Overview
Green Hydrogen
Green hydrogen is a critical key element in our transition to low-carbon or zero-carbon alternatives for energy. The net-zero emission targets cannot be achieved without deep penetration of renewably and sustainably fuels.
Green hydrogen is a critical key element in our transition to low-carbon or zero-carbon alternatives for energy. The net-zero emission targets cannot be achieved without deep penetration of renewably and sustainably fuels.
As the electrolyser technology advances (particularly PEM electrolysers), the CAPEX costs for the green hydrogen projects have been reducing. However, the OPEX remains high due to irregularity and unpredictability of 100% renewable power generation.
Battery Storage for Green Hydrogen
Electrolysers require regular and reliable energy to work at maximum efficiency. Since green hydrogen requires 100% renewable energy, it is not always possible to ensure this constant supply of power. Furthermore, if the energy supply falls below minimum level, the electrolysers must shut down and therefore produce no hydrogen at all. Therefore, the renewable energy sources (PV or wind) must be sized significantly higher than rated power for the electrolysers, to ensure > 7000 operating hours in a year.
On the flip side, when production from PV or wind is high, the excess energy must be curtailed and therefore the project does not operate in an optimal manner. Lithium ion battery storage for green hydrogen projects fixes this issue by storing excess energy and discharging the battery storage when energy from connected renewables fall below optimal levels. This means that the electrolysers are always working at maximum efficiency and the overall operating hours increased drastically.
As an example, consider a project where 2 MW wind turbine is connected to a 1.5 MW PEM electrolyser for green hydrogen production. In an isolated off-grid scenario and considering installation in southern Germany, the maximum levelized operating hours for the electrolysers are approximately 3,200 i.e. only about 36.5% operation during the year.
The levelized operating hours can be increased to > 4,600 with installation of 700 kWh of battery storage, increasing the operation to more than 52%. The levelized operating hours can be increased to > 4,600 with installation of 700 kWh of battery storage, increasing the operation to more than 52%
Intelligent EMS, Optimal Operation
HIS Energy Management System measures the energy flows throughout the connected network. It also monitors and stores load profiles, power generation profiles, and can forecast operational strategy. Connect your green hydrogen project with the intelligent HISBatt EMS and ensure that the maximum green hydrogen is produced for your project, for maximum ROI
Do you have a Green Hydrogen project that requires an energy storage soulution?
Hydrogen, more than Energy Storage and Fuel Cells
The cost competitive green hydrogen produced in combination with battery storage can be mixed with natural gas, or used as transportation fuel, or chemical feedstock.
E-methanol produced from green hydrogen and captured carbon dioxide can be readily used in existing plants ensuring net-zero carbon emissions, while sustaining the older processes and machinery. Methanol is one of the most important building blocks in the chemical and pharmaceutical industry. It is also used heavily for the production of synthetic hydrocarbon. Currently more than 65% of the methanol is produced via natural gas and steam methane reforming.
E-methanol produced from green hydrogen and captured carbon dioxide can be readily used in existing plants ensuring net-zero carbon emissions, while sustaining the older processes and machinery. Methanol is one of the most important building blocks in the chemical and pharmaceutical industry. It is also used heavily for the production of synthetic hydrocarbon. Currently more than 65% of the methanol is produced via natural gas and steam methane reforming.
Do you have a Green Hydrogen project that requires an energy storage soulution?
Green Hydrogen and Gas Network in Germany
Hydrogen can also be added directly to existing natural gas networks up to 30 percent without any restrictions for natural gas users or the gas distribution network. For example, EnBW’s operating site in Öhringen has been using hydrogen and natural gas mixture since 2021. In Phase 2, the hydrogen mix was increased up to 30% and the nearby households have also been using this hydrogen and natural gas mixture for cooking and heating.
Hydrogen can also be added directly to existing natural gas networks up to 30 percent without any restrictions for natural gas users or the gas distribution network. For example, EnBW’s operating site in Öhringen has been using hydrogen and natural gas mixture since 2021. In Phase 2, the hydrogen mix was increased up to 30% and the nearby households have also been using this hydrogen and natural gas mixture for cooking and heating.
The green hydrogen phenomenon is on the rise and the combination with reliable LFP battery storage, makes production of green hydrogen more reliable and cost-competitive.
Get the most from your battery storage
Get the most out of your battery storage system performing multiple applications at the same time for your project. Connected to a solar PV for green hydrogen? Find out how you can perform PV self-consumption optimization or improve power quality for your network. Our smart EMS will provide you with analysis of the system and constant overview so you can see the energy flows for the complete project.
Learn more about other applications that HISBatt systems provide.
Peak Shaving
Shave off load peaks for your commercial or industrial business with reliable battery storage.
PV Self Consumption Optimization
Store excess energy from your solar panels to increase PV self-consumption and decrease dependence on the expensive grid
E-Mobility
Maximize the revenue from your Fast EV charging infrastructure by integrating smart energy storage solutions.
Emergency / Backup Power
Ensure reliable uninterruptible power supply for your critical sensitive loads using our robust BESS solutions
Time of Use
Use our smart state-of-the-art EMS to optimize energy consumption by charging during off-peak hours.
Multi Use application
Maximize ROI by combining multiple applications, such as PV self-consumption, peak shaving, and forecast-based charging.
Related Products
Interested in peak shaving and more for your business? Check our Plug-and-Play battery solutions with air and
liquid cooled batteries.
HISbatt-233L
- 92 kVA 233 kWh Plug & Play, All-in-One LFP solution
- IP54 Outdoor enclosure with IP67 battery modules
HISbatt-215A
- 92 kVA 215 kWh Plug & Play, All-in-One LFP solution
- IP54 Outdoor enclosure
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