KRAFTBLOCK

Saving 49% of thermal energy without reducing production and even with €21 billion in cost savings? This is possible in Germany, according to a new short study by Hochschule Niederrhein University of Applied Sciences. 226 TWh out of 460 TWh per year is the savings potential of process heat in German industry by improving energy efficiency, recovering and re-using waste heat, electrifying processes and optimising process control. And most of this has a short ROI: €12.8 billion in energy costs can be saved by implementing 63% of the measures. The rest has a 'longer' payback period of up to 5 years. Of course, our systems play a major role in realising this potential, not only in Germany, but for any industry with a high demand for process heat. By electrifying and reusing waste heat, energy efficiency and decarbonisation can be economical and improve a company's resilience. Thanks to the Deutsche Unternehmensinitiative Energieeffizienz e. V. (DENEFF) for making this study possible! Images are from the study, translation and orange box added by us. #energy #energyefficiency #wasteheat #electrification

Investments in renewable energy have the potential to cut EU power prices in half by 2030. Increasing the share of renewables in the electricity supply mix – which are much cheaper to produce compared to fossil fuels – could lower prices substantially in Europe where electricity pricing is marginal. And as this share of renewables grows, especially where wind and solar options are combined, the effect on pricing increases exponentially, according to a new Banco de España (Bank of Spain) report. Large-scale investments in renewable technologies are not only essential for the climate but also the key to maximizing the effect on electricity prices for a more affordable energy system. With KRAFTBLOCK, we are adding cost benefits to both producer and user: the storage flexibility allows for more generation and less curtailment of wind or solar parks, which brings additional low-cost energy into the market. This flexibility while lowering prices for consumer lowers also prices for energy supplier, since they need to sell less negative-prized electricity, therefore improving their balance sheet. Kraftblock is a win-win for the energy transition. #thermalstorage #electrification #greeninvestments

We entered a strategic partnership with TLT-Turbo GmbH, a champion for large scale and unique fan and ventilation solutions. With the company, just a 30 minute drive from Kraftblock headquarters, we want to realize waste heat solutions in the steel and coal industry. TLT-Turbo, a well experienced EPC, will help to deploy Kraftblock storages in new markets. Learn more about them in our slides!

Proud to see our portfolio companies, Unchained Robotics and KRAFTBLOCK, recognized among Germany's top 50 fastest-growing startups in Sifted's latest ranking! 🚀 Their growth and innovation reflect the dynamic potential of the tech and sustainability sectors. It’s rewarding to support such forward-thinking teams in their journey .💪 Check out the entire Top 50 and see who’s shaping the future of the German startup ecosystem: https://lnkd.in/eeuf23HT

In this webinar, we will introduce you to the flexibility aspect of electrification and thermal energy storage and analyze the benefits of this long duration storage technology for the grid and industry. This will be of particular interest to professionals working in utilities, energy suppliers and producers.  Julia Souder, CEO of the Long Duration Energy Storage Council (LDES Council) will introduce the technology of long duration storage and explain why thermal energy storage has a bigger role to play in grids and electrification.  Maaike Witteveen, Director, Energy at Systemiq Ltd., will summarize the results of the ETES report, showing the benefits of thermal energy storage for the energy system and discussing the opportunities presented by this cost-effective technology. Martin Schichtel, co-founder and CEO of KRAFTBLOCK, will discuss the flexibility benefits of Kraftblock storage systems and present the results of the new whitepaper on flexibility with a focus on industrial load shifting. Energy professionals can learn about thermal energy storage as a tool for grid management and as a new business model for selling heat to industry, both to decarbonize process heat and to reduce the cost of grid congestion. #electrification #flexibility #heatstorage #decarbonization

🌍 Honored to Represent KRAFTBLOCK at the 4th International Carnot Battery Workshop 🌍 I had the privilege of representing Kraftblock, the leading company in high-temperature thermal energy storage technology, at the DLR Institute of Engineering Thermodynamics Institute of Engineering Thermodynamics during the two-day workshop in Stuttgart. Joining 49 experts from 11 nations, we advanced the work of IEA Energy Storage TCP Task 44, now known as #HiCBest. The discussions on promoting Carnot Batteries for Carbon-Free Heat & Power were deeply insightful, demonstrating the transformative potential of these technologies. I’m incredibly inspired by the collaboration and commitment from everyone involved, and proud to contribute on behalf of Kraftblock to this global effort. #EnergyStorage #CarnotBattery #HiCBest #Innovation #Sustainability #CleanEnergy #Kraftblock #ThermalStorage #FutureOfEnergy

Our CEO Martin Schichtel recently sat down with Resource Recycling, Inc. to discuss one of the biggest challenges in the e-waste recycling industry: energy efficiency. According to the World Economic Forum, e-scrap is the fastest-growing waste material worldwide, and the heat and energy requirements for recycling processes — which can reach 850 °C — are substantial. We’re addressing this issue with our high-temperature thermal storage solutions. Our systems convert renewable electricity into heat or recover waste heat, drastically reducing emissions and improving operational efficiency. In the interview, Martin Schichtel, shared how KRAFTBLOCK's technology supports a circular economy by providing the recycling industry with a solution that has a low carbon footprint – made of recycled materials - and decarbonizes their operations. The link to the article is in the comments. One of the standout benefits? Recycling companies can store cheap electricity for later use and even sell excess waste heat, boosting profitability while enhancing safety onsite. #ewaste #recycling #thermalstorage #decarbonisation

Together with Resource Recycling, Inc., we discussed one of the critical issues facing the #ewaste recycling industry: energy efficiency. According to the World Economic Forum, e-scrap is the fastest growing waste material globally and the heat and energy requirements for its #recycling are extremely high. And the temperatures lie between 300 °C and 850 °C (700 °F - 1,500 °F). In our conversation, we explored how we’re addressing the energy-intensive processes of recycling through our high-temperature #thermal storage solutions, which can convert renewable electricity into heat or recover waste heat, significantly cutting down emissions. I also shared how KRAFTBLOCK's technology is enabling a more #circulareconomy by supporting important sectors like recycling that are hard-to-abate. Our storage systems, too, are made of recycled materials. One of the biggest takeaways? Recycling needs heat – a lot of it - and energy costs can be a major hurdle. Energy storage systems can allow recycling companies to leverage electricity when it’s at its cheapest market price. They can also sell their excess waste heat to other companies while improving safety onsite. If you’re interested in learning more, please check out the interview. https://lnkd.in/en-3kAhC

A future where clean energy is the norm requires innovation in energy management now. The latest report from Foro Industria y Energía highlights necessary steps towards achieving Kraftblock’s vision of industrial #decarbonization, explored at the International Conference of #ForoSella. The report highlights 3 key insights we see resonating with our mission: Novel solutions are needed to decarbonize the industry, and we believe we’re on the right track, pioneering high-temperature plants to adapt existent processes and transform propductions, significantly reducing carbon emissions. The integration of #renewableenergy into industrial processes is essential to meet our global climate targets. Flexible, scalable storage solutions like our systems are needed to store excess renewable energy as heat. This provides a reliable energy source even when the sun isn’t shining. Sustainable energy solutions aren’t just good for the planet—they’re crucial for maintaining industrial competitiveness. Our #thermalstorage technology offers a win-win for both the environment and industry through lower energy costs and increased energy security. Reports like this are an important reminder of what drives us to support industry in achieving decarbonization. Through integrating efficient energy management systems into industrial operations along with renewable sources of energy, we can move towards a cleaner future. https://lnkd.in/dXactEmj

#Competitiveness is the buzzword in Brussels right now. How can European businesses like ours stay ahead in a rapidly evolving global market? One thing is clear: growth and innovation are tied to embracing the clean energy transition. We welcome Ursula von der Leyen's initiative to support sustainable growth through the new #CleanIndustrialDeal, which aims to strengthen Europe's net-zero industry by fostering an environment for clean technologies. At PepsiCo, sustainability is at the core of our business—from crop sourcing to product development—driving our efforts to build a better food system. However, to stay competitive while decarbonising, affordable renewable energy access, reliable grid capacity, and modernised grid infrastructure will be essential. A great example of how today we are already decarbonising through electrification is in our manufacturing site in our Broek op Langedijk in the Netherlands. To produce our Lay’s and Cheetos crisps in this plant, we are switching from natural gas to green energy stored in a thermal battery. This #innovation, made possible through collaboration with Eneco Belgium and KRAFTBLOCK, is reducing our carbon footprint while showcasing local partnership success. With a supportive Clean Industrial Deal that promotes the right policies, fosters ambitious partnerships, and ensures adequate grid infrastructure and capacity, projects like this will become increasingly attractive to European industry.