Product
-
Weather station
-
Road Weather Station
-
Photovoltaic Inspection
-
Atmospheric monitoring
-
Operating condition monitoring
Recommended article
- photovoltaic testers 400V/20A Range Meets the On-Site Testing Needs of Photovoltaic Modules
- Application of Low-Power Meteorological observation equipment in Unattended Field Monitoring
- How Portable Solar Cell Testers Rapidly Perform PV String I-V Curve Testing
- The price of meteorological monitoring systems varies from 3,900 to 39,800 yuan depending on the number of monitored elements
- Power Quality Measurement Makes Power Grid Harmonic Detection and Data Logging More Efficient
- High-Precision Meteorological observation equipment Aids Field Environmental Monitoring
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
Fengtu's Photovoltaic Module Dust Monitoring System: Ensuring Solar Efficiency through Precision Technology
Article source:Weather station time:2024-10-28 09:15:22 viewed:475times
Photovoltaic panels are those panels that can absorb sunlight and then convert it into electrical energy. However, these panels sometimes get dirty from dust, smog, frost, rain, snow, bird droppings, or fallen leaves, which reduces their ability to absorb sunlight and consequently decreases their power generation efficiency.
To address this issue, a company called Fengtu has developed a clever system called Photovoltaic module dust. This system uses several types of lasers to measure the amount of dirt on the photovoltaic panels and their ability to transmit sunlight. This allows us to understand how weather changes or other factors affect the power generation of photovoltaic panels.
The advantage of this system is that it is not expensive, stable to use, and can be installed anywhere. Moreover, it is highly accurate, with an accuracy rate of over 98%. With this system, operators of photovoltaic power stations can know when to clean the panels to keep them clean, and thus naturally increase their power generation efficiency. This way, photovoltaic power stations can generate more electricity, earn more money, and be better for the environment.
This product is like a personal doctor for solar panels, using a bunch of high-tech methods to ensure that solar panels work well. First, it can monitor the dust on the solar panels in real-time, using two probes together to measure, which makes the data very accurate. Then, it has a super smart brain inside, which is a 32-bit processor that can transmit data directly to the computer via wireless networks, so you can see the cleanliness of the solar panels at any time.
It also uses a very cool blue light technology, which allows it to accurately measure dust under any weather conditions without being disturbed by sunlight. This is much better than those devices that can only work at specific times, as it can operate continuously 24 hours a day.
What's even more impressive is that this device can also control cleaning robots to automatically clean the dust on the solar panels, so that the solar panels can always remain clean, and the power generation efficiency is naturally high.
This paper addresses:https://fengtuweather.com/industry/539.html
Related products
Related article
-
How to select sensors for four-element automatic weather stations?
2024-07-08 -
How much does a small weather station cost?
2026-02-04 -
GNSS Monitoring Stations: Ensuring Slope Stability and Enabling Early Landslide Warning
2025-11-12 -
Ground Penetrating Radar: Non-Destructive Precision Detection for Voids Beneath Building Floors
2025-07-17 -
The price of small integrated meteorological instruments ranges from 3900 to 39800 yuan
2026-06-15 -
Price Variations in Six-Element Weather Stations: Driven by Sensor Principles and Configuration Requirements
2026-05-09 -
The price of meteorological monitoring systems varies from 3,900 to 39,800 yuan depending on the number of monitored elements
2026-07-23 -
Forest fire weather station, fire prevention, observation of ecology
2024-04-01










