What battery technologies are used in the energy storage market?

Various electrochemical technologies are common in the energy storage market: - lead-acid - lithium-ion - nickel based - based on sodium, etc. All of them have their own scope of application, and the main selection parameters are the required power, safety, operating conditions, weight and dimensions, and price.

Today, with a relatively higher initial investment cost, lithium-ion technologies prove to be cost-effective throughout their entire life cycle.

LI-ION batteries can be useful for companies facing increased energy consumption and lack of capacity to connect additional power. Using LI-ION will help companies optimize energy use and improve mobility and operational efficiency.

For warehouses, retail stores and industrial enterprises, the use of energy storage systems will help solve problems with peak load on the power grid, ensure uninterrupted operation of equipment and reduce the risk of operator errors. In addition, the use of LI-ION allows for more efficient use of existing premises and resources.

The 1AK-GROUP holding produces starter and industrial batteries based on lead-acid technology, and is also developing a lithium-ion production line.

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We offer production of Li-Ion batteries:
1. for special-purpose equipment — mining, warehouse, municipal equipment, cleaning equipment, logistics robots;
2. for electric transport: electric vehicles, railway transport, electric buses, electric trucks, water transport, personal mobility equipment;
3. for energy storage systems of energy facilities: for emergency power supply, work with weather-dependent generation sources and hybrid systems;
4. to cover load peaks of stationary and mobile electric charging stations;
5. for energy storage systems in the telecommunications sector, industry, housing and communal services, agriculture, etc.

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We offer expertise on the feasibility of using energy storage systems of one type or another in enterprises and in any technological applications.

The work is carried out in several stages:
STEP 1 — Assessing the required capacity, power, system operating mode
STEP 2 — Simulation of system operation, selection of battery technologies
STEP 3 — Clarification of the operating modes of the accumulation system in interaction with the customer
STEP 4 — Calculation of operational life, economic efficiency, possible options for the system, including online monitoring and control.

We will not only select the battery, but also offer the optimal solution for the charging system, monitoring the condition of the battery, and ensuring favorable operating conditions for the battery to increase the operating life of the equipment.

You can send a request for consultation to info@1ak-group. com.

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Switching to LI-ION technology can bring significant business benefits, help meet increasing energy demands and improve overall company efficiency.