Renewable energies

Renewable energies - Efficient gas compression for the energy transition

The energy transition requires sustainable technologies that make renewable energies efficiently usable. Compressors from sera HYDROGEN play a key role in this area. They enable the safe compression of hydrogen, biogas, CO₂ and other climate-relevant gases that are essential for a decarbonised energy supply.

Hydrogen economy - clean compression for storage and mobility

After electrolysis or other production methods, hydrogen must be compressed to high pressures for storage and transport. sera metal diaphragm compressors enable oil-free compression of hydrogen to pressures of up to 900 bar - essential for refuelling fuel cell vehicles and safe transport in pipelines or storage systems. Thanks to the hermetic seal, the gases remain pure and are ideal for applications in hydrogen mobility and reconversion.

Green ammonia - key technology for the energy industry

Another important area of application is the production of green ammonia, which is created by combining hydrogen generated from renewable sources and nitrogen from the air. For the Haber-Bosch synthesis, these gases must be fed into the reactor under high pressure - a task that sera diaphragm compressors perform with high efficiency and process control. This technology helps to establish green ammonia as an emission-free energy source and storage medium.

Energy storage - hydrogen as a long-term storage medium

In addition to diaphragm compressors, piston compressors are often used in smaller systems. The dry-running piston compressor from sera enables seasonal hydrogen storage by storing surplus energy from photovoltaic systems in the form of hydrogen. This hydrogen can then be used for energy supply in months with little sunshine - an important building block for grid stability and a sustainable energy future.

Future-proof technology for decarbonisation

With their versatility, efficiency and flexibility, sera HYDROGEN 's compressor solutions make a decisive contribution to integrating renewable energies into the existing energy system. Whether for hydrogen compression, green ammonia production or CO₂ capture - our technologies are indispensable drivers of the energy transition and actively support the global change towards an emission-free future.