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Power System Studies for NEOM Green Hydrogen Project
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NEOM Green Hydrogen Project | Saudi Arabia
- Client: ValuAdd Middle-East DMCC
- Project Location: Saudi Arabia
Project Overview
QQ Engineering & Consulting (QQEC) provided professional electrical engineering services and specialized power system study support in connection with the NEOM Green Hydrogen Project in Saudi Arabia.
The project integrates approximately 4 GW of dedicated renewable power generation, comprising a 2.2 GW Solar PV plant and a 1.6 GW wind farm, together with a 400 MWh Battery Energy Storage System (BESS). The project is being developed by NEOM Green Hydrogen Company (NGHC) and is recognized by NGHC as the world’s largest green hydrogen plant.
As part of the project, QQEC supported the electrical system assessment through assigned power system studies and network analysis.
Scope of Engineering Services
QQEC’s assigned scope covered the following electrical engineering studies:
- Load Flow Studies and Network Review
- Short Circuit Studies and Network Review
- Relay Coordination Analysis
- Arc Flash Analysis
These studies supported the assessment of the electrical system and the evaluation of power infrastructure requirements associated with the project’s large-scale renewable energy integration.
Engineering Approach & Methodology
QQEC applied a systematic engineering methodology throughout the assignment, with attention to technical proficiency, engineering detail and professional coordination.
The work involved the assigned power system studies and network reviews, addressing electrical network assessment requirements associated with a complex project integrating Solar PV, wind power and battery energy storage.
QQEC maintained collaborative engagement and responsiveness throughout the assignment to support effective coordination and delivery within the agreed schedule.
The assessment covered:
Key Engineering Contributions
- QQEC's contribution to the project included:
- Electrical engineering and power system study support for the NEOM Green Hydrogen Project.
- Load flow studies and electrical network review.
- Relay coordination analysis.
- Arc flash analysis.
- Completion of the assigned scope within the agreed schedule.
The approach was supported by QQEC’s technical expertise, attention to detail and collaborative engagement throughout the assignment.
Project Significance
The NEOM Green Hydrogen Project combines large-scale renewable power generation with battery energy storage to support a major green hydrogen development.
The NEOM Green Hydrogen Project combines large-scale renewable power generation with battery energy storage to support a major green hydrogen development.
QQEC’s assigned power system studies and network analysis contributed to the overall electrical system assessment and addressed the project’s complex renewable energy and power infrastructure requirements.
Client Appreciation
- ValuAdd recognized QQEC for its:
- Systematic engineering methodology.
- Technical proficiency and attention to detail.
- Professional approach and timely delivery.
- Responsiveness and collaborative engagement.
- Understanding of power system engineering and the challenges of integrating large-scale Solar PV, wind and battery energy storage facilities into a complex electrical network.
ValuAdd described QQEC as a competent, dependable and technically capable engineering consultancy with expertise in power system studies, electrical network analysis and renewable energy projects.
Conclusion
This assignment demonstrates QQEC’s contribution to a major renewable energy and green hydrogen development through specialized electrical engineering and power system study support.
Through load flow studies, short circuit studies, relay coordination analysis and arc flash analysis, QQEC supported the project’s electrical system assessment while maintaining a systematic engineering approach and completing the assigned scope within the agreed schedule.
Appreciation Letter
