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Electrolytic gas
Electrolytic Gas Scenario
Electrolytic gas process is the process of decomposing liquid or molten electrolyte through electrolytic technology and separating gas at cathode and anode respectively. Its core principle is the redox reaction driven by DC. During electrolysis, the voltage, current density and electrolyte composition shall be accurately controlled, with high reaction selectivity and less by-products.
Electrolytic gas power supply

The product strictly complies with international IEC 60146 Semiconductor Converters, GB/T 3859.1-2013 Semiconductor Converters - General Requirements and Power Grid Converters and industry standard T/CES 242-2023 Technical Specification for Power Supply of Alkaline Electrolytic Cell and other authoritative specifications, supports voltage stabilization (accuracy ≤ ± 0.5%) and current stabilization (accuracy ≤ ± 0.3%) dual mode switching, meets strict requirements of PEM electrolyzer on dynamic response, integrates soft start (0-180 seconds adjustable), overvoltage/undervoltage protection, overcurrent/short circuit protection, overheating protection and fault restart functions, adopts dual DSP architecture and three-level protection (overvoltage/overcurrent/overheating), average time between failures (MTMT). BF) up to 50000 hours, millisecond load step response, fast suppression of voltage fluctuation during electrolysis.
Standard touch screen, historical data query, multi-protocol communication interface, compatible with PLC remote control and cloud big data analysis, insulation monitoring device, real-time monitoring of electrolytic cell leakage current, positive and negative reversing controller, applicable to bipolar electrolysis process. It can be widely used in electrolytic water to produce hydrogen, electrolytic water to produce chlorine, fluorine gas electrolytic purification, rare gas purification, carbon dioxide electrolysis, ammonia electrolysis, synthesis gas (CO+H2) co-electrolysis and other scenes.

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Product Advantages
The advanced high-frequency switching power supply technology with high conversion efficiency and low energy consumption can significantly reduce the operating cost of customers
Multiple protection functions ensure long-term stable operation of equipment and reduce downtime
Equipped with advanced control system, which can realize remote monitoring and automatic operation and improve production efficiency
Multiple technical routes and customized capabilities to meet the needs of different gas electrolysis application scenarios
Modular design facilitates maintenance and upgrade and reduces maintenance costs
The advanced control algorithm meets the requirements of high-precision electrolysis process
High-quality components and parts are selected and subject to strict aging test to ensure long service life of equipment
Customized power supply solutions can be provided according to the special needs of customers to meet the personalized needs of different customers
Technical Specifications
Model Parameter
Input voltage class Low power: three-phase 380VAC/480VAC ± 10% High power: customized high voltage (e.g. 10KV/35KV, applicable to industrial power grid)
Frequency range 45~65HzSelf-adaption
Power supply efficiency ≥95%(Full load working condition)
Power factor ≥0.96(Full load working condition)
Harmonics ITHD ≤5%
Heat dissipation mode Pure air cooling (customized water cooling)
Operating temperature -40℃~+50℃(Wide temperature range adaptation)
Relative humidity ≤90%,No condensation
Note: If you need more customized parameters, our professional team will provide you with accurate matching solutions
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