Al-Badiya Hybrid Solar & Energy Storage Project
A landmark renewable energy project in Al Mafraq, Jordan, combining utility-scale solar generation with advanced Tesla battery energy storage to support grid stability, renewable firming, and clean energy dispatchability.
Hybrid solar generation built for grid resilience.
Al-Badiya Solar Power Plant is one of the region's pioneering hybrid renewable energy installations, integrating utility-scale photovoltaic generation with grid-connected battery storage.
The project combines high-efficiency solar power generation with advanced storage capabilities to help smooth intermittency, support ramp-rate control, avoid curtailment, and provide reliable clean energy dispatchability.
Project Fact Sheet
Core technical and operational data for the Al-Badiya Hybrid Solar and Energy Storage Project.
Field Execution & Energy Storage Integration
Visual documentation of the solar field, mounting structures, and battery energy storage system deployed at the site.
Integrated Technologies Behind the Project
Combining Philadelphia Solar modules and locally manufactured steel structures with Tesla utility-scale 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 StructuresDesigned for Performance, Storage, and Grid Support
Renewable Firming
Battery support helps smooth solar generation variability for more reliable grid delivery.
Ramp Rate Control
Storage integration assists in controlling rapid fluctuations in solar output.
Frequency Support
The Powerpack system supports network frequency stability and operational resilience.
Curtailment Avoidance
Battery storage helps capture excess solar generation and reduce curtailment risk.
Single Axis Tracking
The expansion included a Philadelphia Solar single-axis tracking system.
Local Manufacturing
Modules and mounting structures were manufactured locally by Philadelphia Solar.
From Establishment to Hybrid 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.
Advanced Grid Integration
By combining photovoltaic generation with battery energy storage, the project delivers a resilient clean energy source that helps address intermittency through dynamic storage support, ramp-rate control, and grid-connected energy management.
Premium Manufacturing Components
The plant utilizes Philadelphia Solar PV modules and Magnelis steel mounting structures, reflecting local manufacturing capability, outdoor durability, and engineering precision across the project lifecycle.
Strategic Technology Integration
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