Mauritius municipalities manage vast networks of public spaces – plazas, pedestrian zones, promenades, parking areas, and civic amenities that represent significant energy costs and maintenance burdens. Obluxe is working with municipal authorities across Mauritius to transform these existing surfaces into clean energy generators.
By integrating PLATIO solar pavers into high-footfall public spaces, municipalities can generate clean electricity from surfaces that are already being maintained – reducing energy costs, generating revenue, and demonstrating environmental leadership to their communities.
Every municipal solar project we develop is designed to be self-financing – with energy savings and potential CEB export revenue covering installation costs over time.
PREMIUM WALKABLE SOLAR SURFACE
Mauritius has an extraordinary network of public infrastructure – beaches, coastal amenities, parking facilities, recreational areas, and public parks that attract millions of visitors and residents every year. These assets represent significant energy costs – and significant clean energy opportunities.
Obluxe is developing a programme of solar energy installations across public infrastructure assets in Mauritius – transforming beach parkings, coastal amenities, recreational facilities, and public parks into clean energy generators that power their own operations and contribute to the national grid.
Our public infrastructure solar programme is designed to work within existing government frameworks – including the CEB Small Scale Distributed Generation scheme and the Ministry of Environment’s renewable energy incentive programmes.
Municipal plazas, pedestrian walkways, and civic spaces are among the most energy-intensive public assets in Mauritius. Street lighting, fountains, EV charging points, and public amenities all consume significant electricity. Obluxe’s municipal solar paver installations power these amenities directly – reducing dependence on the CEB grid and cutting municipal energy bills from day one.
From beach parking areas to coastal promenades – public infrastructure assets in Mauritius consume significant electricity for lighting, amenities, and facilities management. Obluxe’s integrated solar solutions power these assets directly from the surfaces they already occupy – reducing government energy expenditure and demonstrating Mauritius’ commitment to sustainable development to the world.
Solar Paver Plazas
PLATIO solar pavers replace conventional paving in municipal plazas and pedestrian zones - generating clean energy from surfaces that are already being maintained
EV Charging Infrastructures
Solar-powered electric vehicle charging points for municipal parking areas - attracting EV users, generating revenue, and reducing grid dependence
Solar Street Lightings
LED street lighting powered directly by solar paver installations - eliminating street lighting energy costs from municipal budgets entirely
Amenities solar powered
Public fountains, water features, and civic amenities powered by integrated solar paver systems - zero operating energy costs for high-visibility public installations
Revenue Generation
Excess solar energy exported to the CEB grid generates direct revenue for municipalities under the Small Scale Distributed Generation framework
Reduced Energy Bills
Municipal energy costs reduced from day one - with full system payback typically achieved within 8-12 years depending on installation size and energy consumption
Environmental Leadership
Municipalities that invest in solar infrastructure demonstrate genuine environmental leadership - inspiring communities and attracting sustainable investment and tourism Benefit 8 Heading: BESS Integration Text: Battery energy storage systems paired with solar paver installations ensure continuous power supply for critical municipal amenities - day and night
BESS Integration
Battery energy storage systems paired with solar paver installations ensure continuous power supply for critical municipal amenities -day and night
Turnkey Delivery
Obluxe manages the complete project lifecycle - from feasibility study and financial modelling through permitting, installation, commissioning, and after-sales support