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What is Energy Benchmarking? And How Does it Help?
Benchmarking is the process of collecting and analyzing data to evaluate current performance against a standard or best practice. A benchmark represents the highest level of performance achieved, while benchmarking is the continuous effort to measure and improve against that standard. By observing and comparing, organizations can gain insights into new strategies, better practices, and opportunities for growth. It enables companies to assess their internal processes in relation to competitors, other organizations, or industry benchmarks, helping them identify areas for improvement and optimize overall performance.
Energy benchmarking follows the same principle. It involves gathering data on energy and water consumption and then comparing the performance of a building against itself, similar buildings, or established standards. This helps identify inefficiencies and provides a clear picture of where improvements can be made.
Like any form of benchmarking, energy benchmarking requires two key data sets: internal and external. Internal data includes historical energy and water usage collected through utility meters or submeters. While gathering this data might be straightforward, presenting it in a meaningful way for analysis often requires an effective energy management information system (EMIS). External data comes from similar buildings or predefined benchmarks, allowing for more accurate comparisons.
**The Benefits of Energy Benchmarking**
More cities are now requiring energy benchmarking for buildings to meet sustainability goals. However, you don’t have to wait for regulations to take action. Energy benchmarking is not only an environmentally responsible practice but also offers numerous advantages:
1. **Improved Building Performance**
Benchmarking provides a structured approach to identifying inefficiencies and setting performance targets. It helps uncover gaps in operations and establish realistic efficiency standards, leading to better overall building performance.
2. **Identify Problem Areas**
Comparing your building’s energy use with similar structures or its own past performance can highlight inefficient systems, equipment, or occupant behavior. This allows you to prioritize areas for improvement and develop targeted action plans.
3. **Gain Valuable Insights**
Combining internal and external data helps build a clearer understanding of energy use patterns. It enables you to set reference points, recognize industry best practices, and determine what changes are needed to reach optimal performance.
4. **Justify Investments**
With historical data and proven results from previous energy-saving initiatives, you can better demonstrate return on investment to stakeholders. Whether upgrading lighting systems, installing smart HVAC, or improving the building envelope, benchmarking supports informed decision-making and cost control.
By regularly benchmarking your buildings against top performers, you can track progress, understand how your company stacks up against industry standards, and work toward becoming a leader in energy efficiency.