Critical Power

To meet sustainability targets, you will need to replace fossil power with clean alternatives while ensuring uninterrupted uptime, and you will most probably need to make the transition gradually. This requires flexible power control solutions that can be scaled, redesigned, and upgraded as needed.

Reliable critical power systems do not emerge by chance; they are the result of a careful design process. Read more in this post, and download our FREE whitepaper to get more advice for designing a system that will perform as needed whenever you need it to.

When you cannot afford to lose power, and you need to focus on other things than critical power system maintenance, a service agreement is a good solution. This post explains the key benefits and provides some good advice for selecting a service vendor.

Discover what a faulty 46-cent computer chip can teach us about critical power system design, and download our FREE whitepaper to get in-depth information and value-added tips on eliminating single points of failure by designing for redundancy.

With Close Before Excitation (CBE), you can get full backup power in less than 10 seconds – with any number of gensets. The CBE feature is included with several DEIF genset controllers. Read how it works, and what other benefits it can provide.

Onsite testing is absolutely necessary – and absolutely time-consuming. With emulation tools, you can test your controller software from your desk, greatly speeding up your product engineering processes with no risk of damaging expensive gear along the way.

Is there a way of ensuring controller redundancy in critical power systems in order to maximise reliability and uptime? With multi-master power management systems, the answer is a resounding YES, and you can get other value-added benefits into the bargain. Get an overview here, and the full details in our FREE whitepaper.