Energy storage for subjective dimension and engagement in a demand-side environment

Abstract

The goal of this work is to evaluate parameters associated with energy storage systems from a social perspective. The work is based on aspects of energy planning to highlight the distinct aspects that may compel new distributed generators into the sector. The energy planning maps dimensions regarding resources demand and supply that may set social perceptions regarding storage systems deployment. The social aspects address the perception of risks and benefits for this public. The research evaluates technical, environmental, and political dimensions for three different storage systems in a microgrid. The scenario allows analyzing how the storage systems may encourage new distributors. The results indicate that the storage systems have results regarding operation, commercialization and waste management that may contribute to this end. Among the storage systems considered, batteries correspond to the technology with the greatest potential regarding design, regulation and political parameters in ways that reduce technical concerns over reliability, environmental impacts, and economical terms, perceptions that help to meet social desires. The study also highlights that for demand-side stakeholders the storage systems can become a viable strategy depending on the type of application.

Keywords

• Energy planning
• Storage systems
• Distributed generation
• Social participation