BESS systems allow for the optimization of energy consumption, cost reduction, peak shaving, integration of renewable energies, provision of grid services, and improvement of the stability and reliability of the installation.

Sizing depends on factors such as the consumption and generation profile, required power, storage capacity, intended use of the system, and the tariff structure of the electricity supply.

We prioritize LFP (Lithium Iron Phosphate) chemistry for its thermal stability and long service life. Our systems integrate multi-level safety protocols, from cell monitoring by the BMS to active thermal management and fire suppression systems certified under international standards.

Operation is managed through an EMS system that controls charging and discharging in real time, optimizing energy use according to demand, renewable generation, and grid conditions.

Integration is carried out using power conversion equipment and control systems that comply with current regulations, allowing for operation in self-consumption, grid services, or backup power modes.

A BESS project includes initial analysis, engineering and design, system supply, integration and commissioning, as well as technical support during operation.

Yes. We are specialists in Retrofitting. We can integrate BESS solutions into operating plants (AC or DC coupling), allowing the facility to avoid imbalance penalties, manage curtailment, and optimize energy export to the grid.

We design high-power charging infrastructures supported by BESS. The storage acts as a buffer that allows for the installation of ultra-fast chargers without the need to increase the contracted grid power, mitigating demand peaks and drastically reducing fleet operating costs.

Absolutely. Our technology is prepared to offer demand response, frequency regulation, and voltage control services. This allows our industrial and utility customers to generate additional revenue by participating in electricity system balancing markets.

We offer industrial-grade O&M contracts that include 24/7 remote monitoring, predictive maintenance, and guaranteed response times (SLAs). Our goal is to ensure system availability exceeding 99%, protecting the investment in the long term.