Power Systems Designed for
Reliable Industrial Performance
Discuss an Electrical Project
From Power Requirements to Engineered Systems
Electrical engineering is a core capability of ABOSOFT TECHNOLOGY LIMITED. Our work begins with understanding the facility, loads, operating requirements and interfaces, then developing an electrical system that is practical, coordinated and suitable for the project environment.
Our electrical design capability complements our instrumentation and control expertise, allowing electrical, automation and process requirements to be considered together rather than as isolated disciplines.
- ✓ Electrical system design
- ✓ Single-line diagrams
- ✓ Circuit layouts and panel schedules
- ✓ Power distribution design
- ✓ Equipment and load documentation
- ✓ Installation support and technical supervision
Make the Power Network Easy to Understand
Single-line diagrams provide the electrical roadmap of a facility. We develop electrical distribution concepts and drawings that show sources, transformers, switchboards, distribution boards, feeders, major loads and the relationships between electrical equipment.
The final arrangement is developed from the project load information, supply characteristics, equipment data, operating philosophy and applicable client requirements.
- ✓ Electrical single-line diagrams
- ✓ MV/LV distribution concepts
- ✓ Transformer and switchgear interfaces
- ✓ Main and sub-distribution arrangements
- ✓ Feeder and major-load representation
- ✓ Electrical equipment schedules
Size the System Around the Real Load
Electrical design decisions depend on credible load information. We organise and evaluate connected and operating loads to establish the design basis for distribution equipment, feeders and generation requirements.
Where the project stage and available data require formal studies, the engineering workflow can incorporate load-flow, voltage-drop, short-circuit, motor-starting, protection and related assessments. Final study inputs and equipment ratings remain subject to approved vendor data and project-specific requirements.
- ✓ Connected and operating load schedules
- ✓ Demand and diversity considerations
- ✓ Load summary development
- ✓ Voltage-drop assessment
- ✓ Short-circuit study inputs
- ✓ Motor-starting study inputs
- ✓ Power-system study coordination
Equipment Selected for Safe Distribution
Electrical distribution equipment must match the system duty, environmental conditions, fault level, operating philosophy and maintenance requirements. We support the engineering definition of switchboards, distribution panels and associated electrical equipment.
- ✓ Switchboard and distribution-panel concepts
- ✓ Panel schedules and circuit arrangements
- ✓ Protective-device requirements
- ✓ Feeder and incomer arrangements
- ✓ Equipment interface documentation
- ✓ Installation and commissioning support
Connect, Protect and Distribute
Electrical systems are only as dependable as the infrastructure connecting the equipment. We develop design information for cable distribution, equipment connections, earthing and protective arrangements, coordinated with the overall electrical system.
- ✓ Cable routing and distribution concepts
- ✓ Cable schedules and termination information
- ✓ Earthing and bonding design considerations
- ✓ Electrical equipment connection details
- ✓ Lighting and small-power concepts
- ✓ Installation support and technical supervision
For low-voltage installations, applicable requirements for protective conductors, earthing and bonding are established against the project specification and relevant standards.
Power Availability for Critical Operations
Industrial facilities often require multiple sources of electrical power and defined priorities for essential and emergency loads. Our electrical engineering approach can address generation, distribution, standby power and the interfaces required for reliable operation.
- ✓ Generator and utility interface concepts
- ✓ Essential and emergency load identification
- ✓ Standby power distribution
- ✓ Synchronisation and operating philosophy inputs
- ✓ Load-shedding and priority-load considerations
- ✓ Black-start and islanding philosophy inputs where required
Electrical Engineering That Works with the Whole Plant
ABOSOFT's multidisciplinary capability is particularly valuable on industrial projects where electrical systems, instrumentation, control systems and process equipment must interface correctly.
Our engineers can coordinate electrical requirements with instrumentation and control documentation, helping reduce interface gaps between disciplines during design and implementation.
- ✓ Electrical/instrumentation interface coordination
- ✓ Control-panel and electrical-panel interfaces
- ✓ Motor and driven-equipment interfaces
- ✓ Power supply requirements for control systems
- ✓ Coordination with process and mechanical disciplines
- ✓ Integrated engineering documentation
From Design Basis to Implementation Support
Design Basis
Electrical design criteria, supply characteristics, load assumptions, equipment philosophy and project requirements.
Load Schedules
Connected loads, operating loads, demand assumptions and distribution requirements.
Single-Line Diagrams
Electrical sources, transformers, switchgear, feeders, distribution boards and major loads.
Detailed Design
Circuit layouts, panel schedules, cable information, equipment interfaces and installation documentation.
Implementation Support
Technical supervision, installation support, inspection, testing and commissioning assistance within project scope.
Designed Around the Operating Reality
We start with the facility and its operating requirements rather than treating electrical drawings as isolated documents. The design considers loads, equipment, protection, maintainability, interfaces, installation constraints and future operational needs.
- ✓ Establish the electrical design basis
- ✓ Understand connected and operating loads
- ✓ Develop the distribution philosophy
- ✓ Coordinate electrical equipment and interfaces
- ✓ Coordinate with instrumentation, process and mechanical disciplines
- ✓ Support implementation, testing and commissioning
Electrical Engineering for Industrial & Commercial Facilities
ABOSOFT's company profile identifies industrial, energy, commercial, clinical and offshore/onshore oil & gas environments among its areas of experience. Electrical scope is developed to suit each facility and its project requirements.
Oil & Gas
Electrical systems for production, processing, storage and related onshore and offshore facilities.
Refinery & Process Plants
Power distribution and electrical infrastructure for complex process operations.
Energy & Utilities
Generation, distribution and supporting electrical systems for energy-related facilities.
Commercial & Clinical
Electrical infrastructure supporting buildings, facilities, critical equipment and operational services.
Brownfield & Upgrades
Electrical modifications, integration and upgrade support for existing facilities.
Engineering Against the Applicable Requirements
Electrical designs are developed against the applicable project specifications, statutory requirements, client standards and recognised engineering standards. The exact standard set depends on the installation, voltage level, equipment and project jurisdiction.
For example, the IEC 61439 series addresses low-voltage switchgear and controlgear assemblies, including construction, technical characteristics and verification requirements. IEC 60364-5-54 addresses earthing arrangements and protective conductors, while IEC 60364-4-43 addresses protection against overcurrent.
Applicable standards and design criteria are confirmed for each project before detailed engineering execution.
Have an Electrical Engineering Project?
Tell us about your facility, electrical system, load requirements or design challenge. We can discuss the engineering scope, documentation requirements and implementation support needed.