Hydrogenpro As

Good morning and welcome to Hydrogen Pro's second quarter presentation. Today I'm accompanied by CFO Martin Holte who will present the financial figures. And I will take you through the highlights and our recent developments, market updates and our partnership strategy. About Hydroden Pro, I know many of you have seen this before, but for those of you who do not know us so well, we are what we call a pure play OEM company, focusing on core electrolysis technology, which is well suited for the renewable energy sources. We deliver high pressure electrolyzers and the gas separation skid. We are addressing market for decarbonization of selected large-scale industry segments already using gray hydrogen or where decarbonization is hard to achieve through electrification. HydrogenPRO is delivering to two of the largest projects in the world. a 220 megawatt project starting up now, and a 100 megawatt project which we have delivered main components and now producing our third generation electrodes in our new factory. Few other electrolyzer OEMs are delivering to projects of the same scale. Of recent highlights, Hydrogen Pro announced last Tuesday a partnership with Indian EPC and technology company Thermax. Our new production line in Aarhus is now fully operational, producing Generation 3 electrodes to the Salkos project. And three hundreds inaugurated its Giga assembly plant for Hydrogen Pro electrolysers in Erfurt, Germany. We completed the last transaction in the 140 million NOK equity raise by our partner Lange, finalizing their contribution of 70 million NOK. We have improved and continue to lower the energy consumption for our electrode technology, based on the full-scale testing and new production line in Aarhus. In second quarter, we saw several European projects receiving EU funding from various programs and now initiating engineering studies and inviting to tender process. Health and safety being on top of our agenda, it is satisfying to see the good trend continuing. The ACES project, as we call it, is now ready for hot commissioning and ready to start the first electrolyzers. I must say things are going in the right direction at site and we will for sure hear more from them as they are progressing towards full operation in the next coming weeks and months. On the saltcoast delivery, we have delivered all components and assembly of the generation two electrolysers coming to completion. As some of you might remember, approximately 50% of the electrolyzer consists of generation two electrodes, and 50% of generation three electrodes. And we have now started production of generation three electrodes in Aarhus, which will be produced and delivered during the next month. Andrids is demonstrating their commitment to the energy transition, and having invested in a giga capacity line for assembly of hydrogen-pro electrolysers. The Salzgitter electrolysers are currently being built now in the Erfurt plant. The new coating line, which is actually called line one, despite we having one former, a smaller line, is now in operation. We are currently producing the generation three electrodes for SALCOS, as I mentioned. And it is encouraging to see the quality results from that line. It's high consistency and very good uniformity, which improves performance in the electrolysis process. The full-scale test last spring, we saw significant improvements, but some variations between electrodes produced in the old production line. Now we are eliminating any variations. We're focusing on increasing productivity, but at the same time, expanding quality control and developing new and even better recipes for enhanced electrolysis performance. And I'm happy to see that the new line is actually giving us a great platform for further improvement driving down the levelized cost of hydrogen. Comparing various electrolyzer OEMs, few are documenting performance data based on physical measurements of energy consumption and produced gas volume. We have to recognize that measuring gas volume is difficult as hydrogen is a very light gas and it's difficult to accurately measure the volume. And this is one of several reasons why we, together with Andris, conducted a comprehensive full-scale test of the electrolyzer as we informed last quarter. The good results was physically measured and well documented as to where we stand. It has also given us a unique insight in areas we can improve further to put Hydroden Pro in the absolute forefront. With a combination of full-scale testing and a stable and uniform production of electrodes in the new Line 1, I will show you something very interesting. The main cost factors when producing hydrogen is the energy consumption per gas volume unit measured in either cubic meters or kilos. The energy consumption is measured by the voltage in each cell. The graph I'm showing is illustrating the constantly measured cell voltage over time. There are three things we can observe. The first, you see a big gap between the upper curve and those below. The upper gray line is showing the cell voltage of what we call generation two and what we have delivered to, for instance, ACEs project. They are uncoated. The red line marked full-scale test is the result of the test I just showed you and produced on the original coating line, the old one, so to speak. And there's a difference of 17% in energy consumption. The second thing you see is that all curves start quite low and are increasing in the beginning for then to flatten out. This is an immediate degradation effect you will see in any electrolyzer. And here, it is the matter of getting the curve as low as possible and to flatten out as quickly as possible. The third thing we can observe is under the red line, there are several lines close to each other, purple and green, each representing an improved new coating recipe for electrode plating. We will not produce all these, but are now testing them out in lab scale for further and larger testing in September, October in our stack test center in Postgren. With these improvements, together with shunt current improvements we have developed, we will get down to record 4.5 kilowatt hour per cubic meter, and hopefully even better. We will update you as soon as we continue our performance improvements. And this concludes my first part of the highlights and recent developments. And I will now give the word to Martin.

Thank you, Jarle. Then I will go through the financials for the second quarter this year. So revenues in the quarter came in at 13 million, and these revenues mainly relates to the deliveries to the Salkos project to Andrits, which is our customer. We are now ramping up the manufacturing in Denmark and the remaining share of our deliveries now to the Salcos project will be delivered from Denmark during the second half of this year. Gross margin in the quarter was 22%, negatively impacted by some issues related to transport and storage on our delivery to the Salcos project. Personal expenses were down 7 million kroner versus the first quarter, mainly due to the fact that we now start to see an impact of the cost saving measures. The EBITDA came in at minus 48 million compared to minus 50 million in the first quarter. Net financial expenses are driven by an 18 million impairment of the convertible note to DG Fuels. DG Fuels has suffered some delays on their first project in Louisiana, and a fair value assessment has resulted in this impairment. The net loss in the quarter ended at 76 million. Then let's look at the development in the liquidity position in the quarter. So the cash balance at the start of the second quarter was 165 million and ended at 107 million. So the changes in the cash position were as follows. The EBITDA was minus 48 million. Changes in networking capital of minus six, driven by an inventory buildup. And in the quarter, we recognized 2 million of investments. The investment budget, that is then related to the ongoing expansion in Denmark. The investment budget was originally at 70 million. We have reduced it to now 60 million. And by end of the second quarter, we had recognized some 35 million out of that, meaning that there is a remaining 25 million to be paid during the second half of 2025. And important to say, the equity investment from Longy is not reflected in the cash balance at end of the second quarter as that transaction was completed in July this year. The backlog was decreased from 318 million to 287 million. Cost discipline is very important to us and we have initiated a cost saving program consisting of three main elements. One being downsizing in Europe. reduced use of external consultants, and number three, reduced cost in our China operations, both in Tianjin and in Shanghai. We have previously guided that we will take out more than 40 million annually, and we are on track to deliver on that. We, as of end of the second quarter, we have achieved more than 25 million. And in the second half of this year, we then plan to take out an additional 15 million, mostly related to reduced activity in our operations in China. So that will place us in a position by end of the year to take out more than 40 million of annualized savings. I will now give the word back to Jarle, who will go through the market update.

Thank you again, Martin. In the last quarterly presentation, quarter one, I highlighted the three market geographies we are focusing on. We have a foothold in the US, which we maintain together with Mitsubishi Power America. But since the last quarter, we see that the projects are moving quite slow towards possible FID. The so-called 45V in the IRA policy was expended with two more years, which is good. but with the effect that the already granted project FIDs are being pushed out in time, as they have two more years to break ground and still get the incentives. The market is by no means dead, but developing slowly. Europe remains our main focus, together with Andres. And Tuesday this week, I announced our cooperation with Thermax, and thereby getting a foothold in India. Our next step is to get a foothold in the Middle East, and I'll give you a bit further on the rationale for the three main focus areas. This is a busy slide, but in essence, describing the regions with most attractive prerequisites for hydrogen production. The world map in the background picture paints the attractiveness for hydrogen production based on cost-effective renewable resources. The green areas we see countries and regions like India, Middle East, North Africa, and South America, and Australia as the most attractive. In addition to parts of Scandinavia, But on top of the attractiveness based on renewable resources, there are three main drivers as space for hydrogen production. Economics obviously being one, that is production cost and competitiveness in the country or region itself. Regulatory incentives and obviously offtake. Based on these drivers, we see that China having the strongest prerequisites for hydrogen economy with all three drivers in green. Other areas are coming up, much driven from low renewable energy in own region, but based on off-take markets in Europe. Looking closer at Europe, infrastructure and distribution are key factors for driving demand. And 122 gigawatt of pipeline of project has been announced with COD by 2030. And also resulting in a compounded annual growth rate around 30%. This means that the projects are going into pre-engineering and tender requisites. We see competitive energy prices in countries like Spain and the Nordics, but higher production costs than, for instance, Middle East and Africa. Europe has also the strongest regulatory regime to support the energy transition. And developers and strong EPCs, like our partner Andrids, are taking position in this development. Regulatory incentive schemes and funding programs have for long been unclear. But they are now taking shape, and as we have seen during the last six to nine months. We see more developers initiating engineering studies and tender invitations. with Spain and parts of Northern Europe in the forefront, together with Germany. India, after China, is emerging as the fastest growing hydrogen market, with some of the lowest levelized cost of hydrogen due to attractive renewable energy prices. Hydrogen becomes competitive to other energy sources. And also, India is dependent on importing fossil fuels and to lower their dependency of imports, get resilience and increasing self-sufficiency of energy production. And at the same time, reducing carbon emissions are now factors excelling the hydrogen projects. India is a very competitive market in all aspects. But public tenders, as we know are seeing coming out, are limiting Chinese suppliers due to political climate. Most of the off-take will be for domestic consumption, but the low levelized cost of hydrogen also opens up for export of, for instance, ammonia and biofuels. The Middle East and North Africa are two other regions with attractive prerequisites for hydrogen production. Renewable energy prices are among the lowest in the world, if not the lowest. Although the Middle East fossil energy driven economy, we are seeing strong drivers for utilization of renewable energy. with an offtake not only for export on low levelized cost of hydrogen, but also for domestic consumption, for instance in refineries. After India, our next ambition is to establish a foothold in the Middle East. Thermox is a very good fit for Hydrogen Pro when entering the Indian market. We wanted to enter the Indian green hydrogen market through a mid-size, asset-light partner, but also with an already strong project pipeline and short timelines for execution. We have targeted partners open to a fair deal, enabling viability, and also even under tough conditions, as we see in India. but also having shared that we share the same common values and compliance. We preferred one with potential to evolve in a low-cost manufacturing hub outside China and leverage current restrictions on Chinese suppliers in public tenders. We can also use assembly in Europe But private projects remain open also to Chinese importers. The main collaboration spectrum or the key highlights that we see together in our cooperation agreements is number one, exclusive rights in India for alkaline electrolyzer system, including after sales and upgrade. That means that Thermax will now supply on an exclusive basis our electrolyzers that we are manufacturing. On the after sales, they will provide the service, but we will then provide the upgrade and the electrodes coming from Denmark. We are together with local manufacturer and co-development of gas separation units. As some of you know, we are not producing the gas separator unit ourselves. It has been outsourced earlier in earlier deliveries. But we are the technology owner. We design it and we develop it. And now we will, based on our technology, modify it to the Indian market. We also have a deep technical collaboration on engineering and localization of other subsystems and components. And we also have a provision in the agreement to possibly set up a stack assembly facility in India. And there's a lifecycle support with O&M and refurbishment facilities if needed. And also, right now, Termax is setting up what we call a short stack test station. And that will be established to jointly develop advanced solution for India and also possibly other emerging markets. The Lungi equity investment was completed in July this year, which enabled us to fully engage in the cooperation process. And we are now together with Longi working on a comprehensive strategic partnership program, which will cover all complementary areas from manufacturing footprint to optimize the supply chain. So throughout the whole value chain. With this cooperation, hydrogen pro will now have gigawatt delivery capacity from an expanded manufacturing footprint. But at the same time, we are able to reduce our fixed cost base and avoiding more capacity into the market. Lungia has a broader scope of balance of plant delivered than hydrogen pro currently has. which offers an area we see potential of an expanded product offering. Hydroden Pro on the other side offers high performing electrodes in Aarhus and European local content solutions together with Andres. As presented in my initial slide, Hydroden Pro is focusing on core deliveries, which is marked with the square number one in the picture. Through our partners, it puts us in a stronger position and addressing the market, but also developing the technology. So when Hydrogen Pro is focusing in development and offering of its core technology and equipment, the partners provide the full project scope for hydrogen production and risk sharing at levels that Hydrogen Pro would not be able to alone. And to illustrate the type of partnership we are developing, common for all partners is that they are committed to energy transition and to hydrogen. They represent a broader delivery scope and gives bankability towards the customers and having strong technical and engineering resources. And we will continue to maintain and develop all of our partnerships, foremost by broadening market and customer reach, but also on a broadened project offering and technology development beyond what we could have done alone. The model we have with Mitsubishi, Andres and Longe is an objective for all partnerships we are entering. And with this, I would like to invite Martin back on the stage and opening for questions. Thank you.