- Name of Project / Kind of Works:
Turnkey project, which includes a 2.22MWp solar power system and a 3.379MWh Battery Energy Storage System (BESS) . We, at North Power Company, are pleased to announce the successful completion of our turnkey project, which includes a 2.22MWp solar power system and a 3.379MWh Battery Energy Storage System (BESS). This comprehensive project involved the design, engineering, manufacturing, and delivery of equipment, along with civil, mechanical, and electrical installation works. It also included the testing, commissioning and energizing of seven PV solar farms (Solar PV Hybrid Microgrid Systems) in grid-connected and off-grid configurations across seven UNAMI locations in Iraq—five in Baghdad and two in Erbil and Kirkuk regional offices. Additionally, we upgraded and expanded the existing Solar PV Systems at UNAMI premises. To meet the specific requirements of this project, North Power Company delivered an integrated solution that includes a Power Plant Controller. This System Effectively manages the PV plant, BESS, Genset and National Grid power, based on load demand. The system ensures optimal control, monitoring, visualization, and analysis of solar PV power generation, BESS, Genset and national grid. The operational philosophy behind the Solar PV Hybrid Microgrid System is to maximize renewable energy use, reduce carbon footprints, and maintain reliability and stability. The Energy Management and Control System (EMCS) is central to this philosophy, enabling smooth transitions between power sources and effective energy utilization. It plays a critical role in managing the complex microgrid network and interactions between various power sources, ensuring a balanced, efficient, and sustainable energy supply. This approach optimizes energy efficiency and minimizes operational costs by leveraging different power sources based on real-time price and availability, thereby enhancing overall economic performance.
- Total Value of the Contract:
4,165,386.70 USD
- Duration:
486 Calendar days
- Commencement Date:
03/03/2023
- Completion Date:
15/07/2024
- Status of Project Completion:
100%
- Contracting Authority and Location:
United Nations Assistance Mission for Iraq (UNAMI)
- Prime Contractor (P) or Subcontractor (S):
P
- NPC Responsibility:
Design, engineering services, delivery of equipment and materials to the sites, carrying out sites civil, mechanical and electrical installation works, testing, commissioning and energizing.
- Description:
We, at North Power Company, are pleased to announce the successful completion of our turnkey project, which includes a 2.22MWp solar power system and a 3.379MWh Battery Energy Storage System (BESS). This comprehensive project involved the design, engineering, manufacturing, and delivery of equipment, along with civil, mechanical, and electrical installation works. It also included the testing, commissioning and energizing of seven PV solar farms (Solar PV Hybrid Microgrid Systems) in grid-connected and off-grid configurations across seven UNAMI locations in Iraq—five in Baghdad and two in Erbil and Kirkuk regional offices. Additionally, we upgraded and expanded the existing Solar PV Systems at UNAMI premises.
To meet the specific requirements of this project, North Power Company delivered an integrated solution that includes a Power Plant Controller. This System Effectively manages the PV plant, BESS, Genset and National Grid power, based on load demand. The system ensures optimal control, monitoring, visualization, and analysis of solar PV power generation, BESS, Genset and national grid.
The operational philosophy behind the Solar PV Hybrid Microgrid System is to maximize renewable energy use, reduce carbon footprints, and maintain reliability and stability. The Energy Management and Control System (EMCS) is central to this philosophy, enabling smooth transitions between power sources and effective energy utilization. It plays a critical role in managing the complex microgrid network and interactions between various power sources, ensuring a balanced, efficient, and sustainable energy supply.
This approach optimizes energy efficiency and minimizes operational costs by leveraging different power sources based on real-time price and availability, thereby enhancing overall economic performance.
