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SELF-CONTAINED LIGHTING SUPPORTS

Reliable foundation for self-contained lighting supports with predictable bearing capacity and stable geometry. Screw foundations provide an engineering basis for lighting supports with solar panels, battery modules and lighting equipment without concreting, shrinkage and technological pauses.
FULL ENGINEERING CYCLE FROM PILLAR
From the idea to the finished solution!

Trust us with your project and get full engineering support of the foundation - from calculations to installation with quality control at each stage.

From the idea to the finished solution!

Trust us with your project and get full engineering support of the foundation - from calculations to installation with quality control at each stage.

Engineering design of foundations on screw piles taking into account the geology of the site, design loads and project requirements. We perform selection of the type, diameter and depth of geo-groups, providing accurate geometry of the foundation field and reliable operation of the base.
Own production of geo-groups with quality control at each stage - from steel selection to anti-corrosion protection. The products meet the design loads, durability requirements and operating standards of foundation systems.
Professional installation of geo-groups in compliance with project geometry and torque control. Foundations are installed without concreting and unnecessary excavation work, which allows to reduce the implementation time and optimize costs.

SCREW FOUNDATION FOR SELF-CONTAINED LIGHTING SUPPORTS

Self-contained lighting supports

Engineering structures equipped with lamps, solar panels, batteries and control modules operating independently of centralized power grids. The foundation should ensure the stability of the support, the exact vertical position and reliable operation of the equipment throughout the entire service life.

Piles for lighting supports

Screw piles are deepened to the bearing layers of the soil, providing the transfer of loads from the support, lamps and photovoltaic modules to stable horizons. The absence of concreting allows you to quickly implement foundation solutions even in hard-to-reach or remote locations.

Engineering approach

The foundation for self-contained lighting supports is calculated taking into account the height of the support, the weight of the equipment, wind loads, the sails of the solar panels and the actual soil conditions of the site.

Constructive solution

The screw foundation allows you to integrate piles with the supporting part of the lighting structure and perform the installation of supports without waiting for a set of concrete strength.

ADVANTAGES OF THE FOUNDATION ON SCREW PILES FOR SUPPORTS OF AUTONOMOUS LIGHTING

The foundation on screw piles is an engineering solution for autonomous lighting systems due to its quick installation, stable geometry and versatility of application.
Installation of one geo-group lasts up to 15 minutes, which allows you to quickly deploy lighting systems.
Piles are calculated taking into account wind impacts and increased sails of structures with solar panels.
The absence of concreting and electrical installation work at the foundation stage simplifies the implementation of autonomous solutions.
Foundations are installed without pits and preserving the existing coating or landscape.
Screw piles do not depend on temperature conditions, which allows you to perform work without seasonal restrictions.

ENGINEERING CRITERIA OF THE FOUNDATION FOR SUPPORTS OF AUTONOMOUS LIGHTING

CRITERION 1

ESTIMATED IMMERSION DEPTH

It is determined by the results of engineering and geological surveys and the level of occurrence of bearing layers of soil.
CRITERION 2

ADAPTATION TO SOIL CONDITIONS

CRITERION 2

ADAPTATION TO SOIL CONDITIONS

The foundation is designed taking into account the actual operation of soils under the influence of wind and operational loads.
CRITERION 3

BEARING CAPACITY FOR SUPPORT AND EQUIPMENT

CRITERION 3

BEARING CAPACITY FOR SUPPORT AND EQUIPMENT

Piles are calculated for loads from supports, lamps and solar modules.

КРИТЕРІЙ 3

НЕСУЧА ЗДАТНІСТЬ ПІД ОПОРУ ТА ОБЛАДНАННЯ

КРИТЕРІЙ 3

НЕСУЧА ЗДАТНІСТЬ ПІД ОПОРУ ТА ОБЛАДНАННЯ

Палі розраховуються під навантаження від опори, світильників і сонячних модулів.
КРИТЕРІЙ 4

ТОЧНА ВЕРТИКАЛЬНІСТЬ ОПОРИ

Забезпечує коректну роботу освітлювального обладнання та естетику об’єкта.
CRITERION 4

EXACT VERTICALITY OF THE SUPPORT

Ensures correct operation of lighting equipment and aesthetics of the object.
CRITERION 5

LACK OF SHRINKAGE

Installation without concreting allows you to immediately put the lighting system into operation.
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Installation Steps
Geology and construction design

For the correct design of the foundation, engineering and geological surveys and analysis of the design of the structure are carried out. This allows you to determine the design loads, soil conditions, the depth of the bearing layers and the requirements for the geometry of the foundation system.

ADAPTATION OF THE FOUNDATION FOR THE STRUCTURE

Based on the data obtained, PILLAR engineers calculate the number of supports, the step of their location and the depth of immersion. The parameters of the geo-groups are selected taking into account the loads, the type of structure and the required geometric stability of the foundation.

INSTALLATION AND READINESS FOR CONSTRUCTION

Screw piles are installed with control of verticality, torque and geometry of the foundation field. After completion of installation, the foundation is immediately ready for further construction of the structure without technological pauses and waiting for shrinkage.

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