30 m Macro Sites Under Coastal and Street-Access Limits
A Cebu City macro site can be specified around 9 separate 30 m tapered steel monopoles, with each tower estimated at 15 t using a 500 kg/m steel weight assumption. The practical constraint is not only tower height. Cebu combines a coastal port environment, narrow urban road corridors, and dense mobile demand from a city population of 964,169 in the 2020 Census.
For a procurement team, that makes the baseline configuration relatively clear: galvanized Q345 monopole structures, compact site logistics, and antenna loading that supports both macro coverage and urban hotspot capacity. The wider Central Visayas region counted 8,081,988 residents, while Philippine mobile cellular subscriptions reached 115.29875 per 100 people in 2024. Tower demand also expanded from 17,850 telecom towers in 2020 to 35,043 in 2023, so repeatable tower packages matter more than one-off site design.
Core Engineering Package
| Parameter | Baseline figure | Engineering note |
|---|---|---|
| Tower quantity | 9 units | Typical Cebu City macro deployment batch |
| Tower height | 30 m | Tapered monopole format for urban parcels |
| Tower mass | 15 t each | Based on 500 kg/m steel estimate |
| Main material | Galvanized Q345 steel | Suitable for coastal exposure assumptions |
| Antenna package | 9 panels, 6 RRUs, 3 small cells per tower | Supports macro sectors plus hotspot capacity |
| Wind basis | Wind Class 1, 40 m/s, factor 1.0 | To be checked against TIA-222-H and final permits |
| Shipping format | CKD | Can reduce shipping volume by 60-70% |
The antenna arrangement is the main reason a monopole needs disciplined loading review. A panel antenna load chart monopole check should account for 9 panel antennas, 6 remote radio units, and 3 small cells on each 30 m structure, rather than treating the shaft as a generic pole. Wind Class 1 at 40 m/s with factor 1.0 is an appropriate starting basis under TIA-222-H, but site wind data and local permitting still decide the final design case.
Foundation, Corrosion, and Logistics
Cebu City sits near 10.31 degrees north and 123.89 degrees east, with port-linked movement through Cebu North Road, Cebu South Road, Cebu South Coastal Road, and Cebu Transcentral Highway. Those routes influence tower segmentation, lifting access, and delivery timing for 15 t monopoles.
For foundations, concrete pads can work for 30 m monopoles only where geotechnical reports confirm bearing capacity, groundwater level, and flood exposure. Near waterfront and reclaimed zones, corrosion assumptions should reflect tropical maritime conditions: high temperature, high humidity, abundant rainfall, and a rainy season commonly running from June to November. The Philippine distribution context also uses 60 Hz nominal frequency, which should be reflected in power-interface documentation for active equipment.
For public-sector procurement, tower packages should be documented cleanly enough for RA 9184 bidding workflows, including bid security, post-qualification, and award review. SOLARTODO’s role in this type of package is to keep the structure, antenna load, logistics format, and compliance documentation aligned before site-level engineering locks the final drawings.
For the full engineering configuration, visit SOLARTODO
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