Ideal for new product development, research and system integration for both mobility and stationary applications. They can also be used as a backup energy source or for educational purposes.
Designed to be stationary serving as backup power, especially as UPS (Uninterruptible Power Supplies) to telecoms. They can also be used in other applications such as remote monitoring devices or remote area power.
Mobility water-cooled fuel cells can be used for forklifts and small tractors to heavy-duty applications like Class 8 trucks, ships, and other energy-demanding areas.
Horizon stationary systems can be used as a standalone or backup power supply for industrial and commercial users including hospitals, schools, and other businesses.
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Introducing our high-performance fuel cell stack, designed for efficiency and reliability. With a rated power of up to 13 kW and a current of 250 A, it ensures robust energy…
A Fuel Cell Hydrogen Discharge Solenoid Valve is a crucial component in the management of hydrogen flow within a fuel cell system. This valve is specifically designed to control…
A Fuel Cell Oxygen Supply Fan is a component used in fuel cell systems to provide a steady supply of oxygen, which is a necessary reactant in the fuel cell operation. By…
HYDROFILL PRO is a “hydrogen on demand” desktop refueling station designed for easy and automatic refilling of HYDROSTIK PRO metal hydride cartridges (not included). Add pure…
A terminal post is the critical connection point where electrical connections are made to the positive electrode (anode) or negative electrode (cathode) of the fuel cell. These…
HYDROSTIK PRO is a convenient hydrogen storage solution to fuel your hydrogen powered devices. Hold the latest hydrogen storage technology in the palm of your hand. Rather than…
A fork bolt fuse box is a type of fuse box that uses fork-shaped connectors to secure fuses in place. This design ensures a secure and reliable connection, often used in…
A high current switch in a fuel cell system is a device designed to manage and control the flow of high electrical currents within the system. It is critical for ensuring safe and…
A DC-DC converter in a fuel cell system is an electronic device that converts the variable and typically lower voltage output from the fuel cell stack to a stable and higher…
This software helps user to communicate with Shell Eco-Marathon system. It monitors and records various information including ambient temperature, stack temperature, stack voltage…
Pressure Regulator allows to release hydrogen from Hydrostik PRO. Weight: 27.6g Screw type: M6 Size: Φ22*38mm Output pressure: 0.4-0.55Bar Hydrogen flow rate: 0-8L/min Materials:…
A fuel cell power distribution unit (PDU) is a critical component in a fuel cell system that distributes low voltage power to various internal electrical appliances and subsystems…
This device is a non-isolated DC/DC converter designed mainly for hydrogen fuel cell stacks. It provides constant output voltage in the full range of input voltage. It can absorb…
The H-3000 DCDCC-48V is an output DC/DC converter designed mainly for hydrogen fuel cell stacks. It provides constant output voltage in full range H2FC operational voltage.
H-5000-DCDCC-48V is an output DC/DC converter designed mainly for hydrogen fuel cell stacks. It provides constant output voltage in full range of stack operational voltage. It…
A fuse box is a crucial component in a fuel cell system for several reasons, primarily related to safety, protection, and reliability. A fuse box helps protect the electrical…
An ECU, or Electronic Control Unit, is a critical component responsible for managing and controlling various aspects of the fuel cell system's operation. The ECU ensures the fuel…
The HUK8070 touch screen provides an interface for monitoring, controlling, and managing the various aspects of the system. Adding this component to your fuel cell means being…
A hydrogen filter is a specialized component used to purify hydrogen gas by removing impurities and contaminants that could potentially damage the fuel cell or reduce its…
A hydrogen concentration sensor is a device used to measure the concentration of hydrogen gas within a particular environment. These sensors are critical for ensuring the safe and…
Solenoid valves are used in fuel cells for several critical functions, such as controlling the flow of hydrogen and oxygen gases, managing coolant flow, and purging excess water…
A fuel cell pressure sensor is a device used to measure and monitor the pressure of gases within a fuel cell system. Fuel cells, which convert chemical energy from fuels into…
A deionizer is a device that removes ionized contaminants from water by passing water through ion exchange resins that remove positively and negatively charged ions, resulting in…
An expansion water tank is an essential component in the operation of a fuel cell system, particularly for its thermal management and water management functions. The primary…
A water pump in a fuel cell system plays a crucial role in the thermal management and water management processes. This means providing coolant circulation (essential for removing…
Power innovation in real time with the H-12 PEM Fuel Cell (12W) — a high-performance, compact energy solution designed to bring hydrogen learning to life. Delivering a reliable 12…
Take your renewable energy projects to the next level with the H-20 PEM Fuel Cell (20W) — a powerful, efficient hydrogen energy system designed for advanced learning and…
A fuel cell pressure sensor is a device used to monitor the pressure of gases within a fuel cell system. Accurate pressure monitoring is essential for maintaining the performance,…
Power your STEM projects with the H-30 PEM Fuel Cell (30W) — a compact, high-performance hydrogen fuel cell built for hands-on learning and real-world applications. Trusted by…
A heater in a fuel cell system is used to maintain or achieve the optimal operating temperature, particularly in environments where the ambient temperature is too low for…
Unleash scalable hydrogen power with the H-60 PEM Fuel Cell (60W) — a compact, high-efficiency system built for real-world integration, testing, and hands-on STEM learning.…
A fuel cell radiator assembly (assy) is a crucial component of the thermal management system in a fuel cell system. It functions to dissipate the excess heat generated during the…
Drive next-gen innovation with the H-100 PEM Fuel Cell (100W) — a high-performance hydrogen solution designed for advanced product development, system integration, and real-world…
A fuel cell temperature sensor is a device used to measure the temperature within various parts of a fuel cell system. Maintaining the correct temperature is crucial for the…
Push boundaries in energy innovation with the H-200 PEM Fuel Cell (200W) — a robust, high-efficiency hydrogen power solution designed for system integration, commercial…
300W PEM Fuel Cell Stack Overview This fuel cell stack provides a modest bump in wattage over the H-200 but otherwise remains the same. The increase in wattage is designed to…
A fuel cell humidifier is a device used in fuel cell systems to control the humidity of the gases, particularly the air (oxygen) and sometimes the hydrogen, entering the fuel cell…
An air flow meter in a fuel cell system is a crucial component that measures the amount of air entering the fuel cell. Accurate measurement of air flow is essential for optimizing…
500W PEM Fuel Cell Stack Overview At the 500-watt level this fuel cell stack that can perform a number of functions. It can be used to build power backup generators for a home…
In a fuel cell, an air filter is crucial for ensuring the efficient and reliable operation of the system. The purpose of an air filter is primarily the removal of contaminants,…
1kW PEM Fuel Cell Stack Overview With 1,000-watts of power this fuel cell is ready for a wide range of applications. With its lower noise profile and ability to provide power…
Carbon Cloth with Hydrophilic is a carbon cloth based gas diffusion layer (GDL) with with a high surface area carbon-based microporous layer on each side. This particular product…
2kW PEM Fuel Cell Stack Overview This fuel cell stack is the first stack that offers organizations real opportunities to take their businesses to the next level. Three or four of…
Our Carbon Paper with a Micro Porous Layer features a unique design incorporating a thin, micro-porous layer on one side. This layer drives up performance by increasing the…
3kW PEM Fuel Cell Stack Overview At this kW fuel cell stack can satisfy the needs of off-grid homeowners, recreational vehicles of all kinds, and product development engineers. …
5kW PEM Fuel Cell Stack Overview This fuel cell stack provides the highest amount of power out of all of the fuel cell stacks in the H-Series family. The H-5000 is an ideal…
500W XP PEM Fuel Cell Stack Overview Among the air-cooled fuel cell stacks that we offer, this is one of two fuel cell stacks that holds a special place among our product…
The Ultra Thin Carbon Paper with Microporous Layer (MPL) is highly flat, highly homogeneous, and ultra-thin. It is used in high-performing PEMFCs. The Carbon Paper is flexible and…
1kW XP PEM Fuel Cell Stack Overview This is the only other kW fuel cell stack that is part of the XP Series, and like its sibling it is designed for educational or industrial…
This kW fuel cell stack is the entry-level product in the T Series of fuel cell stacks which are primarily geared towards stationary applications. While this fuel cell stack can…
This fuel cell stack is designed to serve two functions. It can be used in a stand-alone configuration to power a remote outpost or operation, but multiple T-2,500s can also be…
The 100% Iridium Black catalyst has a high surface area of around 55 - 65 m²/g. This product is known for its quality, longevity and outstanding performance and can be integrated…
This fuel cell stack is actually not just one stand-alone fuel cell stack, but is actually two of the T-2,500W units combined in order to achieve a combined 5,000W. While this…
Ruthenium black is a medium-specific surface area catalyst. Ruthenium catalysts typically catalyze oxidation of alkanes, alkenes, and alcohols. This particular catalyst is…
This 10kW fuel cell system is made from four T-2500 units. It shows how this modular system can be connected. Such a powerful air cooled stack can be used in remote areas as back…
Most commonly used as a catalyst for methanol oxidation in Direct Methanol Fuel Cells (DMFC), Platinum Ruthenium on Vulcan XC 72 (Carbon) is available in various sizes. This…
This fuel cell stack is the entry model of the liquid cooled fuel cell stacks from Horizon Fuel Cell Technologies. This fuel cell stack is the lowest minimum power we recommend…
Many electrochemical processes have been made viable due to the advent of well-dispersed, high surface area electrocatalysts like Platinum on Vulcan XC 72R. The new method by…
This is the second of two entry level products for liquid cooled fuel cell stacks. With a 10kW power envelop this fuel cell stack is an ideal product for electrifying all-terrain…
Many electrochemical processes have been made viable due to the advent of well-dispersed, high surface area electrocatalysts like Platinum Black. The new process by which it is…
This is the second fuel cell stack of the mid-range fuel cells that Horizon offers, and its power profile positions this fuel cell stack well to be used in a number of mobility…
60kW Liquid Cooled Fuel Cell System for stationary purposes is developed based on customer needs. It can be used as a standalone or backup power supply for industrial and…
This is the third offering of the mid-range fuel cell systems from Horizon. At 80kW this fuel cell stack is capable of powering everything from a small community of homes all the…
80kW Liquid Cooled Fuel Cell System for stationary purposes is developed based on customer needs. It can be used as a standalone or backup power supply for industrial and…
110kW Liquid Cooled Fuel Cell System for stationary purposes is developed based on customer needs. It can be used as a standalone or backup power supply for industrial and…
At 110kW this is currently one of the highest power output fuel cell stacks that Horizon sells. It is designed for heavy-duty applications like Class 8 trucks, ships, and other…
150kW Liquid Cooled Fuel Cell System for stationary purposes is developed based on customer needs. It can be used as a standalone or backup power supply for industrial and…
200kW Liquid Cooled Fuel Cell System for stationary purposes is developed based on customer needs. It can be used as a standalone or backup power supply for industrial and…
300kW Liquid Cooled Fuel Cell System for stationary purposes is developed based on customer needs. It can be used as a standalone or backup power supply for industrial and…
At 150kW this is currently one of the highest power output fuel cell stacks that Horizon sells. It is designed for heavy-duty applications like Class 8 trucks, ships, and other…
500kW Liquid Cooled Fuel Cell System for stationary purposes is developed based on customer needs. It can be used as a standalone or backup power supply for industrial and…
1MW Liquid Cooled Fuel Cell System for stationary purposes is developed based on customer needs. It can be used as a standalone or backup power supply for industrial and…
At 200kW this is currently one the highest output fuel cell stacks that Horizon sells for automotive applications. It is designed for heavy-duty applications like Class 8 trucks,…
