Japan 200 m Solar Farm Fence Project

Project Reference · Japan

Japan 200 m Solar Farm Perimeter Fence Project

This case study documents an approximately 200 m perimeter fence for a solar site in Japan. The project drawings show 2000 × 1200 mm welded-mesh panels, direct-driven steel posts, mechanical panel connections, dedicated corner and inclined-section details, and a 4000 mm double-leaf gate.

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Welded-mesh perimeter fence at the Japan solar project

~200 mApproximate fence length 2000 × 1200 mmStandard panel shown Ø48 × 2 mmStandard post shown 4000 mmDouble-gate opening shown

Project Facts

Dimensions and Components Shown in the Project Drawings

The values below describe this project reference only. They are not presented as universal fence specifications for every solar site.

~200 mApproximate project fence length

2000 × 1200 mmStandard welded-mesh panel

Ø48 × 2 mmStandard steel post

1800 mmPost length shown

600 mmEmbedment shown in the drawing

74 × 150 mmMesh grid shown

M6 × 70J-bolt connection reference

4000 mmDouble-leaf gate opening shown

Fence Module

Standard Panel and Post Layout

The standard fence module uses a 2000 mm-wide by 1200 mm-high welded-mesh panel with a round steel post. Repeating the module creates the straight sections of the perimeter, while separate details address corners and changes in ground level.

Straight run of welded-mesh perimeter fencing at the Japan solar site

Straight fence run showing the repeated panel-and-post layout around the site boundary.

Standard module shown

Panel width2000 mm
Panel height1200 mm
Post sectionØ48 × 2 mm
Post length1800 mm shown
Embedment600 mm shown
Mesh grid74 × 150 mm shown

Quantity note: final panel and post quantities should follow the actual alignment, gate locations, corner count and terrain rather than a simple perimeter-length division.

Post and Panel Connection

Direct-Driven Posts with Mechanical Connections

The drawing uses a direct-driven post concept. The mesh panel is fixed to the post with an M6 × 70 J-bolt, flange nut and dedicated joining hardware.

Ground→ Driven steel post→ J-bolt / connector→ Welded-mesh panel

Connection detail

The standard post is shown as Ø48 × 2 mm. Mechanical joining hardware connects adjacent mesh sections to the post without turning this case study into a universal installation specification.

Ground-condition note: the 600 mm embedment belongs to this project drawing. Required post depth should be checked against actual soil conditions, terrain, wind exposure and project engineering.

Steel fence post with welded-mesh panel connector and J-bolt detail

Close-up of the post, mesh panel and mechanical connection detail.

Corners and Slopes

Details for Direction Changes and Uneven Ground

The project drawing includes separate connection details for corners and inclined fence sections. That allows the perimeter layout to respond to direction changes and terrain without assuming that every run is flat and straight.

Welded-mesh fence detail at a direction change and sloping section

Project fence section illustrating a direction change or sloped-ground transition.

What is documented

Straight runsRepeated standard panels
CornersDedicated joining detail shown
Inclined sectionsSeparate connection detail shown
Ground interfaceDriven-post concept

Design boundary: the drawing confirms that inclined sections were considered, but it does not justify a universal maximum slope angle for other sites.

Site Access

Double-Leaf Gate Detail

A separate gate drawing shows a double-leaf opening integrated with the perimeter fence, using heavier gate posts, a steel frame, mesh infill, hinges and locking hardware.

Gate dimensions shown

Gate typeDouble leaf
Opening4000 mm shown
Drawing reference4000 × 1500 mm
Gate postsØ76 × 2.0 mm
Gate frame40 × 25 × 1.0 mm
Mesh grid74 × 150 mm

The drawing also identifies hinge, locking and fixing hardware. Final access requirements should be coordinated with the site plan and the vehicles expected to use the entrance.

Completed double-leaf perimeter gate with steel posts at the solar site

Completed double-leaf gate and vehicle-access opening at the project perimeter.

Installation Reference

Typical Sequence Reflected by the Project Details

This sequence summarizes the documented system layout. It is not a substitute for the approved construction method statement or site-specific engineering.

1. Set out the boundaryConfirm fence alignment, corners, gate position and changes in terrain.

2. Install postsDrive posts to the project-approved depth and maintain the required line and spacing.

3. Fix mesh panelsConnect panels using the specified J-bolts and joining hardware.

4. Complete transitions and gateFinish corner/inclined details, then check gate alignment, hinges, locking and clearance.

Engineering Notes

Project-Specific Values That Should Not Be Generalized

SERP competitors often publish broad product claims, security ratings and standard specifications. This case study is stronger when it stays limited to what the project reference actually documents.

Post depth

The 600 mm embedment is a project drawing value, not a universal requirement. Soil and structural checks can change the required penetration.

Security performance

This page does not claim an anti-climb rating, forced-entry certification or insurer approval because none is documented in the supplied page source.

Terrain capability

The project includes an inclined-section detail, but the allowable slope range should come from the approved design rather than a generic web specification.

Need a Fence Layout for a Solar Site?

Send the perimeter length, site plan, terrain information, required fence height, gate opening and ground conditions. Those inputs are more useful for a project-specific layout than copying dimensions from another site.

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More Project and Ground-Mount References

Project reference: Japan · Approx. 200 m perimeter fence · Welded-mesh panels · Direct-driven post concept · Double-leaf access gate.