Our team has the most experienced substation engineers and high-voltage design capabilities. We proudly serve a wide range of clients, including major electrical utilities, renewable energy developers, and industrial and mining sectors.

Our extensive knowledge and hands-on experience enable us to deliver GIS (Gas Insulated Switchgear) and AIS (Air Insulated Switchgear) substations rated up to 500kV. We possess full in-house capabilities across all substation disciplines, ensuring a comprehensive approach to every project. Our engineering and design team specializes in providing innovative solutions for a variety of substation applications, covering primary, secondary, and civil/structural engineering, as well as design, configuration, and commissioning services for protection, control, automation, and telecommunications systems.

With an excellent industry reputation and a proven track record, we have built long-term strategic relationships with our clients.

Our multidisciplinary team provides a streamlined interface for managing complex and technically challenging projects, significantly reducing duplication and overhead costs. We operate as a cohesive entity specializing in Substations, Power Lines, Earthing and Power Systems Studies, Protection, and LV/MV/HV Design, as well as on-site implementation activities.

We enhance project value through technological innovation and tailored support solutions, ensuring fit-for-purpose designs that optimize capital expenditure. Our team stays at the forefront of technology, employing advanced materials, methodologies, and substation automation techniques. We take pride in our ability to adapt and respond effectively to dynamic work environments, consistently meeting and exceeding our clients’ expectations.

Our Services Include:

• Concept Design Preparation: Creating layouts, elevations, site utilization plans, and more to lay the groundwork for successful projects.

• Technical Specifications Development: Preparing detailed specifications for all equipment related to HV Substations.

• Tender Documentation: Assisting in the preparation of tender documentation and providing support during the tender evaluation process.

• Cost Estimation: Conducting thorough cost estimations for HV infrastructure throughout the asset lifecycle.

• Civil and Structural Design: Comprehensive design services that encompass earthworks, drainage systems, road construction, foundations, bunds, structures, fencing, and building design.
• Primary Electrical Design: In-depth services that include load flow and fault studies, earthing design, insulation coordination, electromagnetic interference analysis, lightning protection, switchyard lighting, and the development of layouts, elevations, bills of materials, and cable schedules.
• Secondary Electrical Design: Detailed design work for schematics, terminations, materials lists, and cable schedules for various protection schemes, including both conventional and advanced substation protection settings.
• Substation Automation and Control: Design and configuration services for SCADA, HMI, PLC, RTU, and IED devices, using multiple communication protocols, including IEC 61850.
• Telecommunication Systems Design: Engineering of backbone communication infrastructure, including microwave radio, SDH, PDH, pilot, fiber optics, and legacy systems.
• Ancillary System Design: Detailed design of supporting systems, including fire safety, security measures, hydraulics, sewage management, stormwater management, access control, contour surveys, and geotechnical studies.
• Safety in Design: Comprehensive safety management practices and construction risk assessments to ensure all designs prioritize safety and compliance.

We have extensive experience in 3D modeling and drafting specifically for substation design. Our advanced modeling capabilities provide clients with realistic visualizations of both existing and new equipment locations within substations, ensuring alignment with customer standards.

By modeling entire substations, power lines, and renewable energy installations such as wind and solar farms in 3D, we can guarantee that our projects are not only constructible but also minimize costly changes during construction and site demobilization.

3D modeling is particularly crucial for augmenting existing or brownfield sites, where space is often limited and minimizing shutdown times is essential. This approach significantly contributes to the successful and timely completion of projects while adhering to budget constraints.

• We offer a range of operating methodologies tailored to meet project needs, including EPCM, EPC, D&C and Design Only;
• We ensure efficient project execution through effective planning and streamlined workflows;
• We implement robust project controls to monitor progress, manage risks, and provide timely reporting.
• We oversee the procurement process and manage logistics and inventory to ensure all materials are available when needed.
• We efficiently manage sub-contractor services to guarantee project milestones are met with the highest standards.

We have a lot of experience in protection design and settings for substation projects. Each project begins with a thorough analysis of the existing protection systems, allowing us to review and update designs as necessary.

Our team is dedicated to ensuring that the protection design and settings are meticulously tailored for both existing infrastructure and any newly added equipment. This proactive approach ensures optimal performance and safety across all substation operations.

By leveraging our expertise in protection design, we guarantee that all substation projects meet the highest standards of reliability and efficiency, safeguarding assets and enhancing operational integrity.

Our specialists have a wealth of experience in crafting detailed earthing engineering solutions. We provide comprehensive design services, including:

• Earth Grid Layouts: Creating precise layouts for efficient grounding systems.
• Conductor Sizing: Finding optimal conductor sizes to ensure safety and performance.
• Bonding Requirements: Establishing essential bonding protocols for reliable connections.
• Connection Diagrams: Developing detailed diagrams for clear understanding and implementation.

To achieve high accuracy in our earthing designs, we use the industry-standard CDEGS software for advanced modeling. Furthermore, our field team employs state-of-the-art earth testing instruments to confirm the effectiveness of both the design and modeling processes, ensuring they meet safety standards and operational requirements.

• Conceptual Design: Developing innovative initial designs tailored to project requirements.
• Functional Specifications: Creating detailed specifications that outline system functionalities.
• Network Layout: Designing efficient network architectures for seamless operations.
• Equipment Selection: Identifying and recommending the most suitable equipment for specific applications.
• Client/Server HMI System Design: Expertise in designing and configuring client/server Human-Machine Interface (HMI) systems.
• PLC Programming and Integration: Proficient in programming and integrating various PLC systems, including Allen Bradley, Schneider, GE, Siemens, and Miri.
• RTU Programming and Integration: Skilled in programming and integrating RTU systems such as Miri and Koyo.
• DCS Programming and Integration: Extensive experience in programming and integrating Distributed Control Systems (DCS) from Emerson, Yokogawa, and Honeywell.
• SIS Programming and Integration: Expertise in programming and integrating Safety Instrumented Systems (SIS), including those from HIMA, Yokogawa, ICS Triplex, and Honeywell.
• Software Application Development: Proficient in various programming languages, including C++, C#, VB, VBA, and PHP.
• Operator Interface Design: Creating intuitive HMI/MMI designs for enhanced user interaction.
• SCADA System Integration: Specializing in the integration of Supervisory Control and Data Acquisition (SCADA) systems.
• Flow Metering and Monitoring (AGA): Programming and integrating flow metering and monitoring systems based on AGA standards.
• Network Optimization: Enhancing network performance and optimizing process control systems.
• System Support and Remote Operations: Providing robust support and management for remote operational capabilities.