Low-carbon energy storage system management

What is a low-carbon infrastructure network?

The low-carbon infrastructure network is fundamental for supporting the diffusion of low-carbon technology and the transition of energy systems. Reviewing relevant ESI highly cited papers showed that scholars mainly focus on the network planning of electricity and integrated energy systems.

Why do we need a co-optimized energy storage system?

The need to co-optimize storage with other elements of the electricity system, coupled with uncertain climate change impacts on demand and supply, necessitate advances in analytical tools to reliably and efficiently plan, operate, and regulate power systems of the future.

Is there a middle-range review on the low-carbon transition of energy systems?

Although all these studies provide valuable insights into either the low-carbon transition or energy system analysis, there is still a lack of a middle-range review on the literature addressing issues associated with the low-carbon transition of energy systems from an engineering management perspective.

Are co-existing renewables and traditional fossil fuels needed for low-carbon transition?

Thus, co-existing models of emerging renewables and traditional fossil fuels are desperately needed for the low-carbon transition process of energy systems. Moreover, it is challenging to promote low-carbon transition in carbon-intensive sectors due to high costs .

How can a low-carbon transition of energy systems be facilitated?

Interestingly, these four major research themes play distinct yet mutually supportive roles in facilitating the low-carbon transition of energy systems, jointly serving as academic wisdom for the practice. Business models, nongovernment actors, energy justice, deep decarbonization, and zero-energy buildings are recognized as hot topics.

What is low-carbon technology utilization & diffusion?

Low-carbon technology utilization and diffusion are critical for driving the low-carbon transition of energy systems .