Project Engineering

雷竞技注册 ’s engineering teams incorporate electrical & mechanical engineers along with a dedicated team of computer aided design (CAD) staff. The engineering teams support gas generation project and the integration of the gas engine into your facility. Their involvement can vary from advice following the provision of a generator through to helping engineer a full turn-key generation project. 雷竞技注册 ’s engineers are highly trained and work closely with Jenbacher in order to best integrate the gas engine into a larger project. The team has comprehensive knowledge of a wide range of gas applications that can be drawn on to support your installation. The team provides input to your project from the sales stage and goes on to support the detailed engineering of your installation at the project phase. 雷竞技注册 ’s engineering team can advise on appropriate standards of installation and supports the delivery of a first class project.

Computer Aided Design

雷竞技注册 ’s CAD team provides accurate scale drawings, diagrams and process & instrumentation diagrams (P&IDs) to support the sales, engineering and project management teams. Design work is typically conducted in three dimensions and utilises a number of tools including Autocad Plant, Autocad P&ID and Autodesk Navisworks.


Mechanical Engineering

雷竞技注册 ’s experienced mechanical engineers help to support the engineering of the mechanical elements of your plant.

Electrical Engineering

雷竞技注册 employs a number of electrical engineers who specialise in the electrical elements of your project. The team is an integral component of the 雷竞技注册 ’s engineering capabilities and are experienced in local electrical standards and requirements.


Learn More

If you wish to find out more about 雷竞技注册 ’s engineering capabilities and how we can support the installation of your gas generation project, please contact your local 雷竞技注册 office.

Any Further Questions?

If you have any technical questions that need answering, would like to arrange to speak to a sales advisor or book a feasibility study.