The innovation consumption mode of distributed renewable energy under resource bricolage: A case study of China

Abstract

Developing distributed renewable energy is an inevitable choice for China to deal with environmental pollution and energy security. At present, the consumption of distributed renewable energy in China mainly depends on the power grid, but the amount of absorption is not ideal. Therefore, it is necessary to study the consumption mode of distributed renewable energy. This paper first analyzes the necessity of implementing the innovative consumption of distributed renewable energy power in China, discusses the consumption path of distributed renewable energy innovation based on resource bricolage, and analyzes the users in the innovation consumption path of distributed renewable energy power under the resource patchwork. It then proposes the innovation consumption mode of distributed renewable energy power under the resource patchwork: with distributed energy points as the center, the consumption model of "distributed renewable energy power + decentralized economy” is established. On this basis, the consumption mode of "distributed renewable energy power + distributed economy" is established. Finally, the dilemma of implementing the consumption model of distributed renewable energy under resource patchwork is discussed, and some suggestions are put forward for implementing the consumption model of distributed renewable energy under resource patchwork in China. The innovations in this paper include: (1) Analyzing the consumption of distributed renewable energy from the perspective of resource patchwork. (2) Pointing out the innovation absorption path of distributed renewable energy from the perspective of resource patchwork. (3) Proposing two modes of innovation consumption of distributed renewable energy power under the resource patchwork, namely "distributed renewable energy power + decentralized economy" consumption mode and "distributed renewable energy power + distributed economy" consumption mode.