Products

BESS Energy Storage Systems

Design of BESS Installations and Systems

INNTEA designs and integrates BESS solutions to store, distribute and manage energy intelligently. Battery Energy Storage Systems increase flexibility, efficiency and operating continuity, supporting renewable energy integration and more effective use of available energy.

Solutions can include batteries, PCS, transformers, medium- and low-voltage switchboards, protection, auxiliary services, fire suppression, HVAC, EMS, SCADA, CCI and PPC. Each architecture is configured around power, capacity, usage profile, connection method and site environmental conditions.

Energy storage systems are used in photovoltaic plants, industrial infrastructure, Data Centers, e-mobility and energy grids. They manage power peaks, optimize self-consumption and grid exchange, support critical loads and improve plant stability.

Modular configurations allow capacity and power to expand over time, aligning investment with plant growth and new energy requirements.

We manage electrical and mechanical engineering, component integration, automation, testing and commissioning. SCADA and the KETON® digital platform provide remote measurements, status and alarms, supporting diagnostics, maintenance and performance analysis throughout the BESS lifecycle.

features

INNTEA BESS systems combine efficiency, safety, and operational continuity

Modular Systems Ready to Grow Over Time

Modular configurations allow capacity and power to expand over time, adapting the BESS to plant growth, new consumption profiles and future energy requirements.

Intelligent Energy Flow Management

The EMS coordinates charging, discharging and grid exchange according to generation, consumption and operating priorities, improving self-consumption, peak management, flexibility and energy efficiency.

Complete Battery and Power Integration

Batteries, PCS, transformers, MV/LV switchboards, protection, auxiliary services and automation are integrated into a single safe architecture, simplifying interfaces, testing and project management.

EMS Control and Real-Time Monitoring

EMS, SCADA and KETON® collect data, status and alarms, providing remote control, precise performance analysis and real-time diagnostics for more informed energy management.

Integrated Safety Throughout Every Operating Phase

BMS, electrical protection, HVAC and fire suppression systems operate in coordination to monitor batteries and their environment, reducing risk and supporting availability and reliability.

How are BESS power and capacity sized?

Sizing begins with generation and consumption profiles, available power, required duration and operating objectives. Power in MW and capacity in MWh are defined considering charge and discharge cycles, peaks, self-consumption, grid services and critical loads. The analysis avoids oversizing and identifies the most effective configuration for performance and investment.

FAQ

Frequently Asked Questions

Automation panels can integrate PLCs, RTUs, HMIs, drives, soft starters, safety relays, measuring instruments, remote I/O and industrial networks. The solution can connect with SCADA systems and the KETON® platform for monitoring, alarms and data collection. We select technologies and architectures based on the process, customer standards and required availability.

An integrated BESS can include batteries, BMS, PCS, transformers, MV/LV switchboards, protection, HVAC, fire suppression, EMS, SCADA, CCI and PPC. BMS and EMS control safety, battery status and energy flows, while SCADA and KETON® provide remote measurements and alarms. Components and architecture are configured to site needs and grid connection requirements.

Cost depends on power, capacity, battery technology, duration, number of cycles, PCS, grid connection, electrical works, safety and required services. Return on investment varies with self-consumption, peak management, tariff spreads, grid services and load continuity. Each proposal must therefore begin with a technical and financial analysis of the actual case.

Yes. The system can include additional modules and provisions to increase power or capacity over time. Supply can include engineering, integration, FAT, transport, installation, testing and commissioning. After start-up, we can provide monitoring, maintenance, updates and support, tailoring the service to plant criticality and reliability requirements.