H‑Infinity

Electrical infrastructure represents a significant capital investment. A thorough financial analysis helps you evaluate alternatives, optimise lifecycle costs, and justify investments to stakeholders. Whether you're comparing equipment options, evaluating grid connection vs. backup generation, or assessing the ROI of energy efficiency upgrades, our financial analysis provides the quantitative foundation for your decisions.

01What is Electrical Financial Analysis?

We evaluate the financial dimensions of electrical infrastructure projects:

▸Capital Cost Analysis — Comprehensive cost estimation including equipment, materials, installation, commissioning, and project overheads.
▸Lifecycle Cost (LCC) — Total cost of ownership over the asset lifetime including energy losses, maintenance, spares, and disposal.
▸Return on Investment — NPV, IRR, and payback period calculations for proposed investments.
▸Benefit-Cost Analysis — Quantification of tangible and intangible benefits (reliability, safety, compliance) vs. costs.

02Why Financial Analysis Matters

The cheapest option is rarely the best value:

▸Total Cost vs. First Cost — A lower-priced transformer may have higher losses costing 3× more over its 25-year lifetime. Lifecycle analysis reveals the true cost.
▸Investment Justification — Board-level decisions require clear financial metrics: NPV, IRR, and payback period to evaluate competing capital projects.
▸Risk Quantification — Financial analysis quantifies the cost of reliability failure, helping prioritise spending on redundancy and protection.
▸Benchmarks & Comparisons — Industry benchmarks for cost per kW, cost per kVA, and unit costs help validate your project estimates.

03Our Approach

Our financial analysis combines engineering expertise with financial modelling:

1. Cost Data Collection

Gather equipment costs, installation rates, and operating cost data from current market surveys and project benchmarks.

2. Financial Modelling

Build detailed financial models with cash flow projections, depreciation schedules, and tax considerations.

3. Scenario Analysis

Run sensitivity analysis on key variables — energy price escalation, equipment lifetime, and maintenance frequency — to identify cost drivers.

4. Recommendation

Present clear financial comparisons with recommendations based on lifecycle cost optimisation and risk-adjusted returns.

04Scope of Financial Analysis

Our financial analysis services cover:

▸Capital Budget Analysis — Project cost estimation, contingency analysis, and budget development.
▸Equipment Comparison — Lifecycle cost comparison of alternative equipment options (e.g., efficiency class transformers).
▸Energy Audit & Savings — Quantification of energy savings from efficiency improvements and ROI calculations.
▸Feasibility Studies — Full financial feasibility assessment including market analysis and revenue projections.

05Why H-Infinity

Our financial analyses are grounded in real engineering cost data from hundreds of projects across multiple countries and sectors. We understand the technical factors that drive lifecycle costs — efficiency, reliability, maintainability — and can translate engineering trade-offs into financial terms that decision-makers understand.

Financial Analysis