The ability of human beings to analyze their environment allowed them to observe that there is a force in nature or in living beings, through which it is possible for them to carry out work. He discovered that he could obtain heat from burning wood and that he could use the energy of animals or nature to perform tasks faster, with less effort and with better results.
With the previous knowledge, the human ingenuity developed some machines with which it took advantage of the hydraulic force, the force of the wind or the force of gravity. However, all these energies had to be consumed in the same place that they were generated and in the state that they were. With the discovery of electricity, it was possible to transform energy from several sources into a common one, which can be used for various purposes and transmitted to other regions.
Currently, the development of a country is linked to its energy consumption. Virtually all satisfiers and industrial processes such as lighting, heating, cooling, transporting people and goods, obtaining food and preparing it, operating factories, etc. they depend on the energy capacity of a country.
The renewable energies
With the arrival of renewable energy (such as solar and wind, mainly), a new problem was added to the sector. Although these energy sources are clean, renewable, contribute to the diversification of the energy matrix and reduce the pollution produced by oil products, by their very nature they are intermittent and cannot generate energy all the time. This makes it difficult both for the generation planning process and for maintaining the balance between the energy generated and consumed.
Energy storage systems
Faced with this problem, the ability of human ingenuity to break paradigms arises again, with the proposal of the development of Energy Storage Systems (SAE), which allow, among others, the following applications:
Integration of variable renewable energy.
Defer investments to increase network capacity.
Relieve congestion at specific times.
Increase the integration of distributed generation to the electricity grid.
The use of energy storage is not new. The first direct current electrical network developed by Edison incorporated lead-acid batteries for power regulation. Currently it is possible to talk about the following technologies for energy storage in electrical networks.
Electrochemical and chemical storage.
nRuiT energy storage battery manufacturer focuses on the field of lithium battery energy storage. As a CATL authorized energy storage system integrator, nRuiT provides lithium battery energy storage solutions for households, industry and commerce, provides electrification solutions for “oil-to-electricity”equipment and overall solutions for clean energy system applications.
nRuiT has pioneered the offering of nruit battery Energy Storage solutions for commercial installations and electrical grids. Acting as a turnkey EPC contractor or as a partner for the electrical part to complete the Balance of the System (BoS), from the electrical project to the installation, we collaborate closely with the main battery manufacturers to offer the best solution.