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Energy consumption audit of industrial facilities and technological processes

An energy audit provides a clear assessment of how and where energy is consumed – across buildings, vehicles, equipment, or technological processes. It identifies key areas of energy use, recommends cost-effective energy-saving measures, and reports to the client.

Energy consumption audit of industrial facilities and technological processes

  • To assess the current condition of the building and take this into account to ensure that every energy-consuming device in the building is operating as efficiently as possible. Only in this way, when its operation is necessary, the optimal amount of energy is used, which can ensure comfort conditions.

  • These solutions make it possible to reduce the resources of all building systems, including heat, ventilation, water, and lighting. Assessments are given of how much energy each measure will save and how long it will take for their implementation to pay off.

  • An audit of land road transport (cargo) means is also carried out.

Energy efficiency is a top priority for both the EU and Lithuania, according to the Lithuanian Energy Agency (LEA). It's measured by how much energy is used to produce one unit of GDP. The biggest efficiency gains can be made in industry, buildings, and transport – areas where smart investments bring strong returns.

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  • Industry: Energy costs are ~20% above the EU average. Modern technologies and better energy management are key to cutting costs and boosting competitiveness.

  • Buildings: Multi-apartment homes use 54% of Lithuania’s heat. With 60% of the building stock, this sector holds the highest savings potential.

  • Transport: Accounts for 38% of final energy use – targeted efficiency measures are essential.

 

According to LEA, Lithuania aims to cut energy intensity by 1.5× by 2030 and 2.4× by 2050 (vs. 2017).

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MAIN BENEFITS

Steps of Energy Audit

  1. Conducting an audit according to approved methodologies prepared by the Energy Agency (ENA), performed by certified auditors;

  2. Collection of data on existing systems;

  3. Analysis of energy consumption, cold water usage, and expenses;

  4. Verification of technical parameters, measurement of energy parameters;

  5. Assessment of the actual system requirements;

  6. Calculation of accurate investments and payback of measures;

  7. Presentation of the report, consultation on implementation issues;

  8. Preliminary solutions, providing commercial proposals.

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