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PVPP 6MW SIMIAN - INTRA PARK

Project Information
  • Customer:
    SIMIAN SOLAR ENERGY
  • Date:
    07/10/2024 - 07/10/2024
  • Location:
    Șimian , Romania
  • Category:
    Renewable Energy
  • Industry:
    Energy Sector
Project Description

The scope of this solar park installation project encompasses a wide range of activities, ensuring the complete development and operational readiness of the park. The project focuses on delivering high-quality materials, professional installation, and a thorough testing and commissioning process to meet the desired standards for performance, reliability, and safety. The following are the core components of the project:


Delivery of Materials and Equipment

The project involves the supply of all critical materials and equipment necessary for the proper functioning of the solar park. These include:

  • DC Cables: Essential for connecting the solar panels to the inverter system, ensuring efficient transport of direct current (DC) generated by the panels.
  • AC Cables: Used for transmitting alternating current (AC) from the inverters to the grid or transformer station, maintaining seamless power flow.
  • Fencing: Provides physical security for the solar park, protecting the site from unauthorized access and external threats.
  • Lighting: On-site lighting ensures the visibility and safety of the park during operations, maintenance, and security monitoring.
  • CCTV System: A comprehensive video surveillance system to monitor the site, enhancing security and reducing potential risks.
  • Lightning Protection: Critical to prevent damage from lightning strikes, the system ensures that the infrastructure remains safe from electrical surges.
  • Earthing System: Provides safety by ensuring electrical faults are efficiently grounded, reducing the risk of electrical hazards.
  • Irradiation Station: This system monitors solar radiation levels, helping to optimize panel performance and track energy output.
  • Transformer Station: Converts the power generated by the solar panels from medium voltage to grid-compatible levels for efficient transmission.
  • Metallic Structures: These are the frameworks that support the solar panels, ensuring they are mounted securely and at optimal angles for maximum energy generation.

Installation and Execution Works

This phase covers the full spectrum of on-site construction and installation activities, ensuring that all systems and structures are properly built and integrated:

  • Construction of Roads: Internal access roads are built to facilitate easy movement of personnel, materials, and maintenance equipment across the site.
  • Fence Installation: The security fencing is installed around the perimeter of the park to protect it from unauthorized entry and potential threats.
  • Assembly of Metallic Structures: The metallic structures supporting the solar panels are assembled and positioned to optimize sun exposure and energy production.
  • Mounting of Solar Panels: Solar panels are carefully installed on the metallic structures, ensuring they are securely fastened and correctly oriented for maximum solar energy capture.
  • Electrical Installations: All electrical systems, including wiring, transformers, and cabling, are installed to ensure safe and efficient power generation and distribution.
  • Transformer Station Setup: The transformer station is installed and configured to manage the energy conversion from the solar park to the grid.

Execution Details

Comprehensive execution plans and specifications are prepared to guide the project, ensuring that all work is carried out with precision and in line with regulatory standards. This includes:

  • Detailed Execution Plans: Comprehensive blueprints and schematics for every stage of construction and installation, ensuring accurate and efficient execution.
  • Technical Specifications: Documentation outlining all technical requirements and standards for materials, installations, and equipment performance.
  • Compliance with Industry Standards: The project is aligned with local and international standards for safety, quality, and environmental impact.

Testing and Commissioning

Upon the completion of installation, a rigorous testing and commissioning phase is conducted to verify that all systems are fully functional and meet performance expectations. This includes:

  • System Tests: Electrical, mechanical, and operational tests are performed on all components, including cables, transformers, earthing, and panels, to ensure optimal functionality.
  • Commissioning of Intra-Park Systems: The systems within the park, including the cabling, electrical connections, and communication systems, are thoroughly tested to ensure proper integration and operation.
  • Compliance Verification: All installations are checked against design specifications, safety standards, and performance benchmarks to ensure the solar park operates efficiently and safely.
  • Documentation and Reporting: Test results and commissioning reports are generated, providing a comprehensive overview of the system's performance, along with any recommendations for ongoing maintenance.

This solar park installation project provides a complete, turnkey solution, from the delivery of essential materials and equipment to the installation, testing, and commissioning of all systems. With a focus on quality, safety, and compliance, the project is designed to deliver a fully operational solar park that meets energy production goals and sustainability standards.

Project Information
  • Customer:
    SIMIAN SOLAR ENERGY
  • Date:
    07/10/2024 - 07/10/2024
  • Location:
    Șimian , Romania
  • Category:
    Renewable Energy
  • Industry:
    Energy Sector

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