Energy Performance Contracts

  Enquire / contact me

Recently Eurostat, the statistical office of the European Union, published new guidance on recording of energy performance contracts in government accounts. This could have a big impact on investments in energy efficiency in the public sector

Energy Performance Contracts
Energy Performance Contracts
Energy Performance Contracts
Energy Performance Contracts

According to the Energy Efficiency Directive 2012/27/EU (EED), Energy Performance Contracting "means a contractual arrangement between the beneficiary and the provider of an energy efficiency improvement measure, verified and monitored during the whole term of the contract, where investments (work, supply or service) in that measure are paid for in relation to a contractually agreed level of energy efficiency improvement or other agreed energy performance criterion, such as financial savings."   

Slowly but surely, energy performance contracts have gained in importance as policymakers and investors look for ways to ensure a better flow of financing. For the European Union this started with the SAVE directive in 1993, where Article 4 stated: “Member States shall draw up and implement programmes to permit third-party financing for energy efficiency investments in the public sector. For the purposes of this Directive, 'third-party financing' means the overall provision of auditing, installation, operation, maintenance and financing services for an energy efficiency investment, with recovery of the cost of these services being contingent, either wholly or in part, on the level of energy savings.” This was replaced more than a decade later but the point is that it got member states actively assessing the role that third-party financing and energy performance contracting could play in the public sector.   

New guidance from Eurostat  

While there was guidance published a few years ago, it is good to see that Eurostat published new guidance in September. The revised guidance note clarifies the accounting rules applied to the treatment of energy performance contracts. It follows up on the work already undertaken by Eurostat to clarify the accounting rules for various types of public investment, including the Guide to the Statistical Treatment of Public Private Partnerships published last year.  

Energy performance contracts in the public sector offer a practical solution to make public buildings and other public infrastructures more energy efficient, as the initial investment can be covered by a private partner and repaid by guaranteed energy savings. However, frequently this type of contract simultaneously contains elements of a rental, service, lease, purchase or loan agreement, making its recording complex. At the request of Member States, Eurostat has worked with National Statistical Institutes (NSIs) to reflect on the most appropriate recording of EPCs in government accounts.  

The Eurostat guidance note on the accounting treatment of EPCs significantly increases the possibilities for public bodies to use such contracts, by including and clarifying the circumstance in which these contracts can be recorded off government balance sheets. It also paves the way for the development of a stronger market of EPC providers, involving many SMEs. According to data collected by European PPP Expertise Centre (EPEC), over the last five years 345 new public-private partnership projects concerning energy performance were signed in 16 EU Member States, for the total value of over €65 billion.   

EPCs where the energy efficiency is obtained through energy management measures, without any investment in equipment addition or renewal, are treated as simple service or maintenance contracts. This revised guidance is applied in cases where the EPC-contractor can be considered as the economic owner of the asset, where EPCs require an initial capital expenditure to improve the energy efficiency of a facility.   

What does this mean for the new phase of the Investor Confidence Project for Industry, District Energy and Street lighting?   

The Investor Confidence Project Europe, funded by the European Commission, is designed to unlock access to financing for the building, industry, district energy and street lighting markets by standardising how energy efficiency projects are developed, documented and measured.  Standardisation using best practices set out by ICP reduces the risk for investors in regard to the projected outcome of an energy efficiency project. It also reduces time and skills needed by investors to perform due diligence for each individual project. Finally, it reduces transaction costs.  These factors open the door for more capital to finance such projects or re-finance investments of project developers and ESCOs.   

Street lighting, to a large extent, and district energy, to a lesser extent, involve public bodies. The new guidance for EPCs can be an important way for integrating it with the IPC approach, since EPCs can certainly be used for IPC projects.   

The European Commission has already funded a project looking at street lighting and EPCs. This is important for increasing the awareness of how EPCs can help in the investment decisions for lighting upgrades.   

Short summary of ICP   

ICP (Investor Confidence Project Europe) delivers a standardised framework for developing energy efficiency projects to reduce uncertainty for clients and investors – to help grow the number of projects and the energy efficiency finance market.   

ICP is based on two foundations: 

1. The ICP framework 

The ICP framework assembles best practices and existing technical standards into a set of Protocols that define a clear roadmap for developing projects, determining savings estimates, and documenting and verifying results.

2. Independent 3rd party certification 

ICP's Investor Ready Energy Efficiency™ (IREE™) is an international certification that insures best practices, the right professionals and third-party validation are used to deliver high-quality projects that you can bank on.     

Where are we now?   

The current ICP project for industry, district energy and street lighting started in May 2017. The first phase concerns industry but the next phase on district energy and street lighting will start early 2018.  The industry phase includes development of the protocols taking advantage of the expertise of a large group of experts and then testing the system through pilot projects.   

Soon, ICP will be setting up separate technical forums for district energy and for street lighting to help in the development of protocols. If you would like to be included, please visit our website. Also, importantly we would like your reaction to the guidance from Eurostat on EPCs and whether you see this as a major breakthrough to help increase investments for district energy and street lighting.

Posted on November 14, 2017 - (325 views)
Related articles
A Lab Oscilloscope for an Electric Superbike
US Healthcare Sector Votes for Cogeneration
Motion Solutions for Clean Energy Applications
Freeing up technicians to build an aircraft
Energy Efficiency & Renewable Energy: Harnessing the Power of the Consumer
A New Name for SPS IPC Drives in 2019
Link3D Presents its Technology to Boost Additive Manufacturing at Formnext 2018
Emerson will Modernize a Gas Processing Plant in Algeria
Intelliconnect at Electronica 2018
Verigo Model PB3 Reusable Temperature Data Logger
New JD Mini for Maximum Efficiency
Sensing Innovation in Process and Control
Connect Everything with e-Factory
System-based High Precision Linkages
Ultrasonic Flowmeter for Air
Reflowable Thermal Switch
Mobile, Multi-protocol Diagnostics Mercury
Microscope Optics for IR cameras
Level Switches RFS-9 and RFS-12
Digital Multimeter, Gas Soldering Iron and Carrying Case
Verigo Model PB3 Reusable Temperature Data Logger
Compact Power Modules
Modular Compact CPU Board
Absolute Modular Encoders
Connector for Data Transmission
Mass Flow Controller FMA-2600A Series
High-Performance Box PC
Compact True Color Sensor
A new performance class in inductive displacement measurements
Positioning System
Verigo Model PB3 Reusable Temperature Data Logger
Ultrasonic Flowmeter for Laboratory
Co-Creating the Industry of the Future
Ultra-Low Power Accelerometer for IoT
New JD Mini for Maximum Efficiency
Bonfiglioli BSR Synchronous Reluctance Motors
Reflowable Thermal Switch
Measuring the Position of Hydraulic and Telescopic Cylinders
AI Convention Europe Presents KAPTAIN
Ultrasonic Flowmeters for Compressed Air