Solar Canopy
Solar Canopy In residential Villa MBZ
ABU DHABI
THE FACTS
Clients Satisfied
Projects Done
This project involved the design and installation of a residential solar canopy system over a sit-out area at a villa in MBZ City, Abu Dhabi, transforming the outdoor space into a shaded, comfortable environment while enabling clean energy generation and sustainable power supply.
Overview
The residential villa owner in MBZ City, Abu Dhabi, required a solar canopy solution to enhance the usability of the outdoor sit-out area while integrating clean energy generation. The objective was to create a shaded, comfortable leisure space powered by solar energy, reducing reliance on grid electricity and improving overall sustainability within the property.
Challenges
The villa project in MBZ City, Abu Dhabi initially featured an open sit-out area exposed to direct sunlight, limiting comfort and usability during peak hours while relying entirely on grid electricity. This setup reduced overall energy efficiency and missed the opportunity to transform the outdoor space into a shaded, functional, and energy-generating area.
Solution & key features
We engineered and implemented a residential solar canopy system integrated with a clean energy solution, transforming the sit-out area into a shaded, functional, and solar-powered outdoor space. The system was designed to deliver reliable performance under UAE environmental conditions while enhancing user comfort and enabling efficient energy generation.
Key Features of the Solution
- 100% solar-powered operation
- 24/7 uninterrupted functionality
- Integrated battery storage for night-time use and backup power
- EV charging support integrated into the system
- Support for additional systems such as CCTV cameras and monitoring equipment
Results & Impact
Ali Askar
Dubai, UAE
Solar Carport
Solar Carport In residential Villa Jumeirah
DUBAI
THE FACTS
Clients Satisfied
Projects Done
This project involved designing and installing a residential solar carport system at a villa in Jumeirah, Dubai, transforming the parking area into a clean energy generation space with integrated solar protection and sustainable power supply.
Overview
The residential villa owner in Jumeirah, Dubai, required a solar carport solution to enhance parking functionality while integrating clean energy generation. The objective was to create a shaded parking structure powered by solar energy, reducing reliance on grid electricity and improving overall sustainability within the property.
Challenges
The villa project in Jumeirah, Dubai initially required a conventional parking setup dependent on grid power, which limited energy efficiency and long-term sustainability. This approach also resulted in ongoing electricity consumption and reduced the opportunity to utilize the parking area as a productive, energy-generating asset.
Solution & key features
We engineered and implemented a residential solar carport system integrated with a clean energy solution, transforming the parking area into a self-sustaining solar-powered structure. The system was designed to deliver reliable performance under real UAE environmental conditions while providing shaded parking and efficient energy generation.
Key Features of the Solution
- 100% solar-powered operation
- 24/7 uninterrupted functionality
- Integrated battery storage for night-time use and backup power
- EV charging support integrated into the system
- Support for additional systems such as CCTV cameras and monitoring equipment
Results & Impact
Ali Askar
Dubai, UAE
Solar Payment Kiosk
Solar Conversion of Payment Kiosks
UAE
THE FACTS
Clients Satisfied
Projects Done
This project involved converting a fully electricity-dependent payment kiosk into a completely solar-powered, off-grid solution.
Overview
MBME Payment approached us with a key operational limitation in their kiosk deployment. Their payment machines were بالكامل dependent on grid electricity, restricting installation only to locations with nearby power sources—primarily retail shops.
Challenges
The client’s kiosks were originally designed to operate only with a direct electrical connection. This created major limitations in deployment, as machines could only be installed near power sources—typically inside or adjacent to retail shops. As a result, the client faced ongoing electricity costs, rental expenses, and limited flexibility in choosing high-traffic locations.
Solution & key features
We engineered and implemented a fully off-grid solar power system, converting the existing electric-powered kiosks into independent solar units. The system was designed to ensure continuous, reliable performance under real operating conditions.
Key Features of the Solution
- 100% solar-powered operation
- 24/7 uninterrupted functionality
- Integrated battery storage for night-time use
- Support for additional components such as cameras and monitoring systems
- Optimized for UAE climate conditions
Results & Impact
The project significantly enhanced the client’s operational flexibility and reduced recurring costs, while enabling expansion into previously inaccessible locations. This solution demonstrates the practical impact of solar energy in powering smart, decentralized infrastructure.
- Complete freedom to install kiosks in high-traffic areas such as labor camps and open public spaces
- Elimination of electricity dependency
- Reduced operational and rental costs
- Increased deployment flexibility and business scalability
- Real-time monitoring of usage and performance
This project successfully transformed MBME’s kiosk operations from a location-dependent model to a fully flexible, solar-powered solution—enabling cost savings, operational efficiency, and expansion into previously inaccessible areas.
MBME Payment Solution
Abu Dhabi, UAE