Budgeting and Cost Analysis
Budgeting and Cost Analysis
Solar Power Plant (SPP) investments are long-term projects that require high capital. The success of the investment depends on accurate budgeting and detailed cost analysis while still in the project phase. As GMR Energy, we calculate the financial feasibility of your project in accordance with international standards and present you the return on investment (ROI) and cash flow with the most realistic data.
Our engineering and finance teams meticulously analyze all items, from the productivity potential of the field to equipment selection, from operational expenses (OPEX) to initial investment costs (CAPEX). Our goal is to ensure that our investors make a predictable and profitable energy investment without encountering surprise costs.
- Return on Investment (ROI) Analyzes
- CAPEX (Initial Investment) and OPEX (Operation) Calculations
- Cash Flow Statements and Income Projections
- Technical Reporting for Bank and Financing Loan
- LCOE (Levelized Cost of Energy) Analysis
- Equipment Cost Performance Comparisons
- Risk Analysis and Scenario Based Budgeting
Our Cost Management Process
A successful solar power project is possible by performing not only technical but also financial engineering correctly. Our process includes financial mapping of all stages from the investment decision to the commissioning of the power plant.
Pre-Feasibility and
Budget Estimate
With the preliminary evaluation of the project site, the initial financial framework is presented to the investor by calculating global costs and potential production revenues based on the estimated installed capacity.
Detailed Cost
Analysis
After the final project design; All items such as panel, inverter, construction, cable, labor, transportation and customs are clarified with current market prices and the final budget is created.
Financial Risk
Management
The effects of external factors such as exchange rate fluctuations, interest rates and inflationary pressures on the project cost are simulated and strategies are developed to minimize risks.
Frequently Asked Questions (FAQ)
Return on investment time; It varies depending on the size of the installed system, the quality of the equipment used, the sunshine duration of the region and current electricity tariffs. On average, industrial rooftop and land solar power projects pay for themselves in 3.5 to 5 years.
LCOE expresses the average cost of 1 unit of energy (kWh) produced by a power plant over its economic life. This value is the most reliable financial metric for comparing different energy production methods or different solar power projects.
Yes, we prepare "Bankable Feasibility Report" for your projects at international standards. These reports fully contain the technical and financial analyzes requested by banks and financial institutions in their credit allocation processes.
During the budgeting stage, we allocate a certain "Force Majeure and Risk Share" for each item according to market conditions. We also minimize the risk of cost increases through methods such as price fixing with suppliers and logistics insurance at the contract stage.
OPEX covers maintenance-repair, security, panel cleaning, insurance premiums, remote monitoring systems and administrative expenses over the 25+ year life of the power plant. In a correct analysis, the increase in these expenses according to the annual inflation rate should also be taken into account.
Depending on the size of the project and the detail of the data we have; We complete and deliver pre-feasibility reports within 3-5 business days, and detailed analyzes that constitute comprehensive bank applications within 2-3 weeks.
Engineering Tomorrow's Energy Today.
