CONSTRUCTION EXAMPLES

• Power Output2000kW
• Ground TypeRock Bed

■Earth screw piling method by core drilling

We dug deep holes suited size for earth screw piles by core drilling, then drove them into the ground.

• Power Output2,832kW
• Ground TypeMarsh and Soft Ground

■Earth screw piling method by utilizing “Power Screw Piles”

We drove 1 or 2 earth screw piles into 2 to 4 meters under the ground depending on the ground condition.

• Power Output3,180kW
• Ground TypeMarsh and Soft Ground

■Earth screw piling method by utilizing “Power Screw Piles”

We drove 1 or 2 earth screw piles into 2 to 4 meters under the ground depending on the ground condition.

• Power Output3,180kW
• Ground TypeMarsh and Soft Ground

■Earth screw piling method by utilizing “Power Screw Piles”

We drove 1 or 2 earth screw piles into 2 to 4 meters under the ground depending on the ground condition.

• Power Output2,714kW
• Ground TypeMarsh and Soft Ground

Earth screw piling method by utilizing “Power Screw Piles”

We drove 1 or 2 earth screw piles into 2 to 4 meters under the ground depending on the ground condition.

• Power Output2,714kW
• Ground TypeMarsh and Soft Ground

■Earth screw piling method by utilizing “Power Screw Piles”

We drove 1 or 2 earth screw piles into 2 to 4 meters under the ground depending on the ground condition.

• Power Output291kW
• Ground TypePartially Soft Ground

■Earth screw piling method by utilizing “Power Screw Piles”

We installed ten types of different modules
for comparing to each modules power output on the same condition.

• Power Output1,944kW
• Ground TypeMarsh and Soft Ground

■Earth screw piling method by utilizing “Power Screw Piles”

We drove 2 or 3 earth screw piles into 4 to 6 meters under the ground depending on the ground condition.

• Power Output807kW
• Ground TypeNormal Ground

■Earth screw piling method by utilizing ground mounted structures specialized in the tiny area.

We manufactured 8 landscape of ground mounted structures for the tiny area.
We constructed high output power plants in the tiny area and tried to prevent the decrease of generation.

• Power Output36kW
• Ground TypeConcrete on a roof top

■Flat roof self-weight method

We set structures by utilizing its self-weight and did not make any holes on the concrete.

• Power Output1,678kW
• Ground TypeSloping Ground

■Earth Screw piling method

By utilizing 3D survey, we avoided overlapping the shadow over modules at a maximum slope of 20 degrees.

• Power Output640kW
• Ground TypePartially Soft Ground

Earth screw piling method by utilizing “Power Screw Piles”

We drove 3 different types of screw piles, normal screw piles, long screw piles and “Power Screw Piles” depending on ground conditions

• Power Output2,831kW
• Ground TypePartially Soft and Slopping Ground

Earth screw piling method by utilizing “Power Screw Piles”

By utilizing 3D survey, we installed solar modules at same gradient.
Ground mounted structure is constructed at 1800mm height from the ground for solar sharing under the solar modules.

• Power Output1,049kW
• Ground TypeNormal Ground

■Earth screw piling method by utilizing “Power Screw Piles”

Due to against snow and strong wind caused by close to the coast, some “Power Screw Piles “are utilized and ground mounted structure is at 1,800 height from the ground.

• 発電出力1,998kW→2,466kW

■Power Change Srevice

We changed old modules to high output modules. DC increase 23.4%.

• Power Output2,016kW→2,570kW

■Power Change Srevice

We changed old modules to high output modules. DC increase 27.5%.

• Power Output975kW→1,300kW

■Power Change Srevice

We changed old modules to high output modules. DC increase 33.3%.

• Power Output5,110kW→6,643kW

■Power Change Srevice

We changed old modules to high output modules. DC increase 30.0%.