SWISS MADE AIC SYSTEMS THE LEADER IN DIRECT FUEL CONSUMPTION MEASUREMENT METHOD SINCE 1978

Marine

For the same reasons than R&D Labs worldwide are using AIC fuel consumption measurement and monitoring solutions, the marine industry is now using AIC systems to accurately measures fuel consumption onboard of various types and sizes of vessels. From Ferry boat operators to fishermen’s they all greatly value the fact that AIC guarantees them the accuracy of fuel consumption they are recording and reading on their display.

An AIC fuel consumption measuring system is operational immediately after installation. Managers can immediately start identifying fuel saving measures and dramatically impact their business bottom line. The AIC device comes calibrated out-of-the-box, ready to use after installation. With only one meter to mount, the installation is greatly simplified.

30 years ago AIC pioneered direct fuel consumption measurement and remain today a leader in this technology with over one million application worldwide. The marine industry is extremely demanding and we are proud that our systems reliability and ruggedness have gained a deserved reputation in this field. The flexibility and accuracy of our systems are unique:

  • The consumption value recorded is guaranteed with a precision of 99% or better.
  • Repeatability better than 0.2%.
  • Each unit is protected by standard fuel filter.
  • No specific software required
  • AIC devices can be connected with third party data acquisition and AVL devices.

AIC fuel consumption systems satisfying customers in the marine industries are:

Engine Power AIC Systems Data Acquisition
515 KW, 700 HP 908 Veritas RT display or customer data acquisition system
1600 KW, 2200 HP FS 15 LC or HR RT display or customer data acquisition system
4000 KW, 5500 HP FS 20 LC or HR RT display or customer data acquisition system
8000 KW, 11000 HP FS 25 LC or HR RT display or customer data acquisition system
24000 KW, 32000 HP FS 40 LC or HR RT display or customer data acquisition system