South Sinai
In South Sinai the remoteness of the site makes model standardisation and spare-part supply part of the design rather than a later item.
Read the details
South Sinai is a coastal tourism region with very high solar irradiance, harsh corrosion conditions, and a remoteness that makes any fault expensive in time rather than in parts.
The design there is built around reducing the need to intervene: coastal-grade materials, standardised models, and essential spares handed over with the project.
- 5projects delivered
- 54units installed
- 1sectors
Delivered projects
Open a project name to see the delivery details.
| Project | Sector | Units |
|---|---|---|
| Intercontinental Hotel | Hotels & hospitality | 15 units |
| Ecotel Hotel | Hotels & hospitality | 18 units |
| Inmo Hotel | Hotels & hospitality | 12 units |
| Sultan Gardens Hotel | Hotels & hospitality | 5 units |
| Sharm Dreams Al Fairouz Hotel | Hotels & hospitality | 4 units |
- Intercontinental Hotel
- Sector
- Hotels & hospitality
- Units
- 15 units
- Ecotel Hotel
- Sector
- Hotels & hospitality
- Units
- 18 units
- Inmo Hotel
- Sector
- Hotels & hospitality
- Units
- 12 units
- Sultan Gardens Hotel
- Sector
- Hotels & hospitality
- Units
- 5 units
- Sharm Dreams Al Fairouz Hotel
- Sector
- Hotels & hospitality
- Units
- 4 units
What makes installation in South Sinai different
- Full coastal specification for fixings, casing and exposed pipework.
- Feed water is often desalinated, which sets internal protection and the service interval.
- High irradiance reduces the collector count required while increasing thermal stress on components.
- Site remoteness brings model standardisation and essential spare supply into the delivery scope.
- Most facilities are hotels, which means a hotel draw peak and a mandatory auxiliary source.
Frequently Asked Questions
The resort is remote, so how is maintenance guaranteed?
By standardising the model within the project, supplying essential spares at handover, and working to an agreed preventive schedule. The aim is to reduce how often emergency intervention is needed rather than to speed it up afterwards.
Sunlight is very strong there, so is the system smaller?
High irradiance does reduce the required area, but thermal stress on components rises. The design takes the first benefit and protects against the second, rather than simply shrinking the system.