Project Lifecycle · Phase 1 of 6
Project Development
We translate your goals into a buildable scope — so you can commit capital with clarity.
What we do here
Our scope in this phase
- Feasibility studies and concept selection for electrical and automation infrastructure
- Grid impact and connection studies — load flow, fault level, harmonic and power quality assessments
- Scope definition and basis of design documentation
- Preliminary cost estimation and schedule development
- Stakeholder and grid operator coordination (DSO/TSO liaison)
Why it matters
The impact of getting this right
Decisions made in the project development phase set the cost, schedule and technical baseline for everything that follows. Mistakes here — an undersized transformer, a missed grid constraint, an ambiguous scope — compound through every subsequent phase. APARA's engineering-led approach to feasibility ensures that when you move forward, you move forward on solid ground.
Typical activities
What this phase looks like day-to-day
Concept study
Evaluate technical options and compare on cost, risk and operability.
Grid connection study
Assess DSO/TSO requirements and available capacity.
Load flow analysis
Model power flows under normal and fault conditions.
Short-circuit study
Determine fault levels for equipment specification.
Scope definition
Document basis of design, system boundaries and interfaces.
Preliminary SLD
Draft single-line diagram for concept alignment.
Cost estimate
Class 4/5 estimate for capital budgeting.
Project schedule
Develop phased execution plan.
Related expertise
The disciplines we bring to this phase
Phase 6 of 6
Operation & Engineering as a Service
Ongoing engineering support for the life of your asset — when you need expertise without the headcount.
Phase 2 of 6
Basic & Detail Engineering
Complete E&I design packages — every drawing, document and calculation your project needs to build from.