BP implements synchronous solutions to enhance electricity reliability at Sangachal terminal

British energy company BP is introducing synchronous technical solutions to improve the reliability of electricity supply at the Sangachal terminal and mitigate risks associated with power grid interruptions, according to Ayla Azizova, BP's Senior Finance Manager for Azerbaijan, Georgia, and Türkiye, Report informs.

Speaking at the Baku event "Innovative Paths Towards a Greener Future: Renewable Energy and Emission Reduction," Azizova highlighted the need for a transition from gas turbines to external energy sources to ensure a stable power supply for the terminal.

“These systems must guarantee continuous operation,” she emphasized.

"In particular, our work towards connecting the terminal to the national power grid can be called flagship projects. The main question here is: if the power supply is interrupted, will the terminal's operation stop? To prevent this, we are implementing a multi-level approach to ensure reliability," she explained.

The official outlined the first phase of reliability enhancement based on the n-2 principle, ensuring the terminal is connected to two independent power lines simultaneously.

"According to this principle, the terminal will be connected to two independent power lines simultaneously. One of these lines will always be kept in reserve. If a malfunction occurs in the main line or technical service is required, the backup line will automatically take over the power supply," Azizova noted.

The second stage involves applying a synchronous technical solution to mitigate short-term power interruptions, she added.

"If there is a voltage surge or sudden drop in the network, an operational backup system automatically activates. This system ensures the terminal's continuous operation until power is restored from the main source—within a millisecond. This allows for stable and reliable electricity supply even during short-term interruptions," Azizova emphasized.

BP considers this initiative a crucial part of its transition toward sustainable and environmentally friendly energy solutions at industrial facilities.