The management of aquatic infrastructure in Mauritius requires adaptation to tropical conditions and local energy costs. The integration of specific technologies allows for a combination of user comfort and operational efficiency.
Maintaining water at a constant temperature and the filtration system in a tropical zone represent significant electrical loads on the CEB grid. Optimising these points is crucial for the profitability of sports and hotel complexes.
Installing variable frequency drives (VFD) on pumps allows flow to be adjusted according to actual needs. This technology reduces electricity consumption and mechanical wear on filtration equipment.
The integration of solar photovoltaic (PV) sensors allows for the compensation of thermal requirements. In a tropical environment, managing ambient humidity is essential to preserve aquatic centre infrastructure.
Chemical and physical treatment must be rigorous to ensure swimmer safety. Effective filtration reduces the frequency of chemical treatments required in the pools.
The integration of connected sensors allows for real-time data transmission. This data feeds local algorithms to optimise filtration and treatment cycles based on attendance.
Reducing operational costs in Rs allows for better profitability. Automating systems improves equipment lifespan and reduces repetitive manual interventions.
The hot and humid climate promotes the growth of algae and bacteria, requiring a robust filtration system and constant monitoring of water quality.
VFDs allow pumps to operate at their optimal speed rather than running constantly at full power, thereby saving energy consumed from the grid.
Yes, solar PV energy can directly power filtration and heating systems, reducing dependence on conventional energy sources.
Automation ensures a constant maintenance of the water's physico-chemical parameters while optimising the use of chemicals.
Artificial intelligence analyses attendance and water quality data to automatically adjust the operation of pumps and filtration systems.
A system equipped with VFDs and preventive maintenance shows reduced mechanical wear, significantly extending the useful life of the equipment.
Connected in read-only mode, calculated on-site, without cloud. First audit free.
In Maurice, the lever for a swimming pool is peak shaving and solar self-consumption — AI shifts pumps, heating, and ventilation. And where a spot market exists (here France, ENTSO-E, as an example), the same AI also arbitrates on the hourly price.
Source: ENTSO-E · France zone (reference). Maurice: peak shaving + self-consumption; spot arbitrage in perspective. · Day– · €/MWh· periodic update.