Last month, the construction of the Pilot Plant was completed! And at last, We moved it to Abengoa’s testing facilities in the port of Seville for the next phase. This is a major milestone towards the project’s success, and we are very eager to share it.
As we have mentioned before, check this post about containerized solutions, the plant can be easily transported and deployed at any location. The workshop where the plant was built was also located in Seville, so this transport only lasted about 30 mins through the outskirts of the city. But the process is identical if transported for very long distances.
Next month, Factory Acceptance Tests, or FAT for short, will begin in Abengoa’s testing facilities. Where many other technical innovation projects have also seen the light. Starting with IO Testing, following with circuit tests, or control loops adjustment among others, the pilot plant will be ready to receive the Fuel Cell stacks later this year. We will be sharing more about the FAT and how the tests are progressing along the road. For now, We hope you enjoy this video about the Grasshopper Pilot Plant transport!Read More
As we have discussed in a previous post, check it out here, there are many benefits of having our power plant inside a container. But one reason that was not talked much about, is that it can be easily disguised or beautifully displayed in public. Because there are no emissions and it has a reduced footprint, placing the plant in urban areas is more than possible. and for that, the plant needs to look good!
Of course, we didn’t want to miss the opportunity to demonstrate this with the pilot plant. So we have installed a full-size vinyl that not only makes the plant look very aesthetically pleasing but also serves as publicity for Hydrogen and Green Energy sources. With a simple and cartoonish style, one can, in a glance, see the whole purpose of the project and the possible applications of the Hydrogen PEM power plants by looking at the container.
The previous images are the full design in the 3D model, first, and a real image of the container taken at the construction site prior to its completion, second. You can expect more of these pictures as the testing of the pilot plant begins in the following weeks!Read More
As we approach the equator of the project, the construction of the 100kW pilot plant has begun. This is an important milestone for the project since many of the improvements designed on paper or laboratory scale will be tested and validated. But before we can do that, the pilot plant needs to be completed.
Like in the construction of any power plant, many different disciplines of engineering come together to create the final product. In our case, we have divided the construction into four main sections:
- Estructural: mostly regarding container refurbishment.
- Piping: equipment, instrumentation, etc.
- Electrical system: both the power conditioning system and auxiliaries.
- Control software development
With almost all engineering decisions made and 3D modeling ready, the construction can now begin. First, a standard shipping container will be modified to suit the project necessities. And once it is done, the installation of equipment and fabrication will continue until the plant is completed. Alongside the mechanical construction, the electrical system will also advance. All fitted into a 20 ft long container for rapid deployment and scalability. And lastly, the programming will put everything together, ready for a long period of testing.
We are looking forward to receiving the first feedback directly from our workshop. Each step will surely reveal important improvements to take into account for the final MW design. We will keep you updated as things progress in our workshop with some interesting facts and news about the pilot plant construction.Read More
With the implementation of green energy alternatives and energy storage, there has been an increasing trend in using containerized solutions in those technologies that allow it. And not only Hydrogen PEM power plants, but many technologies have also joined this trend. One main reason for this is the great appeal of the “plug&play” philosophy, highly appreciated by the purchaser of the technology. But there is more than that for why a containerized Hydrogen Fuel Cell Power Plants make sense, and we would like to share it with you.
As the validation of the 100kW pilot plant finishes, We will carry out a MW scale design incorporating all the knowledge accumulated through testing. Even though the distribution of equipment inside may differ, the overall design doesn’t change much. In fact, the pilot plant has been designed for scalability. More power means increasing the number of stacks installed in the container. But since all stacks share the same design, it is a simple “copy-and-paste” process. Adding additional racks and gas distribution manifolds. Not all equipment scale at the same rate, therefore, space can be optimized with larger designs.
In a similar fashion, when the MW design is optimized and containerized, increasing the power of the plant is as easy as using multiple containers. Modular systems can be built, shipped, and installed quickly. This is ideal for the current increasing demand for Zero Emissions power systems. With an adequate sizing of the Hydrogen supply line and grid connection, multiplying the power is as easy as installing another container next to the previous ones. Adding a higher layer of control, adequate interaction between each unit can be achieved for maximum performance and efficiency, or maximize the lifetime of PEM stacks.
Easy transportation and Plug&Play
Probably the most noticeable benefit of having the plant inside a standard container is easy transportation and its quick installation. And this provides important flexibility. Containerized Hydrogen Fuel Cell Power Plants can be used in remote locations such as islands, mines, temporary buildings, encampments… Even as emergency generation units for many different applications such as data centers or hospitals. Providing a Zero emission alternative power source for such special needs. More and more of these plants are being installed in hard-to-reach places, or where the regular delivery of fuel has become prohibitive.
Not only that, but with a containerized solution, installation greatly simplifies. Forget about complex site preparations or connecting multiple units of different suppliers. Just drop the plant where you need it, connect the media and electrical interfaces and you are good to go. The electrical system, control architecture, and process, everything is packed inside. Since the container walls include these connections, no work, or minimal work, is needed inside the plant.
Last month, we finished the refurbishment of a standard shipping container to accommodate our needs. In the pilot plant, we have divided the container into two hermetically sealed sections. One for the electrical compartment and one for the process compartment. Media connections transverse the wall of the containers and junction boxes on the outside minimize the work inside.
The next question that arises with these units is regarding maintenance. Having all the equipment packed inside a container greatly reduces the footprint as we mentioned before, but it also reduces the available space for maintenance. This flaw can be overcome by designing an “extractable” unit. In case of a major maintenance operation, all equipment is pulled out of the container with a simple procedure. Then maintenance takes place outside.Read More