Visblue APS

Bautavej 1 a, 8210 Aarhus V
Denmark

Hall map

Energy Storage Europe 2018 hall map (Hall 8b): stand B10

Fairground map

Energy Storage Europe 2018 fairground map: Hall 8b

Contact

Søren Bødker

CEO

Phone
+45 21 66 35 75

Email
ssb@visblue.com

Frederik Østergaard

Content Marketing Engineer

Phone
+45 31 67 67 54

Email
marketing@visblue.com

Our range of products

Product categories

  • 04  Electrical Energy Storage
  • 04.03  Other Technologies of Elcetrical Energy Storage

Other Technologies of Elcetrical Energy Storage

Our products

Product category: Other Technologies of Elcetrical Energy Storage

VisBlue battery

Technology
The VisBlue battery doesn’t use
conventional batteries, like other energy storage solutions, but a self-developed battery, based on the
redox flow technology.

Scalability
With the VisBlue battery the electrical power
and storage capacity can be scaled independently. This means that you can get a battery that is tailored exactly to your needs.

Eco-friendly
The VisBlue battery has separate major
operating components (tanks, electrolyte, pumps, electrode stack etc.), that are either recyclable or reusable in different ways.

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Company news

Date

Topic

Download

Feb 6, 2018

The Milestones of 2017

Another twelve months have passed, and we have been working tirelessly, which has resulted in VisBlue gaining a lot of new initiatives and experiences. We’ve had a great start to 2018 with our first complete sale with delivery by June 2018, which we are very proud of and thrilled about. Moreover, we have received recognition from the University of Porto and been awarded with the U. Porto Spin-off Brand.

This month, we have coupled the controller for the Vanadium Redox Flow Batteries (VRFB) with a new controlling platform and PLC, which features a more robust housing and supports the requirements for improvements of the VRFB and the inverters that we need to interact with. This helps us to optimize the use of the stored energy in the VRFB and enables us to meet the requirements for various customer installations.

Last year, among other fairs in Denmark and Portugal, we participated in the Building Green Fair in Aarhus in March and in Copenhagen in November, where we had the opportunity to meet and tell our story to customers and colleagues in the industry. The fairs proved to be fruitful and people were intrigued to hear more about what we can offer. These experiences have been very educating for us.

Last fall, we initiated a collaboration with DanSolar, to enable users of a Photo-Voltaic system to optimize their energy production/consumption.
Moreover, we have taken part in an innovative collaboration with Eniig and Aarhus University, where we tested the flexibility of various VRFB in the low voltage grid. With knowledge from these tests, we can enhance the usability of implementing VRFBs in the low voltage grid.
Furthermore, we humbly and proudly joined the ORBATS project (Organic Redox Flow Battery Systems). In collaboration with DTU Energy, Aarhus University, Harvard University, Vestas and Lithium Balance we hope to find improvements for our product as well as more eco-friendly and water-soluble alternatives for our battery solution.

2017 further proved to be the year, where VisBlue qualified for EU funding. We are honored to be acknowledged by the EU and excited about the possibilities this will ensue. Additionally, we expanded our investor-portfolio, which also allows us to strengthen our investments in enhancing our solutions.

2017 was an exciting year, and 2018 has just started. We are looking forward to seeing what the year has in store for us.

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About us

Company details

VisBlue is a spinout company from Aarhus University and the University of Porto, based on a patented invention created by Adelio Mendes and Anders Bentien. Morten Madsen brings his knowledge within Power Electronics to the team, and Søren Bødker is responsible for the commercial part of the company. In late 2014, Borean Innovation made an investment in VisBlue and the team behind the company. This investment ensured that VisBlue was able to develop the VisBlue product from the lab of the universities into a product that could be installed by the end-user. In the beginning of 2016, Luis Carlos Pérez joined the team, bringing his expertise in fuel cells and vast international experience to the company.

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