In today’s industry and infrastructure, renewable energy sources have already become the norm. Installed solar or wind power plants generate electricity when the sun shines or the wind blows. On the other hand, the electricity generated from renewable energy sources is rather unstable – at one time it can produce much more electricity than can be consumed, and at another time it can produce much less than is needed.
For this reason, energy storage solutions are becoming more and more relevant – they allow you to “store” a certain amount of energy and use it in the event of a shortage. In this article, we will discuss energy storage means, their principle of operation and all possible uses.
Principle of operation of energy storage means
The main component of the energy storage battery is the cell in which the electric energy is stored. There are currently two types of cells available on the market: lithium-ion and sodium-sulfur. The main difference between them is the charging and discharging speed: lithium-ion cells charge quickly, while sodium-sulfur cells charge slower.
The energy batter is connected to the electricity network and with the help of software (usually converters) it performs the tasks assigned to it. This can be the storage of excess electricity, ensuring the quality parameters of the electricity network, charging and discharging at the specified time, ensuring electricity supply, etc. For example, Axioma Servisas specialists are currently installing four energy batteries in Joniškis, the operation of which will be linked to the Nord Pool power price market. This means that electricity will be stored when it is cheapest and used when it is most expensive.
Electric energy storage means can be very useful for companies that want to ensure the stability and efficiency of their energy supply system. Further in the article, we will discuss the possibilities of using energy accumulators.
Backup capacity of electricity for networks
Electric energy batteries can be used as a reserve energy capacity in electrical networks.
They can store electricity when production exceeds demand and feed it into the grid when production is insufficient.
Powering electric cars
Energy batteries can be used as a source of energy for vehicles, especially electric cars.
They allow you to store energy and maintain the operation of the car without charging for a longer period of time.
Power supply in remote areas
Electric energy storage means can be useful in areas where electricity supply is problematic or expensive.
They allow you to store energy that is needed at times when it is difficult to produce.
Power supply for defence systems
Electric energy storage batteries are also useful in defence systems.
They ensure a stable and reliable power supply even under difficult conditions.
Independent source of energy supply
Electric energy batteries can also be used as sources of energy supply independent of the electricity network.
For example, for remote areas or companies that want to reduce dependence on electricity grids.
Electric energy accumulators are containers that store the produced electric energy. Their operation is controlled with the help of converters – by programming the purpose. They can be integrated into the system of renewable sources and used for energy supply in remote areas, defence systems or for powering electric cars, and as a reserve energy capacity or an independent energy source.
Axioma Servisas specialists carry out comprehensive installation of energy storage means – from selection to service. If you are interested in the possibilities of using energy batteries, contact the specialists at +370 654 87695 or by e-mail orders@axs.eu.
