A 73-site urban macro rollout in Alexandria can be modeled around 20m tapered steel monopoles, each weighing about 7t, or roughly 350 kg per meter of structure. That compact height class is relevant because Alexandria is not a simple inland grid: the governorate serves about 5.6 million residents, stretches along a 70 km Mediterranean coastline, and includes dense residential districts, port infrastructure, industrial zones, highways, and tourism corridors.
Why the 20m Urban Macro Format Fits Alexandria
Egypt’s mobile base gives the deployment case measurable demand. Public telecom figures reported about 106.2 million mobile subscriptions by December 2023. Mobile internet subscriptions increased from 39 million in 2019 to 69.4 million in 2022, a 77.9% rise. In early 2024, Egypt was also reported at about 82.0 million internet users and 72.2% internet penetration.
For Alexandria, those numbers point to a network design problem rather than a generic coverage story. Operators need macro sites that support current 4G densification while leaving structural capacity for 5G overlay planning, additional RRUs, microwave backhaul, and small-cell packages where street-level capacity is required.
Engineering Configuration Snapshot
| Parameter | Recommended value | Deployment relevance |
|---|---|---|
| Tower quantity | 73 units | Urban macro coverage model for Alexandria |
| Tower height | 20m | Compact profile for dense streets and coastal districts |
| Steel weight | 7t per tower | About 350 kg/m for this 20m class |
| Material | Q345 hot-dip galvanized steel | Medium corrosion protection for Mediterranean exposure |
| Antenna load | 3 panel antennas, 1 microwave dish, 1 RRU set, 1 small-cell package | Supports macro radio, backhaul, and local capacity layers |
| Wind design | Wind Class 1, 40 m/s basic wind speed, factor 1.0 | Framed under TIA-222-H structural logic |
| Design life | 30 years | Long-cycle infrastructure procurement basis |
| Lead time | 30-45 days | Enables phased fabrication and civil works planning |
Civil Works and Logistics Considerations
The recommended foundation type is a concrete drilled pier, which is practical where right-of-way is limited, streets are constrained, and coastal soils require repeatable construction controls. Foundation curing should be scheduled before erection and commissioning, so the deployment sequence needs to separate fabrication, civil works, tower assembly, radio installation, and acceptance checks.
Shipping also affects the procurement model. A CKD delivery format can reduce logistics volume by approximately 60-70%, which is useful for port-based delivery through Alexandria. For a 73-unit program, that reduction can materially change container planning, yard staging, and installation sequencing.
SOLARTODO’s configuration is therefore best read as a repeatable telecom asset package: 20m Q345 galvanized monopoles, Wind Class 1 assumptions, drilled pier foundations, and a defined radio loading envelope for urban macro expansion.
For the detailed engineering configuration, visit solartodo.com/solutions/alexandria-telecom-tower-73-unit-20m-monopole-wind-class-1
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