Safety as a Key Consideration

When energy storage systems are installed close to people, residential properties or public buildings, safety quickly becomes a critical factor in the decision-making process.

VisBlue's batteries are based on water-based Vanadium Redox Flow technology, which is non-flammable. For both municipalities and housing associations, this provides added peace of mind compared to more traditional battery technologies.

This is one of the themes highlighted in the customer cases, where safety and responsible operation are given high priority.

‍

Supporting Sustainability Goals

Both municipalities and housing associations are actively working to improve sustainability and reduce their carbon footprint.

By storing energy for later use, surplus generation can be utilised more efficiently while reducing reliance on energy from other sources.

For these customers, energy storage is not just about technology. It is also about turning climate ambitions into meaningful action.

‍

Danish Technology Builds Trust

For many organisations, there are clear benefits to working with a Danish company.

VisBlue develops its solutions in Denmark and works closely with customers throughout the entire process. This creates a closer relationship between customer and supplier while ensuring access to local expertise, advice and support.

In the customer cases, this close collaboration and ongoing dialogue are highlighted as important parts of the overall solution.

‍

Energy Storage Creates Flexibility

Flow batteries make it possible to store energy when it is available and use it later when demand arises.

This provides greater flexibility in energy consumption and helps organisations gain more value from their energy systems and sustainability investments.

‍

See What Our Customers Have to Say

In our new customer videos, you can meet representatives from Furesø Municipality and VIBO and hear why they chose VisBlue's water-based flow batteries.

The videos provide insight into how safety, sustainability, Danish technology and energy storage work together to support the green transition.

‍