Taybah Metal Industries Solar Plant
Powering heavy steel manufacturing with clean energy. Proudly standing as the largest Zero Feed-In (ZFI) industrial solar installation in the MEA region.
Heavy Manufacturing Loads With Zero Export Requirement
Taybah Metal Industries operates a massive steel manufacturing facility featuring 25-ton furnaces, continuous casting machines, and rolling lines. This creates a highly dynamic and extreme electrical load profile for any Commercial & Industrial solar solution.
Project Fact Sheet
Industrial-scale solar details for a heavy manufacturing site where power quality, real-time control, and structural reliability matter.
(Taybah Steel Group)
How the Zero Feed-In Strategy Works
Unlike traditional grid export projects, the system is engineered to synchronize PV generation with real-time factory consumption, protecting the public grid while maximizing on-site solar utilization.
Solar Generation
The ~14.8 MWp PV plant produces clean electricity through high-efficiency Philadelphia Solar modules and industrial-grade steel support systems.
PV generationFast ZFI Control
Advanced controllers and EPC integration continuously balance solar output with the plant’s highly dynamic industrial demand.
Real-time responseOn-Site Utilization
Solar power is consumed inside the steel facility, supporting furnaces, casting machinery, and rolling lines without exporting excess energy to the public grid.
Zero exportRenewable Energy for Heavy Steel Manufacturing
Watch a cinematic overview of the Taybah Steel solar plant, where industrial-scale photovoltaic generation supports high-consumption manufacturing through a smart Zero Feed-In strategy.
Seamless Expansion for Growing Industrial Demand
To support continuous steel operations, the mega-project was developed and commissioned across three strategic phases without positioning solar as a disruption to production.
4,760 kWp
Initial industrial-scale solar deployment to begin reducing grid energy dependence for heavy manufacturing operations.
5.13 MWp
Expansion stage increasing solar contribution while preserving power stability under dynamic steel production loads.
5.00 MWp
Final strategic expansion completing a total capacity of approximately 14.8 MWp for controlled on-site energy utilization.
Industrial Solar Deployment
Project imagery now follows the real site sequence: wide industrial PV field, module surface, Magnelis® mounting profiles, construction progress, and ZFI electrical integration.
Technology Engineered for Heavy Industry
The system integrates PV manufacturing, intelligent power control, and structural engineering into one industrial energy platform.
High-Efficiency Industrial PV Modules
High-yield Philadelphia Solar modules support energy-intensive manufacturing operations with reliable on-site solar generation.
Fast-Response Zero Feed-In Architecture
Advanced controls continuously match solar generation with factory consumption to avoid exporting excess power to the grid.
Industrial-Grade Magnelis® Steel Structures
Robust, anti-corrosive steel support systems provide structural confidence for large PV arrays in industrial applications.
From Industrial Load Study to ZFI Operation
Load Assessment
Industrial demand profiles were analyzed to understand furnace, casting, and rolling-line consumption behavior.
ZFI Design
A smart power management strategy was engineered to maximize solar utilization without reverse export.
Phased Expansion
The project was expanded across three stages to reach approximately 14.8 MWp of installed PV capacity.
Industrial Operation
The system supports a heavy steel facility with clean energy while protecting grid stability.
Context
Internationally Recognized Industrial Reliability
Demonstrating high standards of reliability and project execution, Taybah Metal Industries strengthens Philadelphia Solar’s position as a trusted EPC and manufacturing partner for tier-level industrial energy transitions.
Philadelphia Solar EPC, Manufacturing & Steel Engineering
The project demonstrates how one accountable platform can combine PV module production, industrial steel mounting systems, advanced controls, and EPC execution for a high-consumption manufacturing facility.
Advanced PV Manufacturing
High-efficiency PV modules manufactured in Jordan through controlled production, testing, and quality assurance.
Industrial EPC & Smart Control
Turnkey engineering, procurement, construction, ZFI integration, commissioning, and grid-safe delivery for heavy industry.
Lower Energy Cost Without Grid Export
The project turns solar from a standard generation asset into a precision-controlled industrial energy system.
Reducing Heavy Industry Energy Costs
The system is designed to lower electricity costs for an energy-intensive steel facility by maximizing clean power consumption directly on-site.
Clean Energy for Steel Manufacturing
By integrating solar into a heavy manufacturing environment, the project supports a practical decarbonization pathway for energy-intensive industry.
Planning Solar for a Heavy-Load Industrial Facility?
Philadelphia Solar combines advanced PV manufacturing, Magnelis® steel structures, smart power management, and turnkey EPC delivery for demanding industrial energy environments.