FLASC B.V.

FLASC B.V. was honoured to be selected for the EIC ePitching on Energy Transition & Sustainable Energy. Daniel Buhagiar pitched our company to a strong group of investors focused on accelerating clean energy innovation. This comes at a key moment for us, as we prepare for our Series A round. Thanks EIC - European Innovation Council for organising a focused and well-run event! #EUeic #eicAccelerator #FLASC #EnergyStorage

Behind-the-meter energy storage is receiving increasing attention in the Netherlands. An article by NedZero highlights the potential of co-locating storage at wind farms to reduce curtailment, improve project economics, and ease grid congestion. Yet there are still few wind farms in the Netherlands with storage 'behind the meter'. With ambitious Dutch offshore wind deployment targets, supporting technologies like storage will be critical to ensuring system stability. While much of the current storage discussion focuses on batteries, it is important also to consider fundamentally different long-duration energy storage technologies, providing flexibility across longer timescales and addressing the market gap that short-duration storage cannot fit. Unlike markets such as the UK and Australia, which have moved decisively to incentivise system flexibility, the Dutch focus remains largely on generation expansion. Nevertheless, the international energy community sees the Netherlands as one of Europe’s most promising storage markets from 2026 onwards, assuming that regulatory barriers are addressed. Sources: NedZero - Wind Energy Association: https://lnkd.in/eh5T7ayY KPMG Netherlands: https://lnkd.in/em363sdP Clean Energy Ministerial: https://lnkd.in/eJp3BsZH

FLASC's Digital Twin use case was presented publicly for the first time by Andrew Borg at the Digital Twin Workshop organised by Fieldlab Zephyros - World Class Maintenance and Offshore For Sure. Unlike conventional approaches where digital models are built after a physical system exists, our Digital Twin is being developed in advance of the physical pilot at Plant One Rotterdam BV. This reverse process has enabled us to evaluate system performance and test control strategies ahead of construction, reducing risk and supporting better design decisions.   Throughout our work building FLASC Digital Twin, we have created a brief overview of what we have learnt along the way, showcased hereunder. FLASC's Digital Twin development is supported by Interreg.

🌍 Meet the innovators shaping the future of energy ♻️⚡️  After a rigorous selection process guided by a panel of leading investors, the final list of companies pitching at the upcoming EIC ePitching on Energy Transition & Sustainable Energy is here. Meet the impressive lineup:  ⭐ everox – advancing solutions in sustainable energy systems  ⭐ FLASC B.V. – pioneering offshore energy storage with hydro-pneumatic technology  ⭐ Hardt Hyperloop – developing sustainable, high-speed transport infrastructure  ⭐ Hyme Energy – delivering scalable thermal energy storage  ⭐ Kvasir Technologies — producing renewable fuels from biomass  ⭐ Matteco – building advanced materials for clean technologies  ⭐ PYDRO – harnessing hydropower for smart water infrastructure  ⭐ REBLADE – recycling and repurposing wind turbine blades  ⭐ ROSI SAS – recovering high-value materials from solar panels  ⭐ @ZIGRID – enabling efficient and flexible grid balancing 🚀 These 10 trailblazers are ready to showcase how their innovations are accelerating the green transition. This session is proudly brought to you by EurA AG, in collaboration with Dealflow.eu, with the support of Dealroom.co and EuroQuity - Bpifrance. 📅 Don’t miss the chance to discover the next generation of sustainable energy solutions! #EUeic #EnergyTransition #SustainableEnergy #Innovation #ClimateTech

FLASC is in the Kamer van Koophandel (KVK) Innovation Top 100 of 2025! ⚡ ⚡ ⚡ Help us to become a winner in the energy transition category by giving your vote here till October 20: https://lnkd.in/e38byFWU Thank you!

It’s a day two for FLASC at Recharge Earth in Rotterdam, a great opportunity to reconnect with our network, meet new people in the energy space, and learn more about subsidy programmes for energy start-ups. Alongside the networking, there’s been plenty to talk about, including the recent announcement of almost €1 billion in subsidies for two new Dutch offshore wind farms next year, and the move toward a two-sided CfD model.

Next week, FLASC will be participating in the Recharge Earth Conference & Expo. If you are attending, let us know - we would be happy to connect and exchange ideas. You can find us at the FLASC stand supported by Ondernemen010 through the Smart Energy Systems Subsidy programme.

FLASC Update: first half of the year. Over the past six months, our team has reached several key milestones that bring us significantly closer to our FLASC HPES onshore pilot deployment. In anticipation of the intense design work completed in early 2025, we spent the prior months refining and testing different system concepts. This included extensive exploration of the open gas cycle configurations and mapping the European supplier landscape to identify potential partners. Following this preparatory phase, we entered a focused design sprint in late 2024, working closely with selected partners, including Subsea7, to close critical design gaps. This collaboration enabled us to converge on a robust pilot design that reflects not just current engineering goals, but also future offshore deployment needs. In parallel, we have been aligning the onshore pilot design with the requirements of the future full-scale offshore system, ensuring that our current development choices are cost-effective, scalable, and technically transferable for the future phases. The major milestones achieved in the fist half of 2025 are the following: 1. Completed the front-end engineering tasks, arriving to a design freeze that allows us to progress to procurement and implementation. 2. Signed the first major supplier agreements on electrical and hydraulic elements of the system with Elma and HYDAC B.V.. 3. Hired key roles for delivery of this project. 4. Secured a pilot site at Plant One Rotterdam BV. Our site is now confirmed, with preparatory work underway. The location offers the right operational conditions for the technology demonstration while remaining logistically efficient for our team and suppliers. 5. Completed safety training. Our team has completed BHV safety training carried out by Safety Factory on risk assessment, first aid, fire mitigation, and evacuation procedures for the hands-on phase of development. The next six months will focus on preparing the site for construction, overseeing component delivery, and starting the early stages of system integration. With civil works expected to begin in Q4, we are entering the execution phase and the groundwork laid in the first half of the year positions us well for that transition. We will continue to share updates on construction progress and technical insights as we move toward commissioning. This project is supported by European Innovation Council and SMEs Executive Agency (EISMEA). #EUeic #eicAccelerator #FLASC #EnergyStorage

On Wednesday, we had the pleasure of welcoming one of our key suppliers DENAIR Energy Saving Technology (Shanghai) PLC. to our Delft office as part of the ongoing collaboration between the two companies. It was a truly fruitful meeting, where we explored important technical aspects of our collaboration and discussed how Denair's expertise can best support us in developing the FLASC solution. This exchange further consolidates the strong relationship, ensuring alignment and efficiency as we continue with the procurement phase of our onshore pilot at Plant One Rotterdam BV.