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Energy Service Companies (ESCOs): Navigating Challenges and Opportunities

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United Kingdom

Energy Service Companies (ESCOs): Navigating Challenges and Opportunities

The survey "The State of Energy Management 2022" has been released and can be downloaded here. As in previous editions, this year it is also focused on Energy Service Companies (ESCOs), the challenges they faced in 2022, their priorities for 2023 and the trends they believe will shape the energy landscape in the upcoming years. In this article, we will have a closer look at the results.
Xavier Novella

The energy crisis has pushed ESCOs to shift their models to remain competitive. More than ever, in a sector constantly evolving, with volatile prices and digitisation processes, challenges and opportunities are arising rapidly. Therefore, the future of the energy efficiency sector will be largely determined by the role that ESCOs' business models will have in the market. In this sense, the British Government set a goal of reducing carbon emissions to net zero by 2050 and ESCOs play an important role in meeting this target through conservation and energy efficiency.

 

The State of Energy Management Survey: Respondents’ profiles

Of the 250+ participants, the State of Energy Management survey revealed that almost 60% worked in companies directly related to energy, including Energy Service Companies (ESCOs), utilities, equipment manufacturers and renewable energy companies. And more precisely, a bit more than a third (36%) of respondents were Energy Service Companies.

 

ESCOs are one of the key players in the overall effort to reach energy efficiency goals and a more sustainable approach to energy consumption. The majority (60%) of ESCOs who took part in the survey stated they would describe their professional role as Energy Manager, or Business Development Manager (17%).

 

ESCOs' top Energy Management Challenges

With an increasing global emphasis on cutting carbon emissions and transitioning to clean energy sources, ESCOs are shifting their business models to meet the changing demands of their customers. So what are the two main challenges the ESCOs survey faced in 2022?

 

1. Generating and Maintaining Verified Savings (40%)

 

Unsurprisingly, generating and sustaining verified savings was recognised by the majority of ESCOs to be their main challenge faced in 2022. Last year it was already ranked at the top of their list. Through ongoing monitoring and maintenance of implemented measures, and keeping abreast of industry standards and best practices in energy efficiency, ESCOs will achieve energy savings.

 

In addition, companies must also undergo periodic audits to ensure that energy savings continue to be obtained. It is true that analysing existing projects, verifying and forecasting savings for a project at the planning stage can be an arduous task if you don't have the right technology in place. It is for this reason that the most sophisticated ESCOs have already implemented and recognised the value of an Energy Management System (EMS). In this sense, our survey shows that almost half (48%) of respondents already use an EMS to ease and streamline their processes. 

 

Measurement & Verification (M&V) processes are used to measure and verify, in a regulated way, the energy savings resulting from planned and defined changes to all or parts of the energy infrastructure of a specific facility or group of facilities. For any energy savings project, you may want to implement, Energy Performance Contracts (EPC) will need to define the basis for the calculation and distribution of savings obtained for both the ESCO and the customer. Our Dexma Measure and Verification tool could be beneficial for your company as it will enable you to:

 

  1. Increase the Evaluation Frequency of your Project
  2. Visualise Savings vs.Targets
  3. Evaluate multi-location contracts

These actions to measure and verify savings during your energy efficiency project are advanced actions which will help speed up decision-making and readjustment during the project. 

 

2. Proving the ROI of Energy Efficiency activities (21%)

 

The Return on Investment (ROI) metric is used as part of the analysis and serves as a benchmark for developing future strategies. Calculating the ROI of an energy efficiency project is key, as it will show the viability of the project to their clients. In this context, the ROI can be demonstrated by computing the energy savings and the cost of implementing energy efficiency measures.

 

It is then determined by dividing the savings by the cost of implementation while adding other factors (such as lowered GHGs reduction, and improved comfort, among others). For 21% of the ESCOs surveyed, demonstrating the ROI of their energy efficiency actions seems quite difficult. As an ESCO you can offer much more value through additional services and solutions, including industry knowledge and experience, technical expertise, performance and savings guarantees, fixed project costs and proposals, as well as the ability to achieve superior savings and ROI, to cite a few examples.

 

Energy-efficient products or services can first appear to be more expensive than conventional ones to your clients, which unfortunately will often discourage many. However, the energy savings from energy efficiency measures should eventually outweigh the extra cost, providing an implicit return on investment compared to the cost of switching to more conventional products. Proving to your clients their potential ROI and savings potential is critical. 

 

How can my ESCO stand out?

There are many ways in which your Energy Services Company can stand out in a competitive market, including offering a wide range of services, specialising in a specific niche, implementing new technologies, demonstrating proven results and achieving certification, to name but a few. "Indoor air quality and comfort projects” and “Carbon reporting“ were highlighted by the ESCOs surveyed.

 

Indoor Air Quality (IAQ) and Comfort Projects

 

Indoor air quality (IAQ) and comfort projects are aimed at improving the air quality and comfort of indoor spaces. By monitoring humidity, temperature and CO2 levels, among other variables, information can be extracted to help improve the comfort and well-being of building users. For instance, installing carbon dioxide level sensors will tell you how many particles per million (ppm) there are, at any given moment. 

 

Read the full article here.

01/01/2023
Amelie Leconte (DEXMA)
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