System definition & distribution
- Load-list review and distribution-system development
- Single-line diagrams and switchgear distribution
- Power evacuation and plant power distribution
- Equipment and cable sizing calculations
POWER & PROCESS PLANTS
BOP electrical engineering for power & process plants.
Electrical balance-of-plant engineering connects individual loads into a coordinated distribution system. We develop the system architecture, switchgear distribution, layouts, and schedules with mechanical and civil interfaces considered throughout.
Discuss your requirements
01 / BOP ELECTRICAL ENGINEERINGENGINEERING SCOPE
Considered from
system to detail.
Scope and deliverables are agreed around your project’s requirements.
Download company profileDetailed layouts & schedules
- Electrical equipment layouts and arrangement plans
- Earthing and cable raceway layouts
- Lighting design and detailed engineering
- E&I cable schedules and termination schedules
Mechanical & civil coordination
- Equipment locations and access requirements
- Cable routing interfaces with plant structures
- Coordination of electrical layouts with mechanical arrangements
- Civil interfaces for trenches, openings, and equipment foundations
A CONNECTED ENGINEERING WORKFLOW
Follow the design.
PLANT SYSTEMS / COORDINATED AT EVERY INTERFACEENGINEERING STAGE / 01
Load inputs & design basis
Start with the load list, operating requirements, and plant information to establish the electrical design basis.
Mechanical & civil interfaces
Considered at every stage
Considered at every stage
START THE CONVERSATION
A useful starting point.
These inputs help us understand the scope. If your project is at an earlier stage, tell us what you have available.
- Plant load list and operating requirements
- Mechanical equipment layouts and available vendor data
- Civil layouts and project design criteria
PLANNING YOUR ENGINEERING SCOPE
Questions before
the design begins.
What does BOP electrical engineering include?
The scope starts with the plant load list and operating requirements. ETTS develops the distribution system and single-line diagrams, switchgear distribution, equipment arrangements, and detailed electrical, earthing, cable raceway and lighting layouts. Calculations and schedules are defined in the agreed deliverable list.
How are mechanical and civil interfaces coordinated?
Mechanical equipment locations and vendor data inform electrical loads and equipment arrangements. Civil layouts inform cable routes, trenches, openings and foundation interfaces. These inputs are considered as the electrical design develops, with outstanding information identified for coordination.
Can we start before every vendor drawing is available?
Share the available load list, plant layout and design criteria. We can discuss which engineering activities can begin, which assumptions need agreement and which deliverables depend on vendor information.
CONNECTED CAPABILITIES
LET’S ENGINEER WHAT’S NEXT
Your project.
Our engineering expertise.
Tell us what you’re planning. Let’s define the right engineering scope together.
Discuss your project