The renewable energy sector in South America has witnessed an innovative breakthrough. The solar sensor series products developed by HONDE Company have been widely applied in multiple countries such as Chile, Brazil, and Peru, providing precise data monitoring services for local solar power generation projects and effectively enhancing the efficiency of solar energy utilization.
Innovative technologies adapt to diverse climate conditions
HONDE solar sensors employ advanced spectral analysis technology and are capable of real-time monitoring of key parameters such as solar radiation intensity, spectral distribution, and incident Angle. This product has been specially optimized for the diverse geographical and climatic conditions in South America. It can operate stably from the extremely arid environment of the Atacama Desert in Chile to the high-humidity environment of the Amazon rainforest in Brazil.
“Our sensors have undergone rigorous tests in the northern desert region of Chile,” said HONDE’s technical specialist for South America. “Even in an environment with frequent sandstorms, the equipment can still maintain a data collection completeness rate of over 95%.”
The application in multiple countries has achieved remarkable results
In “Cerro Do Minado”, one of the world’s largest solar power generation projects in Chile, the deployment of solar sensors has helped the power station achieve more accurate power generation predictions. “By monitoring the changes in solar radiation in real time, the accuracy of our power generation prediction has increased by 18%,” said the power station operation manager.
The distributed photovoltaic project in the state of Sao Paulo, Brazil, has also benefited from it. After installing this sensor at a local commercial center, the power generation efficiency of the photovoltaic system increased by 15%. “The sensor data has helped us optimize the cleaning cycle of the photovoltaic panels and significantly increase the power generation revenue,” the facility manager introduced.
The off-grid villages in the Peruvian plateau region have improved the operational efficiency of microgrids through HONDE sensors. “We can now predict the power generation for the next two days more accurately, and thus better arrange the charging and discharging strategies for the energy storage system,” said the community energy coordinator.
The distinctive features meet diverse needs
The dust accumulation monitoring function of HONDE solar sensors has performed outstandingly in the mining areas of western Argentina. “The sensor can promptly detect the efficiency decline caused by dust accumulation on the photovoltaic panels and remind us to clean them,” said the energy director of the mining company. “This has helped us avoid about 12% of power generation losses.”
In the agricultural photovoltaic project in Colombia, the radiation data provided by sensors is also used to optimize the planting plan. “The project leader said, ‘We adjusted the spacing of the photovoltaic panels based on sensor data, which not only ensured the power generation but also provided suitable light conditions for crop growth.’”
Technological innovation has been continuously deepened
It is reported that HONDE is developing a new generation of intelligent sensors, which will integrate artificial intelligence algorithms and be capable of independently identifying weather patterns and predicting performance fluctuations. “The new equipment will further enhance the operational efficiency of solar energy projects,” disclosed the technical R&D personnel.
Industry experts believe that the precise monitoring of solar sensors plays a significant role in enhancing the utilization rate of renewable energy in South America. As countries continue to promote energy transformation, the application prospects of this technology will be even broader.
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Post time: Oct-22-2025