BWR Series

BWR series wind, solar, and electricity hydrogen production systems

BWR series hydrogen production systems

The BWR series equipment utilizes a combination of wind, solar, and off-peak electricity to provide hydrogen power. The produced hydrogen is stored using metal storage technology or pressurized tanks. For power generation, hydrogen fuel cells can convert hydrogen energy into electrical energy, which can then be supplied via an external DC/AC converter. Hydrogen refueling systems can be configured to provide hydrogen power for hydrogen fuel cell vehicles, drones, buses, trucks, electric vehicles, and forklifts.

Apply Scope

The BWR series equipment fully utilizes electricity generated from solar, wind, and off-peak electricity. Building upon the BwG series equipment, it incorporates hydrogen storage technology (metal hydrogen storage or pressurized bulk hydrogen storage), primarily suitable for clustered microgrid power supply systems, hydrogen refueling stations, industrial hydrogen production, and waste heat grid utilization. This system addresses the challenges of grid connection for renewable energy by absorbing curtailed wind and solar power and off-peak electricity, thereby reducing the cost of hydrogen production.

Structure Characteristics

1. The electrical energy converted from hydrogen storage can be controlled according to load demand;

2. Applied to microgrid power supply systems or clustered microgrid power stations, it can form a relatively stable and controllable conventional thermal power generation system;

3. It is easy to achieve cogeneration in microgrid power station clusters;

4. By producing hydrogen from renewable energy, the cost of hydrogen production is greatly reduced, expanding the application scope of hydrogen.

Hydrogen Generator
Model	H2 Capacity (Nm²/H)	O2 Casdspacity (Nm²/H)	H2 Purity (Nm²/H)	Current (A)	Dc Voltage (V)	Cell Working Temperatlre	Total Water Ccnsumpton	Total Power Consumption	Cooling Water Consmpton
BWR-10	10	5	0.99999	250	78	≤85℃	10Lh	52Kwh	6M³N
BWR-20	20	10	0.99999	960	90	≤85℃	20Lh	102Kw⁴H	10M³H
BWR-50	50	25	0.99999	960	138	≤85℃	50Lh	255Kwh	15M³N
BWR-100	100	50	0.99999	3000	110	≤85℃	100Lh	505Kwh	20M³M
BWR-200	200	100	0.99999	3000	150	≤85℃	200Lh	1010Kwh	25M³H
BWR-300	300	150	0.99999	3000	225	≤85℃	300L/H	1510Kw*H	30M³M
BWR-400	400	200	0.99999	3000	242	≤85℃	400Lh	2020Kwh	35M³M
BWR-500	500	250	0.99999	7300	235	≤85℃	500Lh	2520Kwh	35M³H
BWR-600	600	300	0.99999	7300	280	≤85℃	600L/H	3030Kwh	40M³N
BWR-700	700	350	0.99999	7300	481	≤85℃	700L/H	3525Kw*H	30M³H
BWR-800	800	400	0.99999	7300	550	≤85℃	800Lh	4040Kwh	40M³
BWR-900	900	450	0.99999	7300	619	≤85℃	900Lh	4540Kwh	40M³H
BWR-1000	1000	500	0.99999	7300	6B6	≤85℃	1000Lh	5030Kw^H	40M³/H
BWR-2000	2000	1000	0.99999	12500	722	≤85℃	2000Lh	9200Kwh	100M³/H
BWR-3000	3000	1500	0.99999	12500	1085	≤85℃	3000Lh	14000Kwh	100M³H

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