Vanadium energy systems for critical infrastructure

Uninterruptible, safe, and long-term power supply for facilities where failure is not an option

VESS vanadium energy systems for critical infrastructure are designed for environments with extremely high requirements for reliability, safety, and uninterrupted power supply. They provide stable energy during emergencies, peak loads, and complete grid outages, maintaining operation without compromise for people, data, and processes.

Why choose a vanadium flow battery for critical infrastructure?

Critical infrastructure requires energy systems that operate without interruption, without risk, and with a long service life. Vanadium flow batteries meet these requirements through intrinsically safe chemistry, modular architecture, and the possibility of full redundancy.

25- 0 +

years of life

The system is designed to operate for long-term projects without the need for replacement.

No risk

of fire

The water-based electrolyte and intrinsically safe chemistry eliminate the risk of overheating and fire.

No degradation

of capacity

The system’s capacity remains unchanged throughout its service life.

Low LCOE

over time

Provides a low cost per 1 kWh, considering all costs throughout the life cycle.

Where are such systems applicable?

Data centers and cloud infrastructure

Hospitals and medical complexes

Airports, subways, and transportation hubs

Energy grid balancing systems

Telecommunication centers

Crisis management centers

Military and protected sites of critical importance

Control centers for Smart city

Redundancy and continuity (N+1 / N+2 design)

Critical infrastructure systems are designed with N+1 or N+2 redundancy, which ensures full functionality even if one or more components fail.

This architecture is standard for data centers Tier III/IV and facilities with a 24/7 critical mode.

Intelligent automation and self-diagnostics

System reliability is ensured not only through hardware but also through intelligent management.

Design options and system layout

Underground (buried) option

Maximum protection and integration into an urbanized environment

Applications:

Key advantages:

Fast deployment and easy access

Applications:

Key advantages:

Above-ground protected option

Specialized designs and systems

Compact option for rectification and stabilization of energy grids

This option represents an innovative vanadium energy system for rectification and stabilization of energy grids, designed to replace or supplement conventional rectifiers in critical infrastructure facilities. The system provides extremely fast response, high reliability, and intrinsic safety when working with energy from various sources.

Key advantages:

How VESS realizes the project

Step 1: Inquiry and analysis

We analyze your needs, energy profiles, and constraints to define the most appropriate solution.

Inquiry and analysis

Preparation of an offer and initial contract

Step 2: Design

We develop an optimal technical and spatial design, tailored to the project, regulations, and future expansion.

Layout design

Detailed project and contract, describing all processes

Step 3: Production

We manufacture and deliver the system in full compliance with the approved project and the set technical parameters without risk to the client in case of discrepancy.

Production according to the finished project

Delivery, installation and adjustments if necessary

Step 4: Integration, commissioning, and maintenance

We install, test, and put the system into real operation with full functional verification. Guarantee against the pre-agreed terms and parameters.

Integration and commissioning

O&M and long-term maintenance

Vanadium Energy Systems (VESS - VRFB) for critical infrastructure

Vanadium energy systems for critical infrastructure provide reliable, safe, and long-term energy storage, supporting the real decarbonization of key industries and power grids through high resilience, operational security, and economic efficiency.

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