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Recently, Shandong Electric Power Construction No.
2 Company successfully developed a mobile hydraulic cable laying machine, and applied it in China Resources New Energy Hubei Province Suixian Zijinshan Wind Farm Project, China Resources New Energy Hubei Suizhou Ermeishan Wind Farm Phase III Project, China Resources New Energy Guizhou Liping Phase I Zhushan Wind Farm Project, which not only reduced a lot of manpower and mechanical investment, but also further improved the efficiency and laying quality
of cable laying.
New energy wind farms are mainly concentrated in mountainous and hilly areas, due to poor quality conditions and harsh construction environment of mountain wind farms, coupled with large outer diameter and heavy weight of cables, which bring great difficulties
to the on-site laying of cables.
To this end, Shandong Electric Power Construction No.
2 Company has developed a mobile hydraulic cable laying machine
on the basis of wind power engineering practice.
The mobile hydraulic cable laying machine changes the fixed laying of the cable reel to the mobile laying of the cable reel, and realizes the mechanized mobile laying of the cable reel through the tractor as the forward power
.
When laying, use the hydraulic jack to lift the cable reel off the ground, lead the cable out above the cable reel, manually assist traction to drive the cable reel to rotate, start the traction machine, and move slowly along the cable trench, the cable reel relies on inertia and the cable itself gravity slowly rotates to complete the cable reverse laying
.
It realizes the integration of cable tray transportation, loading and unloading, and laying, reduces the use of cranes and trailers, reduces the utilization rate of machinery, and reduces fuel consumption and emissions
.
Taking the Zijinshan Wind Farm Project of China Resources New Energy Suixian as an example, the project laid a total of about 110 kilometers of 35 kV high-voltage cable, which took 60 days to complete, reducing labor input by 10 people, saving 20 mechanical shifts, saving a total of about 110,000 yuan, and significant economic benefits
.
Recently, Shandong Electric Power Construction No.
2 Company successfully developed a mobile hydraulic cable laying machine, and applied it in China Resources New Energy Hubei Province Suixian Zijinshan Wind Farm Project, China Resources New Energy Hubei Suizhou Ermeishan Wind Farm Phase III Project, China Resources New Energy Guizhou Liping Phase I Zhushan Wind Farm Project, which not only reduced a lot of manpower and mechanical investment, but also further improved the efficiency and laying quality
of cable laying.
New energy wind farms are mainly concentrated in mountainous and hilly areas, due to poor quality conditions and harsh construction environment of mountain wind farms, coupled with large outer diameter and heavy weight of cables, which bring great difficulties
to the on-site laying of cables.
To this end, Shandong Electric Power Construction No.
2 Company has developed a mobile hydraulic cable laying machine
on the basis of wind power engineering practice.
The mobile hydraulic cable laying machine changes the fixed laying of the cable reel to the mobile laying of the cable reel, and realizes the mechanized mobile laying of the cable reel through the tractor as the forward power
.
When laying, use the hydraulic jack to lift the cable reel off the ground, lead the cable out above the cable reel, manually assist traction to drive the cable reel to rotate, start the traction machine, and move slowly along the cable trench, the cable reel relies on inertia and the cable itself gravity slowly rotates to complete the cable reverse laying
.
It realizes the integration of cable tray transportation, loading and unloading, and laying, reduces the use of cranes and trailers, reduces the utilization rate of machinery, and reduces fuel consumption and emissions
.
Taking the Zijinshan Wind Farm Project of China Resources New Energy Suixian as an example, the project laid a total of about 110 kilometers of 35 kV high-voltage cable, which took 60 days to complete, reducing labor input by 10 people, saving 20 mechanical shifts, saving a total of about 110,000 yuan, and significant economic benefits
.
