Our Projects
Showcasing our global impact through pioneering solar and infrastructure projects. Each project reflects our commitment to innovation, sustainability, and energy excellence.DEWA Solar Project – Dubai
DEWA Solar Project – Dubai
The 900 MW 5th Phase of the Mohammed bin Rashid Al Maktoum Solar Park is a milestone in Dubai’s clean energy vision, powering homes and reducing emissions on a massive scale.
Revolutions Technical Services L.L.C> Blog
Category
Solar PV
– Ground-Mounted
Pipeline Capacity
900 MW
Status
Completed
Total Capacity
900 MW
The 5th Phase of the Mohammed bin Rashid Al Maktoum Solar Park is a landmark solar PV project developed in Dubai, UAE. Operated by Dubai Electricity and Water Authority (DEWA), the 900 MW facility provides clean energy to approximately 270,000 residences, helping reduce carbon emissions by over 1.18 million tonnes annually. This phase is part of Dubai’s broader clean energy roadmap, which aims to reach a total capacity of 5GW by 2030 across the entire solar park.
This phase utilized state-of-the-art photovoltaic technology, including bifacial solar panels that capture sunlight from both sides for maximum output. Developed by Shuaa Energy 3—a joint venture between DEWA and a consortium led by ACWA Power—the project achieved the world’s lowest bid for solar energy at just 1.6953 cents per kilowatt-hour. Its early completion and massive environmental impact reflect both DEWA’s technical capacity and its commitment to sustainability leadership in the region.
Transforming Dubai’s Energy Landscape
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900 MW capacity serving 270,000 homes
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Reduces 1.18 million tonnes of CO₂ annually
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Utilizes bifacial PV panels for increased efficiency
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Completed ahead of schedule by Shuaa Energy 3
Innovation in Cost & Sustainability
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World record bid: 1.6953 US cents/kWh
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Owned 60% by DEWA, 40% by ACWA-led consortium
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Part of a 5GW solar park initiative
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Inaugurated by HH Sheikh Mohammed bin Rashid Al Maktoum
Renewable Energy
Powering a Sustainable Future Through Solar Innovation
Empowering the region with clean, efficient, and future-ready solar solutions.
Qatar RLIC Solar Project – Doha
Qatar RLIC Solar Project – Doha
The Ras Laffan Industrial City (RLIC) Solar Project will generate 458 MW of clean energy, marking a pivotal step in Qatar’s journey toward sustainable energy independence.
Revolutions Technical Services L.L.C> Blog
Category
Solar PV
– Ground-Mounted
Pipeline Capacity
458 MW
Status
Completed
Total Capacity
458 MW
The Qatar RLIC Solar PV Project is a flagship renewable energy initiative situated in Doha. With a planned capacity of 458 MW, this large-scale solar development is being executed by QatarEnergy Renewable Solutions as part of the nation’s growing commitment to clean energy. It will cover approximately 5.1 square kilometers and is strategically designed to align with Qatar’s National Vision 2030, which emphasizes environmental development and energy diversification.
Leveraging advanced solar technologies such as single-axis trackers and high-efficiency inverters, the project is expected to significantly reduce Qatar’s carbon footprint. With Samsung C&T overseeing EPC works, and component suppliers including JA Solar, Trina Solar, and Sungrow Power Supply, the project is being built with global expertise and innovation at its core.
Powering Ras Laffan with Solar Innovation
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458 MW solar PV capacity
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Built over 5.1 km² in Ras Laffan Industrial City
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EPC by Samsung C&T with global tech partners
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Operational target: Q4 2024
Supporting Qatar National Vision 2030
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Advances environmental goals under Qatar Vision 2030
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Ground-mounted system with single-axis tracking
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Energy independence for industrial zones
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Fully backed by QatarEnergy Renewable Solutions
Renewable Energy
Powering a Sustainable Future Through Solar Innovation
Empowering the region with clean, efficient, and future-ready solar solutions.
Al Rass Solar Project – Saudi Arabia
Al Rass Solar Project – Saudi Arabia
The Al Rass Solar PV Project in Al-Qassim will deliver 805 MW of clean energy, reinforcing Saudi Arabia’s renewable energy ambitions as part of Vision 2030.
Revolutions Technical Services L.L.C> Blog
Category
Solar PV
– Ground-Mounted
Pipeline Capacity
805 MW
Status
Completed
Total Capacity
805 MW
The Al Rass Solar PV Project, located in Al-Qassim, Saudi Arabia, is an 805 MW utility-scale development designed to advance the Kingdom’s sustainable energy goals. Currently in the permitting stage, this project will be among the key contributors to Saudi Arabia’s National Renewable Energy Program, which seeks to diversify the energy mix and reduce dependency on fossil fuels.
Once completed, the project is expected to supply clean electricity to thousands of homes, significantly reducing carbon emissions. Developed by Ar Rass Solar Energy with support from leading global contractors, this project is strategically aligned with Vision 2030, focusing on economic diversification and environmental sustainability. Key technologies include single-axis tracking systems, JA Solar PV modules, and Sungrow’s high-efficiency inverters.
A Renewable Powerhouse in Al-Qassim
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805 MW utility-scale capacity
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Ground-mounted project over 5.1 km²
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Use of JA Solar modules and Sungrow inverters
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Completion targeted for Q4 2024
Aligning with Vision 2030
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Supports Saudi National Renewable Energy Program
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Reduces carbon footprint across the Al-Qassim region
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Long-term clean energy supply stability
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Reflects global partnerships and advanced solar tech
Renewable Energy
Powering a Sustainable Future Through Solar Innovation
Empowering the region with clean, efficient, and future-ready solar solutions.
Abydos Solar Project – Egypt
Abydos Solar Project – Egypt
AMEA Power’s 500MW Abydos Solar PV Plant in Aswan is one of Africa’s largest, powering 300,000 homes and advancing Egypt’s 2030 renewable energy targets.
Revolutions Technical Services L.L.C> Blog
Category
Solar PV
– Ground-Mounted
Pipeline Capacity
500 MW
Status
Completed
Total Capacity
500 MW
The Abydos Solar PV Plant in Egypt’s Aswan Governorate is a landmark renewable energy project by AMEA Power. With a capacity of 500 MW, the plant will generate 1,500 GWh of clean electricity annually—enough to power around 300,000 homes—while offsetting over 782,000 tons of CO₂ emissions. The project was completed in just 18 months, exemplifying AMEA Power’s efficiency, technical prowess, and commitment to clean energy transformation.
Supported by leading financiers such as the International Finance Corporation (IFC), the Dutch Entrepreneurial Development Bank (FMO), and Japan International Cooperation Agency (JICA), the project also created over 3,000 jobs during its development. The Abydos plant is a vital part of Egypt’s strategic aim to derive 42% of its electricity from renewables by 2030, and it sets the stage for further expansion through upcoming wind and battery storage systems.
A Model for Solar Excellence
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1,500 GWh annual clean energy generation
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Powers 300,000 homes across Egypt
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Offset: 782,300 tons of CO₂ emissions
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Completed in just 18 months
Strengthening Egypt’s Energy Vision
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Part of Egypt’s 2030 renewable energy target
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Contributes to achieving 42% clean energy mix
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First utility-scale BESS system announced for extension
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Supported by global financial institutions
Renewable Energy
Powering a Sustainable Future Through Solar Innovation
Empowering the region with clean, efficient, and future-ready solar solutions.
Samarkand Solar Project – Uzbekistan
Samarkand Solar Project – Uzbekistan
Located in Samarqand, Uzbekistan, the Samarkand Solar Project is a 1,000 MW solar PV plant developed by ACWA Power. It aims to accelerate the nation’s clean energy transition and will enter operation by 2026.
Revolutions Technical Services L.L.C> Blog
Category
Solar PV
– Ground-Mounted
Pipeline Capacity
1,000 MW
Status
Permitting
Operational by 2026
Total Capacity
1,000 MW
The Samarkand Solar Project is a monumental step in Uzbekistan’s renewable energy evolution. Developed solely by ACWA Power, this 1,000 MW solar PV facility in Samarqand is set to become one of the largest utility-scale solar projects in Central Asia. It aligns with the Uzbek government’s strategic push for sustainability, reduced reliance on fossil fuels, and enhancement of energy independence.
Expected to commence construction in 2025, the project will utilize state-of-the-art photovoltaic technologies in a ground-mounted setup to efficiently harness solar energy in the region. With completion and commissioning planned for 2026, this development not only strengthens ACWA Power’s footprint in Asia but also positions Uzbekistan as a forward-looking player in the global green energy landscape.
Landmark Renewable Investment
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One of Central Asia’s largest solar PV plants
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Fully owned and developed by ACWA Power
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Operational target: 2026
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Strategic clean energy initiative for Uzbekistan
Powering Progress with Clean Technology
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Ground-mounted PV system with advanced components
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Long-term performance reliability
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Future-ready energy infrastructure
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Designed to reduce carbon dependency
Renewable Energy
Powering a Sustainable Future Through Solar Innovation
Empowering the region with clean, efficient, and future-ready solar solutions.
MIC Solar PV Project – Qatar
MIC Solar PV Project – Qatar
Located in Al Wakrah, the MIC Solar Project is a 417 MW utility-scale installation developed by QatarEnergy Renewable Solutions. It aims to enhance Qatar’s clean energy capacity and is expected to be commissioned by November 2024.
Revolutions Technical Services L.L.C> Blog
Category
Solar PV
– Ground-Mounted
Pipeline Capacity
417 MW
Status
Completed
Total Capacity
417 MW
The Mesaieed Industrial City (MIC) Solar Project is a large-scale renewable energy venture located in Al Wakrah, Qatar. With a planned capacity of 417 MW, the ground-mounted solar facility is being developed by QatarEnergy Renewable Solutions, a subsidiary of QatarEnergy that holds 100% ownership of the project. This initiative underscores Qatar’s national objective to diversify its energy sources and promote long-term sustainability.
Spanning over 4.9 km², the project will incorporate advanced solar technologies including PV modules supplied by JA Solar and Sungrow’s SG320HX inverters. Trina Solar is expected to provide high-performance single-axis trackers, ensuring optimal solar energy harvesting. Engineering, procurement, and construction will be managed by Samsung C&T, guaranteeing global standards and execution efficiency. The project is scheduled for commissioning in November 2024 and will contribute significantly to the region’s decarbonization efforts.
Cutting-Edge Solar Infrastructure
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Single-phase development over 4.9 km²
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SG320HX inverters by Sungrow
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Single-axis trackers from Trina Solar
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Advanced PV modules by JA Solar
A National Leap Toward Energy Diversification
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100% developed by QatarEnergy Renewable Solutions
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Supports Qatar’s long-term sustainability goals
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Commissioning target: November 2024
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Strategically located in Al Wakrah
Renewable Energy
Powering a Sustainable Future Through Solar Innovation
Empowering the region with clean, efficient, and future-ready solar solutions.
Manah Solar IPP Project – Oman
Manah Solar IPP Project – Oman
Located in Al Dakhiliyah Governorate, the Manah Solar Project is a 500 MW utility-scale plant that will power over 60,000 homes. It marks a major milestone in Oman’s push for energy diversification and sustainability.
Revolutions Technical Services L.L.C > Blog
Category
Utility-Scale Solar PV
Generation Technology
Bifacial PV Modules
Single-Axis Trackers
Status
Under Construction
Operational by Q1 2025
Total Capacity
500 MW
The Manah Solar IPP Project, also known as Manah-1, is a groundbreaking 500 MW solar power initiative located in Oman’s Al Dakhiliyah Governorate. Developed by Wadi Noor Solar Power Company—a joint venture between EDF Renewables and Korea Western Power Co. Ltd (KOWEPO)—the project is part of Oman’s national goal to enhance renewable energy’s share and reduce reliance on fossil fuels.
Spanning over 7.8 km², the solar facility will deploy over 1 million bifacial PV modules mounted on advanced single-axis trackers to maximize solar capture. Expected to generate enough power for more than 60,000 households, the project will also cut down approximately 780,000 tonnes of carbon emissions annually. It’s a significant step toward Oman Vision 2040’s sustainability objectives, with commercial operations targeted for Q1 of 2025.
High-Performance Technology & Grid Integration
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Over 1 million bifacial PV modules
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Single-axis tracking for increased output
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400kV high-voltage grid integration
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Maximum land and energy utilization
A Commitment to Local Value & Sustainability
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20% minimum in-country value contribution
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Over 60,000 homes powered
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780,000 tonnes of CO₂ saved yearly
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Strategic alignment with Oman Vision 2040
Renewable Energy
Powering a Sustainable Future Through Solar Innovation
Empowering the region with clean, efficient, and future-ready solar solutions.
Al Saad Solar PV Project
Al Saad Solar PV Project
Situated in Al Riyadh, Saudi Arabia, the Al Saad solar power project is designed to deliver clean energy at a 300 MW capacity. With construction underway, it is poised to support sustainable growth under Vision 2030.
Revolutions Technical Services L.L.C > Blog
Category
Ground-Mounted Solar PV
Expected Annual OT
Under Construction
Status
Under Construction
Total Capacity
300 MW
The Al Saad Solar PV Project represents a forward-looking investment in Saudi Arabia’s renewable energy infrastructure. Located in Al Riyadh, this ground-mounted solar initiative will generate 876,000 MWh annually, supporting the nation’s clean energy transition. It is being developed in a single phase, with commercial operations anticipated to begin in 2024.
The project is jointly owned by Jinko Power (HK), Jinko Power Dhafra Holding, and Jinko Power Middle East Holding—each holding a 33.33% stake. Power from this project will be sold under a 25-year power purchase agreement to the Saudi Power Procurement Company, ensuring long-term energy reliability. Elsewedy Electric T&D has been tapped as the EPC contractor to deliver technical excellence.
A Reliable Power Generation Model
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25-year power purchase agreement
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300 MW offtake capacity
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Ensures grid reliability
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Promotes energy security
Unified Global Expertise and Local Execution
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Developed by Jinko Power entities
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Supported by experienced EPC contractor
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Backed by global clean energy investors
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Enhances Saudi Arabia’s renewable portfolio
Renewable Energy
Powering a Sustainable Future Through Solar Innovation
Empowering the region with clean, efficient, and future-ready solar solutions.
Al Kahfah Solar PV Project
Al Kahfah Solar PV Project
A landmark solar initiative in Saudi Arabia’s Eastern Province, the Al Kahfah project supports Vision 2030 with 1,425 MW of clean energy capacity. Jointly developed by ACWA Power and Badeel, it aims to transform the national energy mix.
Revolutions Technical Services L.L.C > Blog
Category
Utility-Scale Solar PV
Technology Partner
Nextracker
NX Horizon-XTR
Status
Completed
Total Capacity
1,425 MW
The Al Kahfah Solar PV Project is one of the most ambitious renewable energy developments in the Gulf, aimed at delivering 1,425 MW of solar capacity to Saudi Arabia’s grid. Located in the Eastern Province, this large-scale solar farm is a strategic part of the Kingdom’s National Renewable Energy Program, aligned with the Vision 2030 roadmap for sustainable energy transformation.
Jointly developed by ACWA Power and Badeel, with L&T serving as the EPC contractor, the project is built around cutting-edge solar tracker technology by Nextracker. The power produced will be sold to the Saudi Power Procurement Company (SPPC) under a long-term purchase agreement. With construction targeted for 2025 and full operation by 2026, Al Kahfah is set to significantly reduce reliance on fossil fuels and contribute to Saudi Arabia’s 50% renewable energy goal.
Advanced Solar Technology for Harsh Terrain
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Horizon-XTR solar tracking system
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Optimized for uneven land
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Minimal environmental disruption
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Improved energy yield
Strategic National Impact & Energy Diversification
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Supports Vision 2030 targets
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Reduces dependency on fossil fuels
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Encourages green technology investment
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Enhances grid sustainability
Renewable Energy
Powering a Sustainable Future Through Solar Innovation
Empowering the region with clean, efficient, and future-ready solar solutions.
- client: Dr. Devis
- Location: USA
- Surface Area: 75,020 m
- Architect: Alex Hales
- Year Of Complited: 2017
- Project Value: $950000