Accurate site engineering surveys are crucial for any construction project, providing the foundational data needed to ensure structural integrity, prevent costly errors, and guarantee efficient resource allocation across civil, mechanical, and electrical disciplines.
Overview
refers to a smaller-scale version of the full Civil, Mechanical, and Electrical (CME) construction process typically undertaken for telecommunication infrastructure. This term is often used for installations that don’t involve constructing a large, standalone tower (greenfield site), but rather involve deploying smaller communication nodes like microcells or pico-cells, or installing equipment on existing structures such as rooftops, utility poles, or street furniture. While still encompassing civil preparations (like reinforcing existing structures or creating small concrete pads), mechanical installation of compact antennas and equipment, and electrical connections for power and grounding, Mini CME projects are characterized by their reduced scope, lighter footprint, and often quicker deployment compared to traditional large-scale tower builds, serving to expand network coverage and capacity in urban or specific high-demand areas.
OUR VALUE
Delivering highest value to Customers and Partner through cost effective and efficient business practices.
Core Values
Construction as an industry comprises six to nine percent of the gross domestic product of developed countries. Construction starts with planning, design, and financing and continues until the project is built and ready for use.
Delivering highest value to Customers and Partner through cost effective and efficient business practices.
To be a good partner in all area IT, Telecommunication and Constructions business.
The Process
The construction of telecommunication tower infrastructure involves a comprehensive Civil, Mechanical, and Electrical (CME) process. Civil works establish the foundational stability, encompassing site surveys, land preparation, robust foundation installation, and the actual erection of the tower structure, along with supporting buildings like shelters and fencing. Mechanical aspects then integrate the functional components, including the precise installation of antennas and microwave dishes, efficient routing of feeder cables, and often climate control systems within the equipment shelters. Finally, Electrical systems ensure the tower’s operational power and safety, covering crucial grounding and lightning protection, the setup of main and distribution electrical panels, reliable power supply systems (including PLN connection, rectifiers, battery banks, and often generators), and essential obstruction lighting for aviation safety.
