Electronics for Hydrogen Energy
Accelerate green hydrogen projects with PRM.DEV. We develop industrial gas generators, electrolysers, and inverters tailored to your application — built for reliable operation and scalable production.
By implementing electrolysis control algorithms, we deliver a stable, high DC output from power converters, improving system reliability and efficiency.
By implementing electrolysis control algorithms, we deliver a stable, high DC output from power converters, improving system reliability and efficiency.
What we offer
Hydrogen generators (H₂ gas generators)
We design generators with precise control systems for stable hydrogen output and built-in safety mechanisms. Solutions scale to industrial production and integrate with renewables.
Our solutions:
Our solutions:
- Hydrogen generators
- Zero air generators
- Nitrogen generators
- Gas generators for laser systems
- Combined gas generators
Fuel cell inverters
We develop inverters that convert DC from fuel cells into AC for different loads. We use advanced control algorithms for high efficiency and low losses, and implement protection features to extend service life.
Our solutions:
Our solutions:
- DC sources for hydrogen production
- Fuel cell inverters
Fuel Cell Control Unit (FCCU)
The FCCU controls processes in FCEVs and manages energy distribution from the fuel cell stack. It governs hydrogen and air supply, thermal and water management, and power conversion.
What we do:
What we do:
- Stack monitoring and control systems focused on safety and efficiency
- Integration of unidirectional DC/DC stages to simplify energy management
- Redundant architectures aligned with modern safety standards
Hydrogen production via water electrolysis
Electrolysis powered by wind and solar enables green hydrogen and reduces emissions. Hydrogen is stored as a gas or liquid and used across the industry.
Electrolyser types we support:
Electrolyser types we support:
- Alkaline
- PEM (Proton-Exchange Membrane)
- AEM (Anion Exchange Membrane)
- SOEC (solid oxide)
- PEC (photoelectrochemical)
- Microbial
Where hydrogen solutions are used
- Buildings
Heating/cooling, cogeneration, fuel-cell backup power. - Industry and chemicals
Metallurgy, ammonia/methanol, refining (hydrocracking, desulfurisation). - Energy and grid
Grid balancing and stabilisation, backup systems. - Generation
Hydrogen turbines, distributed generation. - Transport
FCEVs, hydrogen trains, CAV.
Benefits of working with PRM.DEV
- Tier-1 vendor ecosystemPlatforms and tools from Infineon, AMD, and Texas Instruments.
- Full-cycle deliveryFrom sensors and ADCs to power electronics and software.
- In-house labHigh-speed oscilloscopes, spectrum analysers, and signal generators.
Technology stack
- Control algorithmsP/PI/PD/PID · FLC (fuzzy logic) · SMC · MPC · phase logic · neural control · adaptive/nonlinear/feedforward control · H-infinity and state-space control · electrolyte concentration/flow/pressure control · current/voltage/temperature control · hydrogen purge · diagnostics/fault detection · gas purity and electrode degradation monitoring
- Industrial networksIEC 60870-5-101/102/103/104 · IEC 61850/-8-1 (MMS, GOOSE) · HSR/PRP · IEEE C37.94/C37.118 · G.703.1 · X.21 · E1/T1 · ISDN PRI/BRI · HDLC · RS-232/RS-485 · Ethernet · IEC 62056 (DLMS/COSEM), DLMS/COSEM over LoRaWAN · M-BUS · ANSI C12.18/19/21 · GSM/GPRS/LTE/5G · LoRaWAN
- DSP and modellingC/C++ · MATLAB/Simulink (model-based) · FIR/IIR filters · FFT · digital and adaptive filtering · spectral analysis
Need a reliable partner for hydrogen power electronics and control?
Message us — we’ll propose a solution for your project.
Message us — we’ll propose a solution for your project.
Our offices
Moscow
Troparyovskaya St., 4, bld. 1, room 6A
Moscow 119602, Russian Federation
Moscow 119602, Russian Federation
Innopolis
Universitetskaya St., 7, room 7
420500, Innopolis, Republic of Tatarstan
420500, Innopolis, Republic of Tatarstan
Contact us to discuss your engineering challenges
We will offer you the best solution!
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