Constructions

A commercial building is typically involved in the construction, development, and management of commercial properties. (Office Buildings, Housing Complexes, Shopping Centers, Warehouses, the activities of a commercial building can vary depending on its specific focus, but they generally cover a wide range of tasks from the initial planning phase through to the completion and sometimes the ongoing management of buildings.

Key Components of Building Construction: –

1. Project Planning and Design
2. Pre-Construction Activities
3. Construction Phase
4. Post-Construction Activities
5. Building Management and Maintenance
6. Real Estate Development and Investment (for Development Companies)
7. Specialty Services

Health building construction includes designing, planning, and constructing healthcare facilities, such as hospitals, clinics, nursing homes, and other medical structures. These buildings are specifically designed to meet the needs of healthcare services, ensuring the safety, well-being, and comfort of patients, medical staff, and visitors. Here are key aspects of health building construction:

Health building construction requires careful planning, design, and attention to detail to meet the complex needs of healthcare services. It’s critical to ensure that the final structure provides a safe, efficient, and healing system. Building a health center involves various activities across different phases, from planning to construction and eventual operation. 

Key activities involved in the process:

1. Planning and Design Phase

2. Construction Phase

3. Staffing and Training

4. Operational Setup

5. Opening and Service Delivery

6. Long-term Sustainability and Growth

Building a school involves several steps, ranging from initial planning and design to the actual construction and opening of the facility. 

We specialize in designing and constructing high-quality, sustainable school buildings (6,12,24 Classes) that foster a positive and engaging learning environment for students. With years of experience in educational infrastructure development, our team is committed to delivering top-tier facilities that meet the needs of modern education. We understand the importance of creating spaces that not only support academic achievement but also promote safety, creativity, and community.

Key activities involved in the process:

1-Design and Approval

2- Construction Preparations

3- Construction Phase

4- Inspection and Compliance

5- Furnishing and Equipment

6- Grand Opening and Operations

We

– Distribution center

– Industrial warehouse

– Food Warehouse

– Cooling warehouse

Substation installation includes many different stages from design to construction. First, it is necessary to determine the location where the center will be located. This is usually an area where there is a need for energy and where the substation can distribute the energy.

Once the location is determined, the substation design process begins. This phase is substation design process and usually determines the general structure of the substation, electrical equipment and safety measures. During the design phase, energy needs, current and future energy loads, and compliance with local and national standards are taken into account.

Once the design is approved, substation construction begins. This process usually includes foundation construction, equipment installation and testing. At this stage, a substation designed and built to withstand all weather conditions and possible emergencies is provided.

Finally, the substation is put into operation. This requires several tests and inspections to ensure that the center is fully functioning and distributing energy efficiently and safely.

Our Company has experience to construct electrical substation (132/33 kv-33/11 Kv) with difference capacity.

The construction of an electrical substation typically includes several stages:

• laying the foundation and supply of external networks;
  • construction of supporting metal structures;
  • assembly and installation of electrical equipment;
  • installation and configuration of auxiliary systems;
  • landscaping and cleaning construction waste;
  • testing and commissioning.

A mobile substation is a fully equipped electrical substation that is designed for temporary or emergency use and can be easily transported to different locations. These substations are used in various scenarios, such as power outages, maintenance work, disaster recovery, and remote industrial operations.

We offer to supply the mobile substation to 132/33 KVA, 33/11KVA, and related services, installation, and commissioning required, complying with international standards.

Advantages of Mobile Substations

1-Rapid Deployment

2-Flexibility and Mobility 

3-Minimal Installation Time 

4-Emergency Backup Power.

5-Cost-Effective 

6-Temporary Power Solution 

7-Support for Grid Expansion.

8-Enhanced Safety 

9-Environmental Benefits 

10-Customization Options 

Once the location is determined, the substation design process begins. This phase is substation design process and usually determines the general structure of the substation, electrical equipment and safety measures. During the design phase, energy needs, current and future energy loads, and compliance with local and national standards are taken into account.

Once the design is approved, substation construction begins. This process usually includes foundation construction, equipment installation and testing. At this stage, a substation designed and built to withstand all weather conditions and possible emergencies is provided.

Finally, the substation is put into operation. This requires several tests and inspections to ensure that the center is fully functioning and distributing energy efficiently and safely.

Our Company has experience to construct electrical substation (132/33 kv-33/11 Kv) with difference capacity.

The construction of an electrical substation typically includes several stages:

• laying the foundation and supply of external networks;
  • construction of supporting metal structures;
  • assembly and installation of electrical equipment;
  • installation and configuration of auxiliary systems;
  • landscaping and cleaning construction waste;
  • testing and commissioning

SCADA (an acronym for supervisory control and data acquisition) is a control system architecture comprising computers, networked data communications, and graphical user interfaces for high-level supervision of machines and processes. It also covers sensors and other devices, such as programmable logic controllers, which interface with a process plant or machinery.

We provide SCADA (Supervisory Control and Data Acquisition) services.

. These services include:

1. SCADA System Design & Development
2. SCADA Installation & Integration
3. Real-Time Monitoring & Control
4. SCADA Data Acquisition & Communication
5. Alarm & Event Management
6. SCADA Security & Cyber Protection
7. SCADA System Maintenance & Support
8. Reporting & Data Analytics

The procedure for power transmission line construction involves multiple steps to ensure that the line is safely and efficiently built to transmit electricity over long distances. Below is an overview of the general procedure involved in constructing a power transmission line:

1. Survey and Planning
2. Site Preparation
3. Foundation Work
4. Tower Installation
5. Stringing the Conductors
6. Electrical Components Installation
7. Testing and Commissioning
8. Post-Installation Activities

Electricity Distribution Network

Installing an electricity distribution network involves setting up the infrastructure needed to deliver electrical power from substations to consumers.

 We have twenty years of experience and the potential to carry out projects comprehensively, from breaking ground to commissioning. 

We are one of the companies that possess excellent experience and efficiency, which makes our company rank among large companies. In addition, the youth cadres aspire to put their hallmarks in installing an electricity distribution network under the supervision of those with experience and efficiency. 

Key Components:

1. Substations.
2. Power Lines.
3. Poles and Towers.
4. Switchgear and Circuit Breakers.
5. Meters.
6. Cables & Conductors (Underground or Overhead).

Installation Process:

1. Site Survey.
2. Design & Planning.
3. Permits and Approvals.
4. Procurement of Materials
5. Excavation & Trenching.
6. Pole Installation.
7. Stringing, Connection & Testing.
8.  

Laying High Voltage (HV) underground cables involves careful planning, preparation, and execution to ensure safety and compliance with industry standards.

The company has the potential to carry out supply, installation, and work execution, for (HV& MV) underground cable projects from breaking the ground to commissioning the project rather comprehensively

We are one of the companies that possesses the excellent experiences and efficiencies that make our company in the rank of large companies in Iraq in addition to the youth cadres who aspire to put their hallmarks in the such project of Iraq under the supervision of these having experiences and efficiency.

the typical steps involved in the process of laying HV underground cables:

1. Planning and Design
2. Excavation and Trenching
3. Installation of Cable Protection
4. Cable Laying
5. Backfilling
6. Cable Testing
7. Installation of Cable Terminations and Connectors
8. Final Inspection and Testing
9. Surface Restoration
10. Commissioning and Monitoring
11. Safety Precautions