Geospatial-based risk analysis of solar plants located in the
Solar power is the primary renewable energy source in South Korea, and its PV system capacity is rapidly increasing. However, existing SPVPs face increased vulnerability to landslides in
Dynamic Risk Assessment of Landslide Hazard for Large-Scale
In this paper, a dynamic study on landslide risk at a large photovoltaic power plant project under extreme rainfall conditions is conducted.
Japan: New study shows nearly 20% of solar farms face landslide risk
Nearly a fifth of solar farms built in Japan are located in areas deemed to be at risk for landslides, a Nikkei study shows, underscoring the need for rigorous monitoring and disaster
Preventing and Mitigating Flood Damage to Solar Photovoltaic Systems
Discusses the importance of proactive measures, including site assessment, flood level considerations, and various engineering approaches to prevent and mitigate flood damage to solar photovoltaic
Preliminary analysis of a heavy rainfall–induced landslide
The landslide was initiated on the edge of a hillslope where a mountain photovoltaic power station (MPPS) is located. The landslide mass moved along and eroded a concave forested
Landslide risk on photovoltaic power stations under climate change
Some PV power stations (PPSs) are installed in mountainous areas, placing them at a higher risk of landslides owing to sloped areas and extreme rainfall in summer.
The Risk of Landslides at Japanese Solar Farms Highlights Climate
The rainwater collected by solar panels could exacerbate the instability of inclined surfaces, making them more susceptible to landslides. Experts are sounding the alarm on this issue.
Landslide risk on photovoltaic power stations under climate change
Our results show that the shares of medium and large-scale solar PV power plants located in areas where landslides and floods are likely to occur are about 8.5 and 9.1% respectively.
Landslide risk on photovoltaic power stations under climate change
To achieve the net-zero carbon dioxide emission goals, the number of solar photovoltaic (PV) power stations (PPSs) installed worldwide has increased. An increasing number of PPSs are exposed to