DC980Pro Benchtop Fuel Cell Test System


翻译

Benchtop Fuel Cell Test System (Automatic Back‑Pressure)

(1) Equipped with industry‑leading high‑precision gas mass flow controllers
(2) Equipped with industry‑leading high‑precision fast‑response gas back‑pressure control system
(3) Cathode/anode gas‑mixing function available, supporting multi‑fuel testing
(4) Compact footprint, overall volume <0.5 m³, suitable for teaching‑laboratory deployment
(5) Dual‑screen display function for intuitive viewing of key test data
(6) Advanced automatic thermal‑balance management system integrated
(7) Digital intelligent control technology ensures safe and stable system operation
(8) One‑click switching between wet and dry test modes
(9) One‑click automatic nitrogen‑purge function
(10) Humidification via bubbler, automatic temperature regulation by PID control
(11) Full‑process automatic liquid‑level monitoring with auto‑water‑refill and auto‑drainage
(12) Dual hardware‑and‑software safety solution
(13) Built‑in hazardous‑gas‑leakage monitoring sensor with 24‑hour automatic alarm
(14) Self‑developed professional monitoring software with rich functions and support for user secondary programming
(15) Offline data viewing and export function in software
(16) Split‑screen display on control panel for highlighted presentation of critical test data
(17) Automatic/manual dual‑operation modes. Unattended full‑run automatic mode with real‑time dynamic operation
(18) Single‑cell testing capability up to 160 °C, compatible with membrane‑electrode assemblies of multiple sizes
(19) Modular system design, non‑standard functions customizable according to user requirements

Product Functions

‑ Fuel‑cell stack activation test
‑ Fuel‑cell stack polarization‑curve test
‑ Fuel‑cell stack durability test
‑ Steady‑state / dynamic‑condition test for fuel‑cell stacks
‑ Controlled durability test for fuel‑cell stacks
‑ Start‑up‑performance test for fuel‑cell stacks
‑ Sensitivity test for fuel‑cell stacks
‑ Multi‑mode load control test: constant‑power, constant‑current and constant‑voltage
‑ Fuel‑cell poisoning test
‑ Fuel‑cell concentration‑gradient test
‑ Satisfy diverse experimental requirements

Main Technical Indicators

  1. Humidification method: Bubbler humidification
  2. Humidification temperature range: Room temperature ~ 90 °C
  3. Humidity range: 100 % RH @ maximum flow rate (5 L)
  4. Anode gas flow control: Max. 5 SLPM
  5. Cathode gas flow control: Max. 10 SLPM
  6. Temperature‑sensing element: Type‑T thermocouple