We develop and implement battery energy storage systems (BESS) for utility-scale and industrial applications, covering both stand-alone grid-connected projects and integration with renewable generation capacities or large consumers.
01
STAND-ALONE (GRID-CONNECTED)
Independent storage systems, directly connected to the electricity grid, designed for active participation in energy markets and the provision of system services. These assets operate autonomously, without dependence on a production source, and are optimized for flexibility and rapid reaction.
- grid connection: 20 kV / 110 kV
- Li-ion batteries (LFP), modular containerized architecture
- EMS for Arbitration Optimization and System Services
- integration of SCADA, protections and measurement systems
Storage systems integrated with production plants (photovoltaic, wind), designed to optimize energy delivery and increase the commercial value of production. The operation is coordinated through a common control system, at the level of the networked delivery point.
- AC or DC integration with PV/wind power plants
- Common Delivery Point Control (POC)
- EMS for optimizing production-storage flows
- Possibility of time-shifting and export limitation
- Compatibility with dispatching requirements
02
BESS FOR PRODUCTION (CO-LOCATED / HYBRID)
03
HYBRID SYSTEMS (GRID + PRODUCTION + CONSUMPTION)
Integrated solutions that combine storage with production sources and consumers, optimizing energy flows in real time. These systems are used in complex applications where operational flexibility and advanced control are required.
- Multi-source integration: production, network, consumption
- Advanced EMS (Real-Time Multi-Variable Optimization)
- Dynamic management of stored loads and energy
- Scalable, modular architecture
- Interoperability with existing industrial systems
Benefits
Reducing energy costs through peak shaving and load shifting
Fast integration and simplified maintenance
Scalable, scale-ready solutions