Green Hydrogen for Power & Heating applications
Do you want to convert surplus electricity, from a wind or PV plant into green hydrogen
for applications such as power or heating?
We have customized solutions based Indoor or Outdoor HyPro®
with optional fuel cell compressors and storage.
MBR’s Indoor HyPro®, a plug and play solution for small and medium sized H2 demands. It integrates up to five Enapter Electrolysers 4.1, Water Tank module and Dryer (for applications that require 99.999 % purity).
Each Enapter Electrolyser 4.0 is capable of producing up to 0.5 Nm³/h. The output volume of each Electrolyser can be set between 60 % and 100 %. The Indoor HydroCab combines up to 5 modules to a single plug and play cabinet supporting up to 2.5 Nm³/h or 5 kg per day. The solution is available in indoor and outdoor cabinets. The system comes with a cloud based management system, and can be controlled from your laptop or phone
| Specification | Value |
|---|---|
| IP rating: | IP20 indoor cabinet |
| Cabinet dimensions | W × D × H in mm = 800 × 1000 × 1900 |
| Cabinet weight | (empty): 180 kg to up to 520kg when fully loaded |
| Operative temp. range | 5 – 40 °C |
| Operative humidity range | 20 – 95 %, non-condensing |
| H2 Production rate | 500 Nl/h to 2.500 Nl/h (500l/h per module) |
| H2 Output Pressure | Up to 35 barg (Up to 507.63 psig) |
| H2 output purity | 99.9% (< 1,000 ppm H?O and < 5 ppm O?) at 25 °C (77 °F) |
| H2 purity with dryer | > 99.999% |
| Power consumption | 4.8 kWh/Nm³, beginning of life |
| Voltage | 208 – 240 V (AC), 50/60 Hz, both split phase and 3-phase |
| Frequency | 50/60 Hz |
| Water consumption | of 0.42 to 2.1 l/h DI water (0.42 l/h per module) |
| H₂O inlet quality | Minimum ASTM D1193-06 Type IV |
| IP rating | IP20 Indoor Cabinet |
Indoor Cab, 1x EL
Watertank, Dryer, WPS
Indoor Cab, 2x EL
Watertank, Dryer, WPS
Indoor Cab, 3x EL
Watertank, Dryer, WPS
Indoor Cab, 4x EL
Watertank, Dryer, WPS
Indoor Cab, 5x EL
Watertank, Dryer, WPS
Airflow for stack cooling is blown for each module individually from front to back. Optional water cooling available.
All piping and electrical connections are located in the front of the machine. Power, water and hydrogen connections are located at the bottom of the back of the cabinet.
No filters needed.
Optional Gateway computer, Fuel Cell integration possible.
Green Energy Power Solutions
with Cost Savings and Reliability
Reliable, cost effective power and storage with maintenance free and autonomous operation, ideal for remote and off grid locations.
