A flat concrete roof, transformed into a north-facing array angled for maximum year-round yield.
Flat concrete rooftops are everywhere in Mauritius — and laying panels flat wastes much of their potential. For this project, Solarex raised the modules on engineered aluminium tilt frames, setting them at the optimal angle and facing them north, towards the sun's path in the southern hemisphere, to capture the most energy across the whole year.
The incline does more than lift output: rain runs off and rinses away dust so the glass stays clean, and the gap beneath each row lets air circulate, keeping the panels cooler and more efficient in the tropical heat. Every frame is ballasted and anchored to stand firm through Mauritius' cyclone season — power that performs and stays put.
North-facing tilt captures the most energy year-round.
The incline sheds dust and rinses the glass clean.
Air flows beneath the panels, lifting efficiency.
Ballasted, anchored frames built for high winds.
We assess the slab's structure, orientation and shading on-site.
Tilt frames are engineered for the optimal angle and cyclone wind loads.
High-efficiency modules are set row by row at a clean, even tilt.
Strings are connected, tested and handed over with performance monitoring.
From homes to warehouses, a tilt-mounted rooftop array squeezes the most out of every square metre. Tell us about your roof and we'll design a system that fits.