Industrial energy storage system ESS Livoltek BHF-X193 (3 phases, 100 kW, 193 kWh)

Industrial energy storage system ESS Livoltek BHF-X193 (3 phases, 100 kW, 193 kWh)

The Livoltek BHF-X193 is an advanced industrial energy storage system (ESS) designed to provide power and stability for large-scale facilities. This system combines the latest developments in the field of electricity storage, which allows it to make the most efficient use of available energy, supporting a constant supply of businesses, particularly during peak hours or during grid outages.

One of the key features of the ESS Livoltek BHF-X193 is its high power level of 100 kW, which allows it to be used both to maintain an uninterrupted power supply and to optimize energy costs by reducing dependence on traditional energy resources. Thanks to this, enterprises can not only reduce operating costs, but also increase their resilience to external factors, such as instability in the supply of electricity.

The system's capacity of 193 kWh allows you to accumulate a significant amount of energy, which provides a long time of autonomous power for a wide range of industrial tasks. This makes it possible to maintain critical processes without interruption, which is especially important for sectors such as manufacturing, logistics or the service sector, where any failure can lead to serious financial losses.

The system is built on the basis of lithium-iron-phosphate (LiFePo4) battery technology, which ensures high reliability, long-term operation and a low level of self-discharge. The use of LiFePo4 also increases the level of safety, because this type of battery has increased resistance to overheating and ensures reliable operation even in harsh operating conditions.

The Livoltek BHF-X193 ESS supports a three-phase system, making it an ideal choice for large industrial facilities with high power requirements. The three-phase system promotes an even distribution of the load, which is especially important for a stable power supply in facilities such as manufacturing plants, warehouses and office buildings.

Thanks to the integrated ESS monitoring system Livoltek BHF-X193 allows real-time monitoring of battery status, charge level and energy consumption. This ensures quick detection of possible problems and prompt response to them, which increases the reliability and durability of the system. Monitoring also allows you to manage energy consumption more effectively, reducing overall energy costs.

The Livoltek BHF-X193 system is easily integrated with other energy systems and can work both autonomously and as part of hybrid installations together with solar panels or grid inverters. Such flexibility allows you to adjust the system according to the specific needs of the client and ensure the maximum efficiency of its operation.

This complex is equipped with an advanced control system that optimizes the charge and discharge of batteries, extending their life cycle. Intelligent control algorithms automatically adjust system operation depending on changes in energy consumption, reducing energy losses and increasing overall productivity.

In addition, Livoltek BHF-X193 is characterized by a modular design that allows you to easily expand the capacity of the system by adding additional modules. This means that the system can grow with the needs of the enterprise, making it a long-term and promising solution for businesses focused on sustainable development.

Lirik Solar offers professional services in the design, installation and maintenance of this system, ensuring that it will be customized according to the individual needs and characteristics of the facility. Lirik Solar's team of experts provides full support, starting with the development of the technical task and ending with the commissioning of the system.

By choosing the ESS Livoltek BHF-X193, you are contributing to a sustainable future by optimizing energy consumption and minimizing your environmental footprint. It is a reliable and effective solution for modern business, which provides enterprises with the opportunity to develop regardless of fluctuations in the energy market.