The configurator helps organise the information needed to discuss a power requirement. Describe the application, location, expected duty and the functions that must be supported. Where figures are preliminary or unknown, identify that uncertainty rather than entering an assumed specification as a confirmed requirement.
Include the interfaces that shape the proposal
Existing supply arrangements, major load characteristics and installation constraints can affect the options available. Provide the information you have and identify relevant drawings or equipment records for the subsequent discussion. The output is an enquiry brief, not an automatic equipment selection or approved design.
Build the requirement
Record the application, running load, largest starting load, voltage, phase, frequency and duty. Add site conditions, installation constraints, fuel autonomy and any redundancy or temporary-power needs.
If a value is unknown, say so. A load study, equipment inspection or manufacturer data may be needed before final selection.
What needs engineering review?
- Large motors, starting methods and load steps
- UPS systems and other nonlinear loads
- Ambient temperature, altitude and ventilation
- Transfer, paralleling and synchronisation
- Protection, earthing and distribution
- Fuel supply and continuity consequences
Prepare and share your summary
The form creates a message for discussion. It does not automatically select a generator model, confirm availability or approve an electrical design. Final sizing depends on verified project data and the offered equipment.
Review the prepared message before sending
Check the contact details and technical information in the message generated by the page. The current enquiry flow prepares information for the available communication channel; it does not itself establish acceptance, availability or a project commitment. Further review is needed to develop a defined technical and commercial scope.
Prepare your enquiry
Configure My Requirement • Request Engineering Review
Configure My Requirement • Request Engineering Review. Share the application, location and information available so the next discussion can address your actual requirement.
Related guidance
Engineering intent
Power Requirement Configurator should be evaluated as part of the complete power system rather than as an isolated catalogue item. Operating duty, connected load, interfaces, protection, controls, installation conditions, testing requirements and lifecycle consequences determine whether the arrangement is appropriate.
Engineering considerations
But it is a descriptive relationship—not a universal constant. A different facility, process or operating season may have a different demand pattern. This often produces a more accurate power requirement than a generic diversity percentage. But emergency or maintenance philosophy may alter the assumption. Do not simply remove intermittent loads from the assessment. Different starting methods can produce different source demands. That structure is worth retaining as an input philosophy, even though the old workbook formulas themselves require independent validation before becoming production calculators.
Selection and design considerations
Suppose a site contains several modest loads but one significant motor. The generator may comfortably carry the total running load after everything reaches normal operation. RENT THE CORRECT VOLTAGE — NOT ONLY THE CORRECT kVA A 500 kVA generator is not useful merely because the capacity number is correct. The temporary electrical system also needs the correct: A quotation should therefore identify the actual equipment configuration offered. A one-day rental and a six-month prime-power requirement are not the same operating duty. has a different operating requirement from one used: Final equipment must be suitable for the intended operating duty. Generator waits to support defined loads when required. Generator carries varying electrical demand for extended periods under an applicable manufacturer rating.
Integration and protection considerations
Show when load is large, variable, critical, expandable or redundancy-focused. Synchronised generator operation may be worth engineering review. Load sharing, controller compatibility, breaker design, protection, cables, fuel strategy, commissioning and testing must be confirmed before implementation. Show when the requirement is temporary, project-based or shutdown-related with large/variable loads. A synchronised rental power arrangement may be worth reviewing for this temporary requirement. Confirm generator availability, synchronisation panel scope, cables, distribution, fuel logistics, earthing, protection, operator responsibility and testing. Show when load, generator details or criticality are unknown. The information entered is insufficient for a synchronisation suitability decision. Start with load assessment, existing generator details, site survey and operating profile. Before closing breakers in parallel, the system must verify key conditions.
Testing, commissioning and verification
Depending on project requirements, temporary-power planning can include: • temporary transformers or associated electrical infrastructure where applicable. From a short-duration requirement to a complex industrial project, the starting point remains the same: understand the load and operating requirement before defining the equipment. Reliable electrical infrastructure depends on coordination between every major part of the system. Understand connected load, actual demand, critical loads, diversity, future expansion and transient requirements. Translate the application into an appropriate generator rating while considering operating duty, power factor, motor starting, load steps and site conditions. Evaluate whether major motors can start without unacceptable voltage or frequency disturbance. Engineer parallel-generator operation around voltage, frequency, phase relationship and stable kW/kVAr sharing.
Direct answer
The configurator helps organise the information needed to discuss a power requirement. Describe the application, location, expected duty and the functions that must be supported.
The practical decision for Power Requirement Configurator should be based on verified load, equipment, interface and site information. Where equipment-specific data, regulatory applicability or a project study is required, this guidance does not replace that verification.