Elestor acquires “FlowBox” assets from Areva

2019-04-29T11:31:15+02:00januari 9th, 2019|3 Comments

Largest hydrogen bromine flow battery in the world will be completed by Dutch developer

ELESTOR (NL) and AREVA (F) signed the formal agreement for the acquisition of the FlowBox project assets. This project, headed by Areva with the partners InnoEnergy France, EnStorage and Schneider Electronics, developed and built a prototype hydrogen bromine flow battery of 150 kW / 900 kWh. This is the largest hydrogen bromine flow battery in the world.

The transfer is in line with the new strategic action plan of Areva Energy Storage (*). On October 9th, 2018, Areva Energy Storage announced to focus on industrialization of its modular PEM fuel cell technology for which it has already obtained a strong international position.

”We are pleased”, says Michel Loiseau, President of AREVA Energy Storage, “that the flow battery expertise will be preserved for the European industry. To us Elestor is an ideal party to acquire the activities that we have started under FlowBox.”

Wiebrand Kout, CTO of Elestor, comments: This is world class knowledge and very relevant for us. Although we regret that AREVA Energy Storage and partners had to end their flow battery developments, we are satisfied that we managed to take over a large part of their hardware and expertise. There is large interest in Elestor’s technology worldwide and this agreement gives us the opportunity to further accelerate our developments”.

Early 2019 the system will be moved to the Netherlands, where it will be completed with bi-directional inverters and Elestor’s proprietary membrane stacks to bring it to full operation.

(*) Areva Energy Storage 100% subsidiary of Areva group

3 Comments

  1. vandenhaute johan 14th januari 2019 at 6:40 PM - Reply

    fijn om te horen ,
    hopelijk binnenkort ook wat aanbod in de kleinere vermogens om wat testen te doen .
    ik wil alvast als pioneer daaraan meewerken

  2. Jan de Jong 30th januari 2019 at 12:11 PM - Reply

    First of all: congratulations with this acquisition.
    I have a question to you: how much flow-liquid do you need to store the 900 kWh

  3. Clift Christiaan 24th maart 2019 at 10:40 PM - Reply

    In de wereld van opslag van energie voor huiselijk gebruik en om onafhankelijk van energiebedrijven te kunnen opereren is een vermogen van 10KW en een capacit van 120kWh ideal. Zijn jullie van plan dit soort systemen te ontwikkelen en kunnen zij concureren met de standaard batterijen die nu op de markt zijn?

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