Business models for smart local energy systems—A triple layered perspective

Abstract

Smart and local energy systems (SLES) offer an alternative to large-scale energy provision and a boost to the transition towards a low-carbon economy. However, the Business Model Canvas (BMC), an increasingly used framework for analyzing SLES, does not adequately describe the multiple value streams that can characterize the business models of numerous SLES projects. In this research, we modify and use the triple-layered BMC to analyze 18 SLES projects selected globally. The decarbonisation, digitalization and democratization associated with SLES, means that the value proposition extends beyond straightforward economic value and towards environmental and social value, and we find a wide reporting gap of environmental and social elements. We argue that the triple-layered BMC, which incorporates the environmental and social layers into its analysis, better reflects real-world business model complexity. We provide a common framework to SLES stakeholders for identifying and adding environmental and social value to their business models.

Impact of Carbon Capture (Storage) and Carbon Tax on Economic Dispatch of an Integrated Energy System

“…The flexibility and scalability of IES are important characteristics of future energy systems (Pappas et al, 2023). With the development of new energy technologies and the increasing proportion of renewable energy in the energy system, the volatility of power output is expected to increase, placing greater demands on the rapid response, peak and frequency regulation capabilities, and other energy technologies in the system.…”