Jeddah Oceanarium
Architectural BIPV for a landmark cultural and tourism destination
- Capacity / Scale
- 132 kWp BIPV
- Location
- Jeddah, Kingdom of Saudi Arabia
- Client
- JCDC
- Status / Timeline
- Ongoing Project
Project Overview
Engineering shaped around the project.
A prestigious waterfront project featuring carefully designed architectural BIPV that complements the architectural vision of SOM. The 132 kWp BIPV system contributes clean energy while maintaining the high aesthetic standards expected of a landmark cultural and tourism destination in Jeddah.
Project Rationale
Motivation for Solar
To deliver a high-performance BIPV solution that respects the architectural vision of SOM while contributing meaningful clean energy to a major cultural and tourism landmark in Jeddah.
Project Value
Measurable scope. Lasting impact.
Technical delivery and real-world value come together through a solution tailored to the project’s site, stakeholders, and operating priorities.
Discuss a Similar Project- 01
132 kWp BIPV integration
- 02
Collaboration with world-renowned SOM Architects
- 03
Seamless architectural integration for a high-profile destination
- 04
Supports sustainability goals of the Jeddah waterfront development
Continue Exploring
Related projects
United Arab EmiratesDEWA HQ — Al Shera Building
5,012 kWp grid-connected architectural BIPV system consisting of solar roof, façade, podiums, and ground-mounted hybrid elements, supported by 7 robotic cleaning systems. One of the largest architectural solar façade installations in the Middle East.
View case study
United Arab EmiratesMasdar MC2
1,610 kWp net-zero building solar system, consisting of architectural and electrical integration within Masdar’s sustainable development framework. Delivers cost-effective renewable energy while supporting net-zero building performance.
View case study
United Arab EmiratesDEWA Portrait Solar Installation
World’s first solar portrait — a 2.4 kWp artistic solar installation at the entrance to Sheikh Mohammed Solar Park, celebrating His Highness’s vision for sustainability and innovation.
View case study