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Energy storage is an essential component in the electrification of consumption, alongside renewable energy generation and investment in smart electrical grids. Storage is relevant because it allows for an increased supply of renewable energy in the electrical system and helps maintain service during power outages.

Currently, electrical grids are the backbone of the energy system as they connect decentralized energy generation with the end consumer.   In this context, distribution substations allow for the transformation, regulation, and distribution of energy safely and efficiently. In this article, we explain what an electrical substation is, how it works, and its main components.

  In recent decades, technological advancements have revolutionized energy production, enabling the development of renewable sources and sustainable energy models. 
This progress has opened a horizon towards clean energy, low emissions, energy efficiency, and various renewable sources that are transforming our society.
Electric grids play a key role in integrating renewable energy into the electrical system. Electricity generation is increasingly decentralized, and grids must have the necessary capacity to transport this energy from its various generation points to the end customer.