Requirements
Architecture
Cybersecurity
myPlant* allows you to leverage real-time and historic engine operational data for advanced asset monitoring and easier operational planning. But how does it actually work?
It all starts with your industrial assets. myPlant can be connected to all types of data sources. While the most popular assets are gas engines, all kinds of balance of plant equipment, third-party gas engines, and even already available SCADA systems can act as data sources.
Real-time data is fetched from data sources using the connectivity agent of the engine controllers (DIA.NE* or ESM*2) or a myPlant Connectivity Box (myCoBo), which is an industrial PC with a tailored myPlant operating system.
The connectivity agents send the fetched data into the myPlant databases by using either wire-based internet connections or by employing wireless routers. Stored data is protected by encryption.
The integration of asset related databases and internet services enables the aggregation of asset data with data coming from the commercial eco systems.
You can access the asset data in several ways:
Key requirements for smooth connectivity
Your journey with myPlant* starts with a connected industrial asset—yours. Let's see what that means.
To ensure a smooth myPlant experience, your asset needs to be connected to a stable internet line.
Here are the key requirements:
Engines equipped with recent INNIO* control systems (such as DIA.NE* XT4 and ESM*2) do not require additional hardware and can be easily connected to myPlant. To connect older control system versions, or assets different than INNIO engines, additional hardware may be required.
Jenbacher gas engines*
Waukesha gas engines* To connect your Waukesha gas engine to myPlant:
Other assets
To gain a more holistic view of your site, you also can connect your non-INNIO equipment to myPlant.
This may include driven equipment, auxiliaries, or non-INNIO power-generating units.
Additional hardware is required to establish such connections.
Note: Additional hardware may not be required if the data is already included on the DIA.NE control system (such as for INNIO auxiliaries or Master Control panels).
Contact us today to discover how you can connect your engines or other assets to myPlant.
myPlant* allows you to leverage real-time and historic engine operational data for advanced asset monitoring and easier operational planning. But how does it actually work?
It all starts with your industrial assets. myPlant can be connected to all types of data sources. While the most popular assets are gas engines, all kinds of balance of plant equipment, third-party gas engines, and even already available SCADA systems can act as data sources.
Real-time data is fetched from data sources using the connectivity agent of the engine controllers (DIA.NE* or ESM*2) or a myPlant Connectivity Box (myCoBo), which is an industrial PC with a tailored myPlant operating system.
The connectivity agents send the fetched data into the myPlant databases by using either wire-based internet connections or by employing wireless routers. Stored data is protected by encryption.
The integration of asset related databases and internet services enables the aggregation of asset data with data coming from the commercial eco systems.
You can access the asset data in several ways:
INNIO* gives your industrial assets a digital life with the myPlant* Asset Performance Management (APM) solution. Now you can take your engine data with you wherever you go, knowing that our strong protective cybersecurity policies will help keep your operations secure throughout your Jenbacher engines’ lifetime.
Only essential data is transferred.
Yes, your data is protected.
We protect access with multiple security measures.
How our security architecture protects your data
Giving your assets a digital life.