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Engineering

Services

Engineering

Engineering involves creating efficient and reliable electrical systems for generating, transmitting, and distributing energy. The detailed planning and development of electrical components for substations, ensuring safe, efficient, and reliable transmission, transformation, and distribution of electrical power.

Tools

Tools Using

  • Aucotec – Engineering Base
  • Pi-Soft
  • Zuken E3
  • Eplan
  • ETAP
  • PSCAD
  • AutoCAD

Services

Our Services

Design of Control & Protection Panels (Upto 765kV)

It requires a focused approach to ensure reliability and safety. The panel layout should prioritize ergonomics, placing components like relays and circuit breakers for easy access. Communication should utilize industry-standard protocols like IEC 61850 to ensure seamless integration and effective data logging.

Design of Switchgear panels

It involves several key considerations to ensure optimal performance and reliability. The panel layout should maximize space efficiency while ensuring adequate airflow and accessibility for maintenance. Electrical design must include accurately sized conductors, circuit breakers, and fuses tailored for the VFD's requirements, along with EMI/RFI filters to minimize electrical noise.

Mosaic Panel design

Mosaic panel design is an art form that involves creating visually striking compositions using small pieces of materials such as glass, stone, or ceramic, arranged in intricate patterns. Key considerations include selecting the right materials based on aesthetic appeal and durability, with a variety of colors and textures to enhance visual interest.

LCC Panels design

Designing Local control cubicle (LCC) panels requires careful consideration to ensure effective control and monitoring of electrical systems. The panel layout should optimize space while allowing easy access for maintenance and operation, with switches, relays, and indicators positioned for intuitive use.

SAS System Architecture Designing

Designing a System Architecture (SAS) panel involves several critical considerations to ensure effective control and monitoring of complex systems, particularly in power and industrial applications. A modular panel layout facilitates scalability and future upgrades, while ensuring components are arranged for easy accessibility during maintenance and troubleshooting.

Signal list Preparation

Preparing a signal list is a crucial step in designing control systems, as it ensures that all necessary inputs and outputs are clearly identified and documented. The process begins by defining the purpose and scope of the system to establish the required signals.

Drafting/As built Services

Drafting and as-built services are essential components of engineering and construction projects, providing accurate documentation of designs and completed work. Drafting services involve creating detailed technical drawings and schematics that outline design specifications for various project elements, such as electrical, mechanical, and structural components.

Cable schedule Preparation Services

Cable schedule preparation services are essential for effectively managing and documenting the installation of electrical cables within a project. These services begin with the identification of various cable types required, including power, control, and communication cables, alongside detailing their specifications, such as gauge, insulation material, and voltage rating.

Power System Studies – ETAP/PSCAD

Power system studies using software like ETAP (Electrical Transient Analyzer Program) and PSCAD (Power Systems Computer Aided Design) are crucial for analyzing and optimizing electrical systems. These studies encompass various analyses, including load flow analysis to determine voltage, current, and power flow under normal conditions, which helps identify voltage drops and system losses.

Setting Calculation for Protection Relay

Setting calculations for protection relays are essential for ensuring the reliable and safe operation of electrical systems. The process begins by defining protection requirements, which involves selecting the appropriate type of protection such as overcurrent, differential, or earth fault and specifying the necessary relay functions in coordination with upstream and downstream devices.