SEE IFCU
Integrated electronic controller
SEE IFCU
GEN 2
Designed for Hydrogen Fuel Cell Systems
Programmable All-in-One Power Controller
SEEEx TECH Co., Ltd., independently developed
SEE IFCU-EC180 (GEN2) Editable Integrated Water Cooled Hydrogen Fuel Cell Power Controller
High performance, all-in-one fuel cell control product
Compact structure and rich functions
Optimal control strategy, perfectly matching multiple types of fuel cell reactors
Quick response to load power demand, with perfect fault protection and diagnostic functions
Support various mechanisms such as fault self-recovery and shutdown recovery
Easy to realize the development and design of fuel cell system
Fully self-developed fuel cell system development platform;
Algorithm integration, many core electronic control components converge into one;
Embedded software development tools, independent and flexible host computer tools;
Open application layer development;
New-generation SiC high-frequency drive technology, extreme power density;
Safe and even safer
Full observation of system-level control layer and power driver layer information, double security guarantees, chip kernel-level interaction, avoiding excessive reliance on external CAN communication, extremely low CAN communication load rate, ultra-high immunity to interference, and more security
Easy to use, the more you use the better
The hardware is easy to use, and the number of interfaces is the lowest in the industry, which completely solves the problem of electronic control integration layout
Software that supports dual-mode (C language & rapid prototyping) development at the application layer, covering the entire process tool chain from development and design to debugging and verification
Thin and Light, and Even Thinner
Size (power ratio) 704*508*103 6.4kw/L
Can serve the integrated design scheme of reactor control, achieving the ultimate level
High power, more power
750A class, 180kw rated input power;
The industry's only software architecture design, to achieve multi-phase standard BOOST module software parallel closed-loop;
Thoroughly solve the problem of more phase inconsistencies under higher power (kiloamp level);
Highly competitive cost-effectiveness
Compared with traditional discrete electronic control, the overall cost can be reduced by 54%
The mass-produced traceability integrated electronic controller can increase the cost reduction ratio to 77%
相比于一代 IFCU
提升
36%
功率体积比
降低
15%
重量
降低
24%
成本
提升
20%
性能
Compared to the first generation IFCU
Promote
36%
Power to volume ratio
Reduce
15%
Weight
Reduce
24%
Cost
Promote
20%
Performance
SEE IFCU - II Powered by Royal 若愚©
Standardized development tool kit, for hydrogen power system design, standardized development process
Algorithm integration, eliminating software and hardware redundancy, fully releasing the computing power of the main control chip
All-phase Boost automatic current sharing technology quickly realizes DC power expansion
The air compressor is quickly matched and supports user selection
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