Delivered Projects

A 30 MW ground-mount solar PV plant representing the second phase of the Sarbish development, expanding on the successful 2025 installation with enhanced grid integration and monitoring infrastructure.

A 20 MW utility-scale solar facility currently under development, designed to serve industrial and commercial offtakers with high-efficiency bifacial modules.

A 3 MW distributed solar PV project serving local community and commercial energy demand, currently under construction with planned commissioning in 2026.

The network's largest completed project to date — a 40 MW utility-scale solar PV plant delivering clean energy to the regional grid, featuring large-scale tracker installation and advanced SCADA integration.

A 20 MW ground-mount solar plant completed in 2025, featuring high-efficiency monocrystalline panels and string inverters with remote monitoring and grid compliance commissioning.

A 20 MW solar PV facility incorporating advanced DC/AC optimization and automated fault-detection through integrated monitoring systems.

A 20 MW utility solar project completed in 2025, showcasing the network's capability to deliver concurrent large-scale EPC contracts.

A 10 MW solar PV installation serving as the first phase of the Sarbish energy development program, with grid-connected string inverter architecture and full remote monitoring.

A 10 MW solar plant designed and commissioned as a full EPC project with comprehensive DC cabling, protection systems, and long-term performance guarantees.

A 6 MW ground-mount solar PV system optimized for high-temperature arid performance using bifacial modules and centralized inverter architecture.

A 10 MW solar energy facility featuring advanced energy metering, power factor correction, and full grid compliance.

A 1 MW rooftop and ground-mount hybrid solar installation providing reliable on-grid power to institutional facilities with full monitoring infrastructure.

A 10 MW solar PV project with high-performance string inverters and automated SCADA control.

A 10 MW ground-mount solar plant with tracker-ready infrastructure and modular DC string architecture enabling future capacity expansion.

A 5 MW solar PV facility featuring optimized panel layout, string-level monitoring, and full commissioning and handover support.

A 10 MW utility-scale solar facility with high-voltage grid connection and advanced protection relay systems.

A 10 MW solar PV plant designed for hot and arid conditions with temperature-optimized module selection.

A 1 MW distributed solar installation providing clean power to local communities and commercial facilities.

An 11 MW solar energy project featuring advanced DC combiner box architecture and MV transformer station integration.

A 10 MW ground-mount solar plant with centralized inverter architecture and a dedicated transformer station.

A 10 MW solar PV facility engineered for high-efficiency power generation in a semi-arid environment with full EPC scope.

An 8 MW solar project with multi-string inverter deployment, protection relay installation, and performance monitoring.

An 8 MW solar installation with modular inverter architecture allowing phased commissioning and efficient power dispatch.

A 7 MW solar PV project with full on-grid commissioning and long-term performance monitoring systems.

A 7 MW solar PV plant — one of the network's earliest utility-scale completions, establishing the team's EPC capabilities.

A 7 MW ground-mount solar facility delivering reliable on-grid power with a proven string inverter architecture.