China’s energy sector is experiencing a significant surge in demand for the “X10 Series Three Protection Device,” as indicated by recent reports. On May 26, 2025, at 15:52, a fire broke out at a high-altitude solar power station in the northern region, igniting the energy generation of the solar modules at the station. This incident led to rapid investigations, revealing a clear signal of alarm.
On May 21, 2025, at 2:10 p.m., a fire was reported at the same solar power station. The fire escalated quickly, causing considerable damage to the structural components. Debris fell onto the surrounding roads, leading to temporary traffic disruptions. This project is scheduled to start construction in November 2023, with a total capacity of 1.35 MW, generating approximately 146,000 kWh annually, enough to power around 500 households for a year.
Since April 30, 2025, when it was connected to the grid, the solar power station has been running steadily for two years. It has continuously monitored operational conditions, frequency variations, and power output, ensuring normal functionality. However, within a month, there were multiple fire incidents that raised concerns.
Currently, fire safety measures are still under review. In the past month, several incidents occurred, including a significant fire on April 24, which was reported by local media. This fire broke out at a solar power station located in the outskirts of a city, leading to considerable damage to the solar modules.
On April 9, a fire broke out at a car charging station in a nearby city, where a solar panel caught fire, affecting an area of approximately 210 square meters. The cause was attributed to electrical faults in the solar power system, which intensified due to the weather conditions.
In March, a fire incident was reported in a solar power plant, where initial investigations revealed that an external connection to the solar panels led to the outbreak. On January 28, a fire at a storage facility in a different city, where solar energy equipment was stored, caused significant structural damage.
Over the years, solar energy has been a crucial support for renewable energy transitions. Recently, the solar power sector in urban and industrial areas has rapidly expanded, with various new developments, including integrated energy solutions and high-altitude installations.
Despite this rapid expansion, the fire incidents have raised alarms within the industry. Safety inspections and maintenance are becoming more critical, especially for solar power systems that are increasingly deployed in urban settings. The need for upgraded safety protocols and systems is evident as incidents continue to occur.
To mitigate these risks, companies are enhancing their safety measures and implementing advanced technologies in their solar power installations. The recent introduction of the Hi-MO X10 Series Three Protection Device aims to address frequent safety concerns and improve overall safety standards in the solar energy sector.
In conclusion, the energy sector must prioritize safety and quality in its operations to ensure a sustainable future for solar energy. The rapid developments in solar technology highlight the importance of continuous improvement and adaptation to prevent further incidents and enhance operational reliability.
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