combustion controls.png

Extensive software and control expertise

Combustion Controls

AVL offers a variety of solutions for optimized engine control

As nations work to limit global warming and improve air quality in urban areas, emissions and OBD regulations for the automotive industry grow increasingly stringent. Emission compliance must be certified under real driving conditions (RDE) and fuel economy targets will have to be fulfilled by the manufacturer fleet.

For these reasons, engineering requirements such as fuel consumption, emissions reduction, total cost of ownership and productivity are driving most powertrain development activities today. Optimized combustion engine control is a key factor to meet these challenges.

AVL’s Frontloading Approach

At AVL we use a model-based development approach during controls development. This allows us to start engineering activities earlier in the project. We utilize a virtual development environment to achieve high validation maturity early in the project cycle. This allows us to help you make the right decisions even before the first engine prototypes are available for testing. By adopting this frontloading approach we increase quality, advance maturity and reduce both time and costs.

This tool and process landscape allows a seamless transfer between a fully virtual development environment (Model-in-the-Loop) and a so-called Hardware-in-the-Loop testing environment. A Hardware-in-the-Loop approach can be used once the hardware for the Engine Control Unit (ECU) is available. Here, both software functions and electronic hardware can be tested in a wide variety of modeled environments and operating conditions.


A Complete Portfolio

Depending on your requirements, we can structure projects from single to multifunctional applications along the controls development chain. We can even deliver fully stand-alone turnkey solutions. Our approach lets you benefit from our extensive software and control expertise used in both prototype and series production.

In addition to sophisticated standard solutions, we also offer customized development services for combustion control along the entire V-cycle. These include complete product to specific requirements definition, rapid prototyping, function development, coding and testing.

We provide combustion control solutions for all kinds of gasoline, diesel, gas and multi-fuel engines. Our complete portfolio covers a variety of applications from 2-wheelers, passenger cars, light and heavy-duty on-road and off-road vehicles to large engines.


Benefits at a Glance

  • Independent control solutions from prototype to serial software combined with AVL system and calibration competence
  • Proven solutions in serial production from 2-wheelers to large engines for customers worldwide
  • Advanced and tailor-made control solutions to cope with increasing system complexity and short time-to-market
  • State-of-the-art development process and tool landscape certified according to ISO and Automotive SPICE level 3

Products & Services

Adapts. Acquires. Inspires.

AVL X-ion™

Your high-speed, modular data acquisition platform

This new platform combines indicating, optical and e-Power analysis technologies into a single package. Improve understanding of individual...

Know exactly where you are!

Angle Encoder 366C / 365X

Precise rotation angle measurement in the vehicle or on the testbed

The angle encoder 366C is designed for the acquisition of angle marks on a rotating shaft, which are then transferred via fibre optical cable and...

Bundling multiple tools in a seamless toolchain

AVL Maestra®

The integrated state-of-the-art model-based development platform

AVL Maestra® uses a modular, component-based approach and builds interfaces between tools to create an integrated toolchain. This means that...

Complete solutions tailored to you

AVL PTE Controls Development Process

Introduce a new development process or improve an existing one