Before a new facility investment, a capacity increase, or an energy infrastructure renewal, the fundamental question to answer is whether the investment will pay for itself technically and economically. A feasibility study grounds that decision in data rather than assumptions; it evaluates the load requirement, grid connection conditions, and investment and operating costs together, giving the investor a clear basis for decision. Projects that start with an incomplete feasibility inevitably face budget deviation and lost time.
Miratek runs the feasibility process on field realities. The study is not a desk report; the site survey, existing consumption data, distribution company connection conditions, and the legislation in force are considered together. Alternative solutions are compared in engineering and cost terms, and the strengths and weaknesses of each scenario are set out plainly.
In the turnkey delivery model, feasibility is the first link of the project. Once the report is approved, design, approval processes, and execution continue seamlessly through the same point of contact, and the commitments made in the feasibility are tracked through the execution stage as well.
Study Scope Summary
| Service area | Industrial facilities, OIZ infrastructure, SPP investments, power distribution projects |
| Analysis topics | Technical feasibility, economic analysis, regulatory compliance, risk assessment |
| Data sources | Site survey, load profile and consumption data, grid connection conditions, tariff information |
| Voltage levels assessed | LV, 1-35 kV MV, and HV depending on the connection scenario |
| Deliverable | Decision-grade feasibility report and execution roadmap |
| Delivery model | Standalone advisory report or the first phase of a turnkey project |
How We Work
Needs Analysis and Site Survey
Investment objectives, facility load estimates, and site conditions are examined in place to frame the study.
Data Collection
Existing consumption data, grid connection conditions, and the applicable regulatory requirements are compiled.
Technical Feasibility
Alternative infrastructure solutions are assessed and compared against engineering criteria.
Economic Analysis
For each scenario, an investment cost, operating expense, and payback model is built.
Reporting and Roadmap
Findings, recommendations, and the execution plan are reported as a basis for the investment decision.
Scope of Work
- Preparation of a pre-investment technical feasibility report
- Load estimation and demand analysis
- Technical and economic comparison of grid connection options
- Investment and operating cost projections
- Preliminary assessment of regulatory, permitting, and approval processes
- Business process analysis and process improvement recommendations
Frequently Asked Questions
At what stage should a feasibility study be commissioned?
The best time is before the investment decision is finalized and before any site or technology selection. A feasibility done early prevents wrong decisions taken before connection conditions and cost items become clear. Changes made later burden both the project and the budget.
Is the feasibility just a report — what happens afterwards?
The report is delivered together with an actionable roadmap. If the investment decision is taken, design, approval processes, and execution can be run by the same team on a turnkey model. The assumptions made in the feasibility thus remain traceable throughout execution.
Is feasibility also done for an existing, running facility?
Yes. For decisions such as capacity increases, transformer uprating, SPP integration, or infrastructure renewal, feasibility is worked from the existing facility's data. Existing consumption measurements are the most reliable data source in such studies.
