Family 6kW Solar Package Mauritius
6kW Residential Solar PV System | Up to 10 Panels | 6kW Hybrid Inverter
Rs361999.00
Paradise Solar Mauritius’ FAMILY 6kW Solar Package is designed for households with higher everyday electricity requirements that want to generate more of their electricity using solar energy.
Featuring a 6kW solar PV system, up to 10 solar panels and a 6kW hybrid inverter, the FAMILY package provides a balanced solution for modern Mauritian households.
Its hybrid inverter architecture also gives homeowners the flexibility to add compatible battery storage later, allowing the system to evolve as household energy requirements change.
The FAMILY package is particularly suitable for family homes using multiple household appliances, air-conditioning and other regular electrical equipment.
Package Specifications
Solar PV System Capacity: 6kW
Solar Panels: Up to 10 panels
Hybrid Inverter: 6kW
Battery Storage: Optional
System Monitoring: Available
Professional Installation: Included
Testing & Commissioning: Included
Application: Residential solar installation in Mauritius
Ideal For
Family homes, medium-sized households and properties with moderate-to-high daytime electricity consumption.
Up to 10 solar PV panels, 6kW hybrid inverter, mounting structure, electrical protection equipment, standard cabling, system monitoring configuration, professional installation, testing and commissioning.
Battery storage is available as an optional upgrade following an assessment of your household's energy requirements.
Paradise Solar Mauritius will perform a property and energy assessment before confirming the final installation.
The assessment considers roof availability, orientation, shading, electrical infrastructure, current electricity consumption, proposed equipment locations and future requirements such as battery storage or EV charging.
The Rs 361,999 package price is based on a standard installation.
Site-specific electrical, structural or installation requirements may affect the final quotation.
The exact number and configuration of solar panels may vary according to the selected panel specification and technical system design, while maintaining the intended system capacity.


