Deliverable: D2.4 Catalogue of non-energy services

Document D2.4 summarizes the activities carried out under Task T.2.5, which focuses on the development of a Catalogue of Non-Energy Services for integration into smart energy efficiency (EE) services. The aim of this analysis was to identify technical solutions used within Energy Savings Performance Contracts (ESPC) to assess non-energy benefits (NEBs) that are not sufficiently described at the national or European level. Document D2.4 summarizes the activities carried out under Task T.2.5, which focuses on the development of a Catalogue of Non-Energy Services for integration into smart energy efficiency (EE) services. The aim of this analysis was to identify technical solutions used within Energy Savings Performance Contracts (ESPC) to assess non-energy benefits (NEBs) that are not sufficiently described at the national or European level. The main goal of the catalogue is to support providers of smart energy services in optimizing their business and financial models. By incorporating these NEB and non-energy services into their offerings, providers can diversify and enhance the value proposition of their services, which should lead to more innovative and attractive options for customers. The catalogue provides a comprehensive overview that details and evaluates NEBs that can be transformed into services, along with other related NEBs. The primary objective of the catalogue is to support smart energy service providers in enhancing their business and financial models. By incorporating these NEBs and non-energy services into their commercial offerings, providers can diversify and improve the value proposition of their services, which is expected to lead to more innovative and attractive offers for customers. The catalogue includes not only a list of possible measures and services that meet the demand for benefits but also a basic breakdown of the services, their ratings, and benefits. This catalogue serves as the foundation for the service offerings of the energy efficiency model currently under development.