Subsea Electrical Power System Online Course

The electrical power system in a typical subsea production system that provides power generation, power distribution, power transmission, and electricity from electric motors. The power is either generated on site (from a platform) or onshore (in a subsea-to-beach filed layout). To ensure continuous production from a subsea field, it is of utmost importance that the subsea system’s associated electrical power system be designed adequately.

Electrical Load Calculation
Electrical load calculation is one of the earliest tasks during electrical power system design. Engineers should estimate the required electrical load of all of the subsea elements that will consume the electricity so that they can select an adequate power supply. Each local load may be classified into several different categories, for example, vital, essential, and nonessential. Individual oil companies often use their own terminology and terms such as “emergency” and “normal” are frequently encountered. All of the vital, essential, and nonessential loads can typically be divided into three duty categories: Continuous duty; Intermittent duty; Standby duty (those that are not out of service).

Subsea power distribution systems are enablers for long-distance subsea tie-back developments and energy intensive processing activities on the seafloor. Providing power to subsea compressors, pumps and flowline heating, they are key to make viable and productive projects in deepwater, remote or harsh climate scenarios.

For full videos you can visit this link :

https://drive.google.com/file/d/1UzHWHovcOEzzIij1RoWtNFKlJvJeZlJb/view?usp=sharing

https://bit.ly/3SXZq8h

and you will be directed to a google drive link where you can download all files of this course

https://drive.google.com/file/d/1wnHVZHFAJfgQu1Nht83-ZCIfOVKt1aXX/view?usp=drive_link