University of Jordan Solar PV Park
A monumental 16 MW active solar power project developed in multiple phases, featuring one of the world's largest solar carparks.
A multi-phase solar park for education and healthcare.
The University of Jordan Solar PV Park is a landmark renewable energy project in Amman, developed across multiple phases to support the electricity needs of one of Jordan’s most important educational and medical institutions.
The complete active capacity reaches 16 MW and combines expansive roof-mounted PV systems with a major solar carpark solution serving the University of Jordan Hospital.
Project Fact Sheet
Core project data for the University of Jordan Solar PV Park and its hospital carpark phase.
One of the World’s Largest Solar PV Carparks
The hospital carpark phase transforms parking infrastructure into a high-capacity renewable energy asset.
Largest of Its Kind in Jordan
The 4.6 MWp solar PV carpark solution is considered the largest project of its kind in Jordan and globally recognized as one of the five largest solar PV carpark projects in the world.
Designed for Hospital Energy Reduction
This specific phase was implemented by the coalition of Philadelphia Solar and Ahmed Badawi Electromechanical Contracting Company to reduce the University of Jordan Hospital’s electricity consumption bill.
Roof-Mounted Systems and Solar Carpark Infrastructure
The project combines campus rooftops, hospital-adjacent carpark structures, and distributed PV assets across the University of Jordan environment.
Campus Rooftop Solar Deployment
Roof-mounted arrays installed across university buildings, converting available roof area into productive clean energy generation for the wider campus.
Distributed rooftop systems
Hospital Solar Carpark Phase
Carpark-mounted PV canopies generate clean electricity while providing shaded parking and visible renewable infrastructure next to healthcare facilities.
4.6 MWp carpark phaseEngineering for Scale, Space and Institutional Reliability
A multi-format PV deployment engineered to serve a dense urban campus and a critical healthcare facility.
PV Canopies Built Above Parking Areas
Carpark structures allow the project to generate clean energy from existing parking space, adding value without consuming additional land on the campus.
Elevated Mounting Designed for Daily Use
The canopy-mounted PV arrays combine energy production, vehicle shading, and structural stability to support long-term operation within an active hospital environment.
Operating Through Seasonal Conditions
The carpark system is exposed to real campus weather conditions, including winter events, reinforcing the need for robust structural execution and reliable PV performance.
One Project. Three Strategic Energy Layers.
The University of Jordan Solar PV Park shows how large institutions can combine different PV formats into one integrated clean-energy strategy.
Campus Buildings
Roof-mounted PV systems across university facilities.
Solar Carparks
High-capacity PV canopies serving parking areas.
Hospital Load
Clean energy targeting healthcare electricity demand.
University of Jordan Solar PV Park
Selected media showing the campus-wide PV park, hospital carpark canopies, rooftop systems, and real-world operating conditions.
Scale Your Institution's Energy Independence
Whether you require a massive multi-phase solar park or a record-breaking carpark solution, our turnkey EPC services deliver unmatched performance.