Al-Badiya Project Development
A landmark project-development journey in Al Mafraq, Jordan, shaping a 23 MWp solar and 12 MWh battery-storage concept into a defined solar and energy-storage project prepared for utility-scale execution.
Developing a solar and storage project for grid resilience.
Al-Badiya represents Philadelphia Solar's project-development experience in shaping a utility-scale renewable-energy opportunity around photovoltaic generation and grid-connected battery storage.
The development approach focused on defining the project configuration, combining solar generation with storage capabilities designed to support renewable firming, ramp-rate control, reduced curtailment, and cleaner dispatchable power.
Project Development Fact Sheet
The core project configuration developed for the Al-Badiya solar and energy-storage asset.
Site Gallery
A focused visual overview of the solar field, mounting structures, module alignment, and Tesla battery energy storage system.
Technology Configuration Defined for the Project
The developed project concept combines Philadelphia Solar PV modules and locally manufactured steel structures with Tesla utility-scale battery energy storage.
PS-P72-320Wp PV Modules
High-performance photovoltaic modules manufactured by Philadelphia Solar and deployed as part of the plant expansion.
View PV Modules
Utility-Scale Battery Storage
Tesla was selected to provide a Powerpack system paired with the solar park to support energy storage and grid services.
Technical Library
Magnelis Steel Mounting Systems
Philadelphia Solar Magnelis steel ground mounting structures, including PS-4H Fixed and PS-1P Tracker systems.
View StructuresFrom Project Establishment to Energy Storage Expansion
Project Established
Al Badiya was established as a specialized power generation company.
Phase I COD
12 MWp plant commercial operation date: 22 October 2015.
Expansion COD
Expansion added 11 MWp and increased total operating capacity to 23 MWp.
Tesla BESS
Utility-scale battery storage added for renewable firming and grid services.
Development Strategy
The project-development scope brought solar generation and battery storage into one coherent project concept, aligned around grid resilience, renewable firming, and future operational flexibility.
Defined Technical Configuration
The developed project configuration includes Philadelphia Solar polycrystalline PV modules, PS-4H Fixed mounting structures, PS-1P Tracker systems, and Tesla Powerpack storage technology.
Development-Led Technology Integration
The project-development concept brings together Philadelphia Solar photovoltaic technology, Magnelis® mounting structures, and Tesla Powerpack utility-scale battery storage within one integrated project architecture.
Planning Your Next Utility-Scale Solar or Energy Storage Project?
Philadelphia Solar supports project development by helping define scalable technical concepts, project configurations, and integrated renewable-energy solutions for utility-scale opportunities.