Major Project Capabilities: Power Plant Design & Construction

lulua-Dubai Company possesses proven expertise in the design, engineering, and construction of robust power generation facilities, including complex multi-generator synchronization systems for critical infrastructure. We deliver reliable and resilient power solutions tailored to the unique demands of large-scale operations.
Featured Project: AUIS Power Plant Development
We successfully designed and built two critical power plants at the American University of Iraq, Sulaimani (AUIS), ensuring uninterrupted and efficient power supply to their main facilities.
AUIS Power Plant 1: Multi-Building Synchronization System
Scope: Design and construction of a comprehensive power plant featuring a sophisticated synchronization system.
Generators: Integration of three high-capacity generators (1.5 MVA, 1 MVA, and 0.5 MVA).
Objective: To seamlessly feed and provide reliable power to three main buildings at AUIS, ensuring stable energy distribution and efficient load sharing across varying demands.
AUIS Power Plant 2: Dual-Generator Synchronization for Key Facilities
Scope: Development of a second independent power plant with advanced synchronization capabilities.
Generators: Integration of two substantial generators (5 MVA and 0.25 MVA).
Objective: To efficiently power two additional main buildings at AUIS, featuring robust control for optimal performance and energy management.
These projects demonstrate our capability in:
Advanced Generator Synchronization: Expertise in integrating multiple generators of varying capacities into a single, cohesive power grid.
Load Management: Designing systems for efficient load distribution and seamless transitions.
Critical Infrastructure Powering: Delivering reliable power solutions for essential institutional facilities.
Turnkey Project Execution: Managing projects from initial design and budgeting through to construction and commissioning.
Lulua-Dubai is your trusted partner for designing and implementing high-performance power generation and distribution systems that meet the most demanding operational requirements.