- Overview
- Product Description
- Product Parameters
- Company Profile
Basic Info.
Model NO.
BriLyzer-S10
Condition
New
Noise Level
Ultra Low
Parts
Valve
Purpose
Gas Separation
DC Power Consumptio
4.2kwh/Nm3 H2
Start-up Time
Warm 10s/Cold 8min
Design Life
80000h
Power Range
5~150%
Usage
Hydrogen, Oxygen
Machine Size
Medium
Transport Package
Wooden Box Packing
Specification
450kg
Trademark
BriLYzer
Origin
China
HS Code
8543300090
Production Capacity
1gw
Product Description
BriLyzer® R Series, S Series, and M Series PEM electrolyzer products are developed based on the company's self-developed high-performance MEAs. They are constructed using a variety of core technologies such as multidisciplinary-cross-scale joint simulation calculation, high-corrosion-resistant bipolar plate coating technology, strong-gain porous titanium collector technology, multi-stage self-sealing technology, and high-consistency stacking process, aiming to create high-reliability, high-power PEM electrolyzer equipment. These breakthroughs tackle a series of challenges including high assembly force electrolyzer fastening, gas-liquid two-phase mass transfer under high current operating conditions, bipolar plate corrosion under complex electrochemical environments, and sealing under non-equilibrium high-pressure conditions.
| Unit | BriLyzer®-S10 | |
| Hydrogen production | Nm3/h | 10 |
| Rated power | KW | 43 |
| DC power consumption | kWh/Nm3/H2 | ≤4.2 @ rated power |
| Power range* | % | 5~150 |
| Hydrogen production pressure | barg | 5 to 35 adjustable |
| Efficiency | %HHV | 84 |
| Purity of hydrogen production | % | 99.999 (after purification) |
| Start-up time | Warm/Cold | 10s / 8min |
| Water quality requirement | ≤0.1μS/cm(ISO 3696:1987 Grade 1) | |
| Water consumption | L/h | 14 |
| Design life | hours | 80,000 |
| Size (W×L×H) | mm | 650×650×600 |
| * Power range 5 ~150% means it could reach to 5% lowest and 150% highest of the rated power, but only to last short time to cope with the fluctuation of renewable energy, not intended to work long hours at the lowest and highest power. | ||
