Precise monitoring and dynamic optimization – The new generation of sensor technology facilitates the efficient output of clean energy
Against the backdrop of the global accelerated energy transition, high-precision solar radiation sensors are becoming the “core equipment” of solar power plants. By real-time monitoring of solar irradiance, spectral distribution and incident Angle, and in combination with AI algorithms to dynamically adjust the Angle of photovoltaic panels, the power generation efficiency can be significantly improved by 15% to 20%, creating higher profits for power station operators!
Why do photovoltaic power stations need professional light radiation sensors?
Maximizing power generation efficiency: Precisely measure direct, scattered and total radiation data to guide the tracking system in adjusting the Angle of photovoltaic panels and reduce energy loss.
Intelligent fault early warning: Real-time detection of cloud cover, dust accumulation or component abnormalities, and timely triggering of cleaning or maintenance instructions.
Data-driven operation and maintenance: Long-term accumulated irradiation data can optimize power station site selection, capacity prediction and power trading strategies.
Adapt to extreme environments: High-temperature resistant, UV-resistant and anti-corrosion design, suitable for harsh scenarios such as deserts and coastal areas.
Technical highlights
Full-spectrum analysis: Supports monitoring in the 280-3000nm band, matching different photovoltaic materials (crystalline silicon/thin film/perovskite).
0-180° all-round tracking: Equipped with a dual-axis solar tracking system, it enables “following the light”.
Cloud interconnection: Data is synchronized to the SCADA or energy management platform, supporting multi-device viewing on mobile phones and computers.
Empirical Case: From “Relying on the Weather for a Living” to “Seeking Efficiency from the Weather”
After installing the irradiation sensor, the annual power generation of our 50MW power station increased by 3.7 million kilowatt-hours, which is equivalent to saving 1,200 tons of standard coal! — Operation Director of a Photovoltaic power Station in Spain
According to statistics from the International Renewable Energy Agency (IRENA), the payback period of photovoltaic power stations adopting intelligent sensing systems can be shortened by 1.5 years.
About Us
HONDE has been dedicated to new energy sensing technology for 10 years. Its products have passed CE certification and it serves over 1,200 photovoltaic projects worldwide.
Business consultation
Tel: +86-15210548582
Email: info@hondetech.com
Company website: www.hondetechco.com
Post time: May-08-2025