Header

HV PANEL DESIGN

iEngineering specializes in high voltage (HV) panel design, production, and supply services tailored for the Oceania and Pacific regions. Our commitment to quality ensures that clients receive the highest standard of goods at competitive prices. Our team of experts rigorously analyzes various factors to ensure the reliability and efficiency of our HV panels. Key elements of our design process include a comprehensive load flow study to assess electrical demands, as well as detailed calculations of fault levels to guarantee safety and compliance with industry standards.

To enhance the performance and safety of our HV panels, we meticulously select and size the appropriate equipment, creating reports based on these design considerations. We also focus on finalizing the load list and transformer sizes to match specific project requirements. Our designs include single-line diagrams of switchgears and Motor Control Centers (MCCs), alongside control schematics that provide clear guidance for operation and maintenance. By incorporating these critical features, we ensure that our HV panels meet the diverse needs of our clients in the region

Furthermore, our design services extend to the electrical layouts of MCC enclosures, substations, and control enclosures, ensuring a coherent integration of all components. We prepare detailed cable trench and tray layouts, including necessary details and a Bill of Materials (BOM) to streamline project implementation. Our expertise also encompasses earthing calculations, lightning protection measures, and the preparation of PLC architecture diagrams and I/O lists. With a comprehensive cable schedule and interconnection diagrams, along with precise relay setting calculations, iEngineering delivers high-quality, reliable HV panel solutions that are designed to meet the rigorous demands of modern electrical systems.

Standards for the design and installation of HV switchgear

All the design parameters as per Australian/IEC standards are followed while designing and installing switchgears in the panel as per requirement. In many cases, a great deal of manufacturing and testing effort is only effective if it is mass-produced, and production is standardized accordingly. The technical data is provided along with design and all the panels are type tested. The quality of manufacturing is monitored by doing routine tests. 

Different parameter configuration for HV panel design

Grid voltage, grid frequency, earthing, neutral, and peak short-circuit connections are all parameters that fall into a pre-defined category. The conditionally selected category includes insulation level, over voltage protection, kind of operating region, and plant design.  

Bus-bar circuits

Single busbar, double busbar, busbar coupler, circuit-breaker, double busbar with common connection are different types of selection parameters used in busbar circuits. Bus-bar circuits are useful for carrying currents in the circuit in such a way that it goes through different types of protection.   

Switching devices

Circuit breakers, switch, contactor, HV HRC Fuse are different types of devices used for protection, switching, frequency switching, etc.    

Outgoing feeder components

It includes cable termination, conductor cross section, etc. Also, selection of CT, PT, surge arrester and earthing switches

Equipments on secondary side for HV panel design

Equipments that are used in control, interlocking, switching fault protections. Equipments for monitoring & communicating, metering, counting, etc.  Motorised drives, voltage test systems, resistors for PT, etc used on secondary side.  We provide customised solutions to our client as per their requirement and components connected to the HV panel.

Expandable Chatbot
Chatbot Icon