A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
COUNTERMEASURE METHOD AGAINST LANDSLIDE AND SLOPE COLLAPSE UTILIZING RENEWABLE ENERGY FACILITY
To achieve a disaster-resistant natural renewable energy facility combined with a use method of rain water as a social request by installing solar panels in consideration of arrangement and structure to suppress infiltration of rainwater to a ground surface, so as to solve the problem in the active use of natural renewable energy in recent years, in which solar panels are often installed on sloping land, but on landslide grounds, the surcharge load increases, and a pore water pressure rises due to rapid infiltration of rainwater due to frequent torrential rains to thereby increase buoyancy and cause frequent slope sliding.SOLUTION: In the vicinity of a crown of landslides and collapses, solar panels are arranged in a sealed manner to prevent rainwater from infiltrating. The rainwater is collected by collecting water from the solar panels to water channels and catch basins in the midsection. The collected rainwater is collected in a tank-type retaining wall placed at the end of the landslide and collapse to create an embankment effect.SELECTED DRAWING: Figure 1
【課題】近年自然再生可能エネルギーの利用が活発化しており，傾斜地にソーラーパネルを設置される事例が多くなっている。斜面にソーラーパネルを配置することで，地すべり地における上載荷重が増加し，多発しているゲリラ豪雨による雨水の急激な浸透によって間隙水圧が上昇して浮力の増加に伴う斜面の滑動が頻発している。一方，ソーラーパネルには，配置や構造を工夫すれば地表面への雨水の浸透を抑制することが期待でき，雨水の利用方法と合わせた災害に強い自然再生可能エネルギー施設への取り組みが社会的な要望となっている。【解決手段】地すべり及び崩壊の冠頭部付近には，雨水が浸透しないようにソーラーパネルを密閉するように配置し，中腹部においてソーラーパネルから水路，集水桝への集水によって雨水を集め，その集めた雨水を地すべり及び崩壊の末端部に配置したタンク式擁壁に集めて盛り土の効果を持たせる構成。【選択図】 図１
COUNTERMEASURE METHOD AGAINST LANDSLIDE AND SLOPE COLLAPSE UTILIZING RENEWABLE ENERGY FACILITY
To achieve a disaster-resistant natural renewable energy facility combined with a use method of rain water as a social request by installing solar panels in consideration of arrangement and structure to suppress infiltration of rainwater to a ground surface, so as to solve the problem in the active use of natural renewable energy in recent years, in which solar panels are often installed on sloping land, but on landslide grounds, the surcharge load increases, and a pore water pressure rises due to rapid infiltration of rainwater due to frequent torrential rains to thereby increase buoyancy and cause frequent slope sliding.SOLUTION: In the vicinity of a crown of landslides and collapses, solar panels are arranged in a sealed manner to prevent rainwater from infiltrating. The rainwater is collected by collecting water from the solar panels to water channels and catch basins in the midsection. The collected rainwater is collected in a tank-type retaining wall placed at the end of the landslide and collapse to create an embankment effect.SELECTED DRAWING: Figure 1
【課題】近年自然再生可能エネルギーの利用が活発化しており，傾斜地にソーラーパネルを設置される事例が多くなっている。斜面にソーラーパネルを配置することで，地すべり地における上載荷重が増加し，多発しているゲリラ豪雨による雨水の急激な浸透によって間隙水圧が上昇して浮力の増加に伴う斜面の滑動が頻発している。一方，ソーラーパネルには，配置や構造を工夫すれば地表面への雨水の浸透を抑制することが期待でき，雨水の利用方法と合わせた災害に強い自然再生可能エネルギー施設への取り組みが社会的な要望となっている。【解決手段】地すべり及び崩壊の冠頭部付近には，雨水が浸透しないようにソーラーパネルを密閉するように配置し，中腹部においてソーラーパネルから水路，集水桝への集水によって雨水を集め，その集めた雨水を地すべり及び崩壊の末端部に配置したタンク式擁壁に集めて盛り土の効果を持たせる構成。【選択図】 図１
COUNTERMEASURE METHOD AGAINST LANDSLIDE AND SLOPE COLLAPSE UTILIZING RENEWABLE ENERGY FACILITY
再生可能エネルギー施設を利用した地すべり及び斜面崩壊対策工法
OGAWARA MASABUMI (author)
2023-06-07
Patent
Electronic Resource
Japanese
SLOPE SURFACE COLLAPSE COUNTERMEASURE PILE CONSTRUCTION METHOD
| European Patent Office | 2021
Landslide at Yui and its countermeasure
| Engineering Index Backfile | 1965