Another important milestone for Enapter AG: The company is expanding its product portfolio with a 2.5 MW multicore electrolyzer based on the use of new stacks in the same size – 40 foot containers – as Enapter’s current 1 MW multicore electrolyzer.
Of course, the Nexus 2500 is fully compatible with all Enapter multicore electrolysers. Existing customers can therefore combine any of the now extended Enapter product range to expand their
systems. In addition to the proven form in a 40-foot container, the Nexus 2,500 is also available as a skid-mounted version for indoor installation. Hall installations are more efficient than individual containers, especially for multi-megawatt projects.
With the new Nexus 2500 multicore electrolyser, Enapter is opening up new markets and customer groups for large-scale hydrogen-producing systems on an industrial scale. The electrolyzer can be used, for example, in steel and ammonia production as well as in refueling systems for heavy goods
vehicles. Another area of application is the storage of surplus energy from solar and wind parks in the multi-megawatt range.
The Nexus 2500 produces over a ton of green hydrogen with a purity of 99.999 percent within 24 hours. Enapter’s unique modular process for increasing the efficiency of the electrolyzers is of course also used in the Nexus 2500. Each of the 100 or so stacks installed can be ramped up or down independently to make optimum use of the power from renewable energy sources. This makes the Enapter multicore electrolysers particularly interesting for hydrogen production from fluctuating
energy sources such as solar and wind, where power generation can fluctuate greatly over the course of the day due to climatic influences. Like all Enapter multicore electrolysers, the Nexus 2500 ismcontrolled by Enapter’s very latest AI software. The artificial intelligence developed in-house analyzes
the data from the measuring sensors installed in the electrolyser, which record temperature, pressure and power consumption at various points. The artificial intelligence controls the device in
real time and can intervene where necessary, enabling an improved energy flow and further increasing the efficiency of the device.
The Nexus 2500 can now be pre-ordered. First deliveries are planned for the end of 2026.
Image of Enapter
Press release https://tinyurl.com/2jw59554
