11 September 2024

Effective project management and long-term verification are essential to ensure that energy efficiency investments deliver the expected results. This process involves several stages to guarantee both short-term and long-term success.

1. How do we identify the most profitable investments using SPBT and ROI?

We recommend the most advantageous investments by comparing them based on key financial metrics such as Simple Payback Time (SPBT) and Return on Investment (ROI). This allows us to highlight projects that reduce costs and improve energy efficiency.

2. How do we categorize planned actions into approved and rejected projects?

We create a list of planned actions, dividing them into approved and rejected categories. These decisions are based on calculated values from initial assumptions. This ensures that only the most viable and cost-effective projects proceed to the implementation stage.

Table displaying planned energy efficiency projects with details such as investment valuation, usage reduction, cost savings, CO2 emission changes, Simple Payback Time (SPBT), Return on Investment (ROI), and Total Cost of Ownership (TCO).
Overview of planned energy efficiency initiatives, showing investment valuation, expected savings, and environmental impact through metrics like SPBT, ROI, and CO2 emission changes.

3. What happens during the project realization phase?

During the realization phase, we rely on actual data such as real-time investment costs, comparing them to previous assumptions. This ensures that the project remains within budget and meets its performance targets.

4. How do we measure the results of completed investments?

Once the investment is completed, we measure its actual results, focusing on energy savings and cost reductions. We evaluate whether the project met the expectations and calculate the real savings it provides over time.

Table showing an energy project in progress, titled 'Heat metering (meters) with remote monitoring system,' including details such as investment valuation, expected costs, CO2 emission changes, and Return on Investment (ROI).
Overview of an energy project in progress, focusing on heat metering using a remote monitoring system, including investment valuation and ROI.

5. How does long-term verification improve the system?

Long-term verification involves regularly monitoring key performance indicators (KPIs) to allow for system optimization and necessary adjustments. This ongoing process ensures that the investment continues to deliver benefits and increases the overall Return on Investment (ROI).

6. Why is data-driven decision-making essential for project optimization?

The data collected during monitoring and verification allows for informed decisions regarding further investments and potential modifications. This approach ensures maximum savings and energy efficiency.

Summary

This integrated process of supervision and verification of results ensures that each investment brings maximum savings and optimal efficiency throughout its entire operational life.

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