Galvanized PJU poles are not only lamp supports. The pole must withstand the weight of the luminaire, arm, solar panel if used, wind exposure, vibration, and outdoor weather. If pole specification is not correct, the risk of tilting, corrosion, or repeated maintenance can increase.
KRISNA ENERGI provides street lighting and solar energy components that should be matched with site conditions. Pole selection should consider area function, lighting height, and structural safety.
Pole Height Must Follow the Illuminated Area
Residential roads, factory access, parking areas, highways, and project sites need different pole heights. A pole that is too low creates short light distribution. A pole that is too high without a suitable lamp can make the area below less bright.
Height and spacing considerations
- Road width or area to be illuminated.
- Distance between lighting points.
- Lamp output and light distribution angle.
- Visual obstacles such as trees, fences, or buildings.
Octagonal or Hexagonal Shape Depends on Load and Appearance
PJU poles may use octagonal or hexagonal shapes depending on design and strength needs. The important points are not only shape, but also material thickness, bottom and top diameter, base plate, and welding quality.
The Tiang PJU Galvanis Oktagonal Hexagonal category can be an initial reference for street lighting pole needs. If the system uses solar power, buyers should also connect pole selection with SOLAR CELL Panel Surya.
Galvanized Finishing Matters for Outdoor Areas
Galvanizing helps protect steel from corrosion, especially in open areas, coastal zones, industrial sites, or locations often exposed to rain. Finishing quality determines how well the pole survives weather conditions.
Solar Street Lighting Needs More Carefully Calculated Poles
If the pole is used for solar street lighting, the load does not come only from the lamp. Solar panels, brackets, battery boxes, control boxes, and wind direction add structural load. This is why pole selection must consider center of gravity and surface area exposed to wind.
For open locations such as highways, coastal areas, industrial zones, or remote projects, pole specifications should be discussed together with lamp and panel needs. This approach makes the lighting system safer, not only neat when newly installed.
Fabrication Quality Appears in Small Details
A good PJU pole can be seen from welding neatness, base plate accuracy, bolt holes, material thickness, and galvanizing result. These details affect installation ease and service life. If anchor holes are not precise or the base plate is not strong enough, field installation can take longer.
For projects with many lighting points, fabrication consistency is very important. Poles with inconsistent dimensions make it difficult to install arms, lamps, solar panels, or other accessories. Technical specifications should therefore be locked before production.
Foundation and Anchor Bolts Are Not Accessories
A good pole still needs a proper foundation. Base plate, anchor bolts, foundation depth, and concrete quality must follow pole height and load. For PJU projects, discuss installation location, planned height, lamp type, and solar power needs with KRISNA ENERGI so the pole specification becomes safer and more functional.