Load analysis
Power, energy and peak demand.
Energy flexibility
Industrial energy storage systems
We design BESS solutions around the load profile, operating regime and technical objectives.
- Solar integration
- Energy management
- Protection and monitoring
Data-based sizing
Battery capacity follows the operational objective
Storage can support load shifting, peak management, self-consumption or selected loads. We assess power, usable energy and cycling.
Integration covers conversion, energy management, protection, communication and placement. Benefits are assessed through explicit scenarios.
System architecture
Battery, control and electrical infrastructure
The system is engineered as a complete assembly.
Use case
Objectives and priority loads.
BESS sizing
Power and capacity selection.
Safety
Protection and placement requirements.
EMS
Control strategies and communication.
Monitoring
Operational parameter visibility.
Industrial integration
Modular solutions for clear objectives
The configuration matches power, capacity and site conditions.
Process
From use case to control strategy
We validate data, sizing and integration.
- 01
Data and objectives
Define the energy profile.
- 02
Modelling
Compare capacity scenarios.
- 03
Engineering
Design and connect subsystems.
- 04
Testing
Verify strategies and protection.
Frequently asked questions
Before selecting a BESS
How is capacity selected?
From energy, duration, load power, consumption and operating strategy.
Can it work with solar?
Yes, when architecture and control are designed accordingly.
Can it back up an entire business?
This depends on loads, power, energy and electrical architecture.
BESS assessment
Request a storage assessment Define the use case before selecting capacity
Send us the load profile and operational objective.