Co., Ltd
Sales Manager:Ms. Emily Wang
Cel,Whatsapp,Wechat:+86 15898932201
Email:info@fengtutec.com
Add:No. 155 Optoelectronic Industry Accelerator, Gaoxin District, Weifang, Shandong, China
Scenic Negative Oxygen Ion Environmental Monitoring Station
Article source:Weather station time:2024-08-01 08:58:37 viewed:614times
Scenic spots are currently facing multiple challenges, including the arduous task of environmental protection, the insufficiency of resource protection measures, and the backwardness of visitor management methods leading to frequent safety problems. Meanwhile, the government's high requirements for the construction of intelligent scenic spots and the lack of scenic spot informationization level make the sustainable development ability limited. The lack of core competitive advantages of scenic spots makes it difficult to attract tourists, coupled with high management costs and pressure on operating funds, further aggravating the scenic spot's operational difficulties.
The scenic environment monitoring station launched by Fengtu is a device that integrates monitoring and information dissemination. It provides a comprehensive solution to help scenic spots easily cope with the technical challenges of collecting, storing, analyzing and distributing environmental data, as well as data management.
Ideal for use in areas such as forests, parks, mountain ranges and nature reserves, the device continuously tracks airborne negative oxygen ions and PM2.5 levels and instantly shares this data via an LED screen or an online platform, ensuring that visitors and managers have real-time visibility of air quality.
The device also highlights local progress in greening and environmental protection, demonstrates the purity of the air, and provides key environmental data to government agencies while promoting local ecological conservation awareness.
The Scenic Negative Oxygen Ion Environmental Monitoring Station is a high-tech device capable of wirelessly transmitting monitoring data to an LED display to show environmental data and play videos and advertisements. It is equipped with high sensitivity negative ion detection function and automatic error correction to ensure accurate measurement. The device is designed to be robust and adaptable to harsh environments. The automatic working mode enables the device to run immediately after power-on and the data is saved automatically. It also supports remote data acquisition, which is convenient for managers to monitor at any time.

This paper addresses:https://www.fengtuweather.com/industry/457.html
Related products
Related article
-
What are air quality monitoring stations?
2024-06-06 -
Ecological display, less scenic environment monitoring system
2024-05-24 -
photovoltaic testers is a portable photovoltaic module testing device
2025-12-01 -
How Forest Weather Station Improves Forest Fire Risk Early Warning Capabilities Through Real-Time Data Acquisition
2026-07-20 -
Meteorology in Motion: Vehicle-Mounted Stations for Precision Data Collection
2025-04-29 -
Principle of field mini weather station
2024-04-09 -
Road Weather Station: Monitoring, Warning, and Ensuring Road Safety
2025-02-05 -
Monitor de polvo Breaks Through the Limitations of Traditional Fixed Monitoring Points
2025-11-17










