The largest utility-scale wheeling project for a non-governmental entity in the region, powering major institutional buildings while driving immense economic and social value.
This comprehensive utility-scale energy project is strategically designed to supply clean, reliable electricity to the Social Security Corporation headquarters, its various branches, the Investment Fund building, and the Crowne Plaza Hotel in Amman. It stands as a strong regional model for institutional energy independence and long-term planning.
The project was not designed as rooftop solar on one building. It operates as a centralized utility-scale solar plant whose generated electricity is injected into the national grid and credited to multiple Social Security Corporation facilities.
Solar Plant Generation
The 19.75 MWp plant produces clean electricity from a dedicated utility-scale site using Philadelphia Solar PV modules and in-house engineered structures.
19.75 MWp plant
National Grid Transfer
The generated power is fed into Jordan’s electrical grid, enabling an advanced delivery model without physically placing solar systems on every beneficiary building.
Wheeling mechanism
SSC Sites Benefit
The energy value is allocated to the SSC headquarters, branches, Investment Fund building, and Crowne Plaza Amman, reducing operating expenses at institutional scale.
7M JOD annual savings
In simple terms:The solar plant can be located where solar generation is most efficient, while the financial and energy benefits are distributed to several SSC facilities through the approved wheeling arrangement.
Project Gallery
Site Gallery
Every image now reflects a real project condition—from utility-scale field deployment and controlled grid integration to winter loading and all-weather reliability. Related technical documents are available in the Technical Library.
Site-Matched Technology
Technology Engineered for Real Operating Conditions
Each image now tells a specific technical story—from snow-load resilience and modern module architecture to controlled grid integration and verified Jordanian manufacturing.
5400 PaCurrent Half-Cut load capability
Current Module Technology
Half-Cut Mechanical Resilience
The snow-covered field illustrates the type of stress modern module design must manage. Philadelphia Solar’s current Half-Cut platform is engineered for up to 5400 Pa mechanical loading, with improved stress distribution that helps limit micro-crack propagation under heavy snow and high wind.
Medium-voltage equipment, protected electrical interfaces, and controlled power delivery connect the solar field to multiple institutional beneficiaries. Philadelphia Solar’s utility-scale solutions and EPC services cover the path from engineering through commissioning.
Locally manufactured modules are supported by automated production workflows, EL inspection, controlled quality systems, and internationally recognized certifications for stronger project confidence.
A National Investment Story Powered by Local Industry
The project brings together institutional energy planning, high-value operational savings, locally manufactured PV technology, and utility-scale delivery—positioning it as a national investment success story beyond solar generation alone.
Press Coverage
Featured in Regional Energy & News Media
External coverage highlights the agreement, wheeling model, project economics, employment impact, and the role of Philadelphia Solar’s local manufacturing.
Ammon News
Agreement and phased wheeling deployment
Coverage of the agreement to supply SSC facilities and assets with solar electricity through a multi-phase wheeling project.
The project’s national value goes far beyond one locally made component. It brings together advanced PV manufacturing, verified quality processes, in-house steel engineering, project development, and utility-scale EPC delivery within one accountable Philadelphia Solar platform.
Advanced PV Manufacturing
High-efficiency modules manufactured in Jordan through automated production, EL inspection, controlled materials, and internationally recognized quality systems.
Engineering, procurement, construction, grid integration, and commissioning are delivered through one accountable team—supported by Philadelphia Solar’s in-house steel engineering capability.
This project goes beyond solar generation by delivering measurable institutional savings and direct socio-economic value.
Massive Financial Savings
Lower Operating Expenses for the National Fund
By transitioning to a strategic wheeling solar model, the project achieves monumental annual savings in institutional operational expenses, ensuring long-term financial sustainability.
7M JODAnnual savings
Socio-Economic Empowerment
Clean Energy With Direct Local Employment
Beyond massive clean energy generation, the project actively drove local economic growth by creating direct job opportunities for Jordanian engineers and skilled workers during execution.
150Direct job opportunities
Institutional Wheeling Solutions
Ready to Build a National-Scale Energy Independence Story?
Philadelphia Solar combines advanced PV manufacturing, verified quality, in-house steel engineering, and turnkey EPC delivery for institutional and utility-scale energy projects.
Social Security Corporation Solar Project
The largest utility-scale wheeling project for a non-governmental entity in the region, powering major institutional buildings while driving immense economic and social value.
Strategic Institutional Scope
This comprehensive utility-scale energy project is strategically designed to supply clean, reliable electricity to the Social Security Corporation headquarters, its various branches, the Investment Fund building, and the Crowne Plaza Hotel in Amman. It stands as a strong regional model for institutional energy independence and long-term planning.
Project Fact Sheet
Core institutional, technical, and delivery details for the Social Security Corporation Solar Project.
How the Wheeling Model Works
The project was not designed as rooftop solar on one building. It operates as a centralized utility-scale solar plant whose generated electricity is injected into the national grid and credited to multiple Social Security Corporation facilities.
Solar Plant Generation
The 19.75 MWp plant produces clean electricity from a dedicated utility-scale site using Philadelphia Solar PV modules and in-house engineered structures.
National Grid Transfer
The generated power is fed into Jordan’s electrical grid, enabling an advanced delivery model without physically placing solar systems on every beneficiary building.
SSC Sites Benefit
The energy value is allocated to the SSC headquarters, branches, Investment Fund building, and Crowne Plaza Amman, reducing operating expenses at institutional scale.
Site Gallery
Every image now reflects a real project condition—from utility-scale field deployment and controlled grid integration to winter loading and all-weather reliability. Related technical documents are available in the Technical Library.
Technology Engineered for Real Operating Conditions
Each image now tells a specific technical story—from snow-load resilience and modern module architecture to controlled grid integration and verified Jordanian manufacturing.
Half-Cut Mechanical Resilience
The snow-covered field illustrates the type of stress modern module design must manage. Philadelphia Solar’s current Half-Cut platform is engineered for up to 5400 Pa mechanical loading, with improved stress distribution that helps limit micro-crack propagation under heavy snow and high wind.
Utility-Scale EPC & Wheeling Integration
Medium-voltage equipment, protected electrical interfaces, and controlled power delivery connect the solar field to multiple institutional beneficiaries. Philadelphia Solar’s utility-scale solutions and EPC services cover the path from engineering through commissioning.
Robotic Manufacturing & Verified Quality
Locally manufactured modules are supported by automated production workflows, EL inspection, controlled quality systems, and internationally recognized certifications for stronger project confidence.
From Agreement to Institutional Impact
Agreement
Project agreement signed to supply the Social Security Corporation and its assets with solar electricity.
Manufacturing
Philadelphia Solar modules were produced locally through the company’s controlled manufacturing platform, supported by in-house steel capability.
Execution
Engineering, procurement, construction, and commissioning created local engineering and skilled labor opportunities.
Wheeling Delivery
Clean power is delivered to major SSC-related buildings through an advanced utility-scale wheeling model.
A National Investment Story Powered by Local Industry
The project brings together institutional energy planning, high-value operational savings, locally manufactured PV technology, and utility-scale delivery—positioning it as a national investment success story beyond solar generation alone.
Featured in Regional Energy & News Media
External coverage highlights the agreement, wheeling model, project economics, employment impact, and the role of Philadelphia Solar’s local manufacturing.
Agreement and phased wheeling deployment
Coverage of the agreement to supply SSC facilities and assets with solar electricity through a multi-phase wheeling project.
Read CoverageVideo coverage of the SSC solar agreement
Broadcast-style coverage highlighting the agreement to generate solar electricity for the Social Security Corporation and its projects in Jordan.
Watch CoverageLocal manufacturing and job creation impact
Specialized solar-sector coverage noting local panel and structure manufacturing, project savings, and direct Jordanian job creation during execution.
Read AnalysisA Fully Integrated Jordanian Solar Platform
The project’s national value goes far beyond one locally made component. It brings together advanced PV manufacturing, verified quality processes, in-house steel engineering, project development, and utility-scale EPC delivery within one accountable Philadelphia Solar platform.
Advanced PV Manufacturing
High-efficiency modules manufactured in Jordan through automated production, EL inspection, controlled materials, and internationally recognized quality systems.
Utility-Scale EPC & Grid Delivery
Engineering, procurement, construction, grid integration, and commissioning are delivered through one accountable team—supported by Philadelphia Solar’s in-house steel engineering capability.
A National Investment Success Story
This project goes beyond solar generation by delivering measurable institutional savings and direct socio-economic value.
Lower Operating Expenses for the National Fund
By transitioning to a strategic wheeling solar model, the project achieves monumental annual savings in institutional operational expenses, ensuring long-term financial sustainability.
Clean Energy With Direct Local Employment
Beyond massive clean energy generation, the project actively drove local economic growth by creating direct job opportunities for Jordanian engineers and skilled workers during execution.
Ready to Build a National-Scale Energy Independence Story?
Philadelphia Solar combines advanced PV manufacturing, verified quality, in-house steel engineering, and turnkey EPC delivery for institutional and utility-scale energy projects.