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Question

Arrange the steps of conducting energy audit of a building

A. Site inspection of auditor
B. Analizing the past pattern of energy use
C. Auditor-client meeting
D. Implementation of auditor's recommendation
E. Auditor's report

Choose the correct answer from the options given below:

The correct answer is
C, A, B, E, D

Energy Audit Steps Sequence

The correct sequence for conducting an energy audit of a building, as determined by the options, is:

  1. C. Auditor-client meeting
  2. A. Site inspection of auditor
  3. B. Analyzing the past pattern of energy use
  4. E. Auditor's report
  5. D. Implementation of auditor's recommendation

Explanation of Energy Audit Steps

The process involves several key stages:

  • Auditor-client meeting (C): This crucial first step involves the auditor meeting with the client to understand the building's specifics, energy goals, and establish the scope of the audit.
  • Site inspection of auditor (A): Following the initial meeting, the auditor visits the building. This inspection allows for direct observation of building systems, equipment (like HVAC and lighting), insulation, and operational practices.
  • Analyzing the past pattern of energy use (B): Concurrently or subsequently, the auditor analyzes historical energy data (e.g., utility bills) to identify consumption trends, major energy users, and establish a baseline performance measure. This analysis often complements the site inspection findings.
  • Auditor's report (E): Based on the meeting, site inspection, and data analysis, the auditor compiles a comprehensive report. This document outlines findings, potential energy-saving opportunities, and specific recommendations.
  • Implementation of auditor's recommendation (D): The final phase involves the building owner or management implementing the energy-saving measures suggested in the auditor's report to achieve efficiency improvements.
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Important Questions from Energy and Environment - Teaching

  1. Which of the following fuels has the highest HHV carbon intensity ?
  2. Burning of 1 mol of $\text{CH}_4$ liberates 890 kJ of energy and 1 mol of $\text{CO}_2$. Since 1 mol of $\text{CO}_2$ has 12 g of carbon, the higher heating value (HHV) of methane is :
  3. The air-to-fuel ratio (A/F) for complete combustion in an internal combustion engine is about :
  4. Consider solar insolation of $400 \text{ W/m}^2$ incident on a single solar cell of area $100 \text{ cm}^2$. If only $15\%$ of the photons cause electron - hole pairs and the average energy of incident photons is $\sim 1 \text{ eV}$, the short circuit current of the cell is :
  5. In terms of the calorific value, identify the correct sequence :
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