VERMES SOC Technology
provides Solid Oxide Cell (SOC) stacks based on fuel electrode-supported cell technology, combining high efficiency, fuel flexibility, and long-term stability. Designed for both fuel cell (SOFC) and electrolysis (SOEC) operation, our stacks form the technological core of clean power systems.
Technical Overview
Each standard SOC stack consists of 51 single cells connected in series using cost-effective metallic interconnectors, ensuring reliable electrical performance and industrial scalability.
| Stack design | Planar design with open air manifold and cost-effective metallic interconnectors |
|---|---|
| Cells | Fuel electrode-supported |
| Operating modes | fuel cell, electrolysis or reversible |
| Fuels (fuel cell mode) | Hydrogen, Natural Gas, Biogas, Methanol, Ammonia, and more (gas purification or pre-reforming could be necessary) |
| Products (electrolysis mode) | Hydrogen, Syngas, eFuels (e-Methane, e-Methanol, etc. require additional reactors) |
| Total efficiency (SOFC) | > 90 % |
| Electrical efficiency (SOFC) | > 60 % |
| Electrical efficiency (SOEC) | > 100 % (when operated below thermoneutral voltage) |
| Operating temperature range | 600 °C – 750 °C |
| Nominal operating temperature | ~700 °C |
SOFC Mode – 1.5 kW Stack
Efficient Electricity & Heat Generation
In Solid Oxide Fuel Cell (SOFC) mode, the 1.5 kW stack delivers high-efficiency electricity and usable heat from a wide variety of fuels. The technology is ideally suited for distributed and decentralized energy systems where efficiency, fuel flexibility, and low emissions are essential.
The MDS 3583-FH system from VERMES Microdispensing is designed for excellence, this system combines advanced technology, versatility, and robust performance to meet the highest industrial standards.
- Powered by PX2 Technology: The MDS 3583-FH system leverages advanced PX2 technology, delivering unparalleled precision and control in micro dispensing applications.
- Integrated Heater and Cooling Function: Equipped with integrated heating and cooling functions, the system ensures optimal fluid viscosity and consistent dispensing performance, regardless of environmental conditions.
- Compatibility: Highly compatible with all VERMES nozzles, tappets, and various spare parts, providing versatility and ease of maintenance for diverse application needs.
- Bayonet Fluid Box Body: Featuring an innovative bayonet fluid box body, the MDS 3583-FH allows for quick and easy exchange of fluid components ("Plug and play"), enhancing operational efficiency.
- Heavy-Duty Applications: Designed for heavy-duty applications requiring the highest frequency, this system ensures robust performance and longevity, making it ideal for demanding industrial environments.
- Microelectronics Manufacturing: Ideal for precise dispensing of solder paste, adhesives, and encapsulations in microelectronics assembly.
- Optical Components: Ensures accurate application of coatings and bonding agents in the production of optical devices.
- Medical Devices: Perfect for sterile and precise dispensing in the assembly of medical devices and equipment.
- Semiconductor Fabrication: Provides sub-nano accuracy essential for advanced semiconductor manufacturing processes.
- Automotive Electronics: Suitable for high-precision dispensing tasks in the production of automotive electronic components and batteries for EV industries.
MDS 3583-FH, equipped with PX2 technology, elevates state-of-the-art microdispensing to new levels, enhancing precision in dispensing, particularly for high and ultra-high viscosity media. It is ideal for the wide range of application of various fluids, including but not limited to:
- Filled Conductive Glues
- SMT Adhesive
- Silver Conductive Adhesives
- Solder Paste
- Sintering Paste
- Solder Flux
- Silicones
- LED-phosphor
- Underfill materials
- Hot Melts.
Complementary Energy Solutions
Solid Oxide Fuel Cell (SOFC) and Solid Oxide Electrolysis Cell (SOEC) technologies together form a powerful toolkit for the energy transition
The MDS 3583-FH system from VERMES Microdispensing is designed for excellence, this system combines advanced technology, versatility, and robust performance to meet the highest industrial standards.
- Powered by PX2 Technology: The MDS 3583-FH system leverages advanced PX2 technology, delivering unparalleled precision and control in micro dispensing applications.
- Integrated Heater and Cooling Function: Equipped with integrated heating and cooling functions, the system ensures optimal fluid viscosity and consistent dispensing performance, regardless of environmental conditions.
- Compatibility: Highly compatible with all VERMES nozzles, tappets, and various spare parts, providing versatility and ease of maintenance for diverse application needs.
- Bayonet Fluid Box Body: Featuring an innovative bayonet fluid box body, the MDS 3583-FH allows for quick and easy exchange of fluid components ("Plug and play"), enhancing operational efficiency.
- Heavy-Duty Applications: Designed for heavy-duty applications requiring the highest frequency, this system ensures robust performance and longevity, making it ideal for demanding industrial environments.
- Microelectronics Manufacturing: Ideal for precise dispensing of solder paste, adhesives, and encapsulations in microelectronics assembly.
- Optical Components: Ensures accurate application of coatings and bonding agents in the production of optical devices.
- Medical Devices: Perfect for sterile and precise dispensing in the assembly of medical devices and equipment.
- Semiconductor Fabrication: Provides sub-nano accuracy essential for advanced semiconductor manufacturing processes.
- Automotive Electronics: Suitable for high-precision dispensing tasks in the production of automotive electronic components and batteries for EV industries.
MDS 3583-FH, equipped with PX2 technology, elevates state-of-the-art microdispensing to new levels, enhancing precision in dispensing, particularly for high and ultra-high viscosity media. It is ideal for the wide range of application of various fluids, including but not limited to:
- Filled Conductive Glues
- SMT Adhesive
- Silver Conductive Adhesives
- Solder Paste
- Sintering Paste
- Solder Flux
- Silicones
- LED-phosphor
- Underfill materials
- Hot Melts.
Complementary Energy Solutions
Solid Oxide Fuel Cell (SOFC) and Solid Oxide Electrolysis Cell (SOEC) technologies together form a powerful toolkit for the energy transition:
| SOFC | Efficient, distributed electricity and heat generation |
|---|---|
| SOEC | Large-scale hydrogen production and seasonal energy storage |
| Combined SOC systems | Enable sector coupling across power, heat, and fuel systems |
This versatility makes VERMES SOC stacks a key enabler for resilient, low-carbon energy infrastructures.