FEASIBILITY STUDY
Empowering Decisions with Data-Driven Engineering
What is a Feasibility Study in Electrical Network?
A Feasibility Study is a comprehensive technical and economic evaluation of a proposed electrical system, project, or upgrade. It determines whether the proposed solution is viable, cost-effective, compliant, and sustainable before capital is invested.
Whether you’re planning a new substation, expanding an industrial plant, integrating renewable energy, or switching to high-efficiency equipment—our Feasibility Studies help you avoid costly errors, streamline approvals, and ensure operational success.
Core Objectives
- Evaluate technical feasibility of electrical solutions (load growth, capacity, technology)
- Determine economic viability (CAPEX/OPEX analysis, ROI, payback period)
- Recommend optimal system design and equipment specifications
- Support project financing, tenders, and stakeholder decisions
Typical Study Scope
| Segment | Evaluated Factors |
|---|---|
| Power Demand Forecasting | Load growth, seasonal variation, peak demand, future expansion |
| Equipment Sizing | Transformers, cables, switchgear, breakers, relays |
| Power Quality & Reliability | Voltage stability, harmonic distortion, fault level, outage risk |
| Grid Interconnection | fault level contributions |
Technical Specifications
| Parameter | Notes / Range |
|---|---|
| System Voltage Levels | LV (415V), MV (3.3kV–33kV), HV (66kV–220kV) |
| Peak Load Assessed | Up to 100 MW or more depending on client needs |
| Simulation Tools | ETAP Latest version |
| Standards Complied | IEEE, IEC, CEA, NFPA, ISO |
| Output Format | Technical Report, Executive Summary |
Our Engineering Approach
1. Data Collection & Site Assessment
Load audit, equipment specs, operational constraints, expansion plans
2. Load Forecasting & Scenario Planning
Develop future load profiles and growth curves
3. System Modeling & Analysis
Use simulation tools ETAP to test different design options
4. Financial Feasibility
CAPEX, OPEX, LCOE, IRR, risk analysis & mitigation strategies
5. Design & Compliance Review
Check with standards like IEEE, CEA, and utility guidelines
6. Final Reporting & Recommendations
Clear go/no-go analysis with optimized system configuration