Products Applications

This DC power supply enables water electrolysis by converting AC grid/renewable energy into stabilized DC for hydrogen production. For example, 9V/20KA systems require ±0.5% voltage tolerance to optimize efficiency. Over 75% of green hydrogen projects use this technology, with wind-to-hydrogen rectifiers adjusting 20kA outputs within 50ms during wind fluctuations. Despite harmonic distortion issues, these systems underpin hydrogen economy scaling.

SF6, offering triple air’s insulation strength, powers high-voltage applications like 345kV+ GIS switchgear (200+ kg for arc quenching) and 7nm semiconductor etching (~0.3L gas/300mm wafer). Though its GWP is 23,900× CO₂-equivalent, no alternatives match its compactness for offshore converters or precision in 3D NAND manufacturing. Industry faces a reliability-versus-sustainability dilemma.

Application Industry

*Photovoltaic, wind power, wave power, biomass power(green power) are connected to the power sourcerectifier and the electrolyzer to electrolyze hydrogen production

*Electrolytic hydrogen production by power source rectifer connected to conventional power grid and integrated with electrolyzer

*Inverter system between hydrogen energy storage and power grid

Tetrafluoron, a compressible inert gas lacking color, odor, and flammability, enables material processing including silicon, SiO₂, Si₃N₄, PSG, and tungsten film etching. Its industrial uses span electronic component cleansing, photovoltaic cell fabrication, and precision laser applications. It also plays critical roles in gas-phase insulation, cryogenic refrigeration, space rocket attitude control, and printed circuit board detergent processes.

In the electrolytic synthesis of sulfur hexafluoride, technicians directly add sulfur to a fluorine electrolytic cell, where it reacts to form a KHF₂-HF-S mixture. Subsequent purification steps yield high-purity SF₆. When electrolytically melting this mixture, the fluorine produced immediately reacts with the sulfur in the electrolyte and generates SF6. After adding the sulfur, the electrolytic voltage of the electrolytic cell does not increase, nor does it cause current loss.. When electrolytically melting this mixture, the fluorine produced immediately reacts with the sulfur in the electrolyte and generates SF6. After adding the sulfur, the electrolytic voltage of the electrolytic cell does not increase, nor does it cause current loss.

Inspection Process

Perfect inspection process and strict quality management measures to ensure excellent quality delivery

Quality Capability

• Quality control system ensures product quality effectively and it’s the cornerstone for us
• *ISO 9001, ISO 14001, ISO 45001, CE, CSA certifications
• *Rigorous quality control procedures is implemented to ensure the quality
• *Professional quality management team to provide quality assurance for customers and partners

h the sulfur in the electrolyte and generates SF6. After adding the sulfur, the electrolytic voltage of the electrolytic cell does not increase, nor does it cause current loss.

Technical Parameters

Characteristic Types	Parameter Items	Technical Requirements
Power Types	Power types	High-frequency Power Supply
	Model and specifications	TDFB-13V6000A
	Cooling mode	Air-cooled
	Switch tube type	IGBT
Input Characteristics	Rated Input Voltage	Three-phase, AC380V±10% ,50~60HZ
	Rated Input Power	83KVA
	Rated Input Current	AC 126A
	Input Power Factor	COSΦ≥0.95
Output Characteristics	Output Voltage	DC  0～13V
	Output Current	DC  0～6000A
	Stabilized Current Precision	≤1%（Rated Current)
	According to accuracy	10A，0.01V
	Rated output efficiency	≥94%
Environmental Conditions	Installation site	Indoor installations
	Altitude	≤1500 meters
	Ambient temperature	-20℃～40℃
	Relative humidity	≤90％
Control Mode	Operating Mode	PLC, ADDA, Ethernet, RS485 and RS232
Protection Characteristics	With over voltage, over current, overload, short circuit, overheating and other abnormal self-protection function

Optional models

Application	Model	Output
Fluoride electrolysis, SF4,SF6	TBSB-9000A/12V	12Vdc/9000A
	TBSB-10000A/12V	12Vdc/10000A
	TBSB-6000A/15V	15Vdc/6000A
	TBFBZ-13000A/9.5V	9.5Vdc/13000A
	TBFBZ-13000A/10V	10Vdc/13000A
	TBFBZ-15000A/10V	10Vdc/15000A
	TBFBZ-18000A/11V	11Vdc/18000A
	TBSB-20000A/9V	9Vdc/20000A
	TBSB-10000A/15V	15Vdc/10000A
	TBSB-12000A/15V	15Vdc/12000A
	TBSB-24000A/15V	15Vdc/24000A
	TDSB-2000A/70V	70Vdc/2000A
	TDSB-2000A/90V	90Vdc/2000A
	TDSB-3000A/65V	65Vdc/3000A
	TDSB-1800A/80V	80Vdc/1800A
	TDSB-2000A/100V	100Vdc/2000A
	TDSB-6000A/50V	50Vdc/6000A
	KES-7000A/150V	150Vdc/7000A
	TBSB-12000A/20V	20Vdc/12KA
	TBSB-13KA10V	10Vdc/13KA
	TBSB-20KA10V	10Vdc/20KA

Are you looking for 13V 6000A ammonia electrolysis rectifier? Liyuan Haina Group is one of the professional manufacturers and suppliers in this field. With over 27 years of focus on R&D, design, production, sales, and technical services for industrial rectifiers, we have already exported our products to the United States, Canada, Britain, Italy, Spain, South Africa, Russia, the UAE, Japan, South Korea, Malaysia, and other parts of the world. Equipped with a productive factory, we warmly welcome you to purchase our high-quality, Made-in-China products at competitive prices. we also offer customized services to meet your specific needs.

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