GE Touts First Black Start Of Turbine Using Energy Storage

150 MW power station has 7.4 MW battery-based storage system

GE announced that it had achieved its first black start of one of its heavy-duty gas turbines using energy storage.

The milestone was achieved on a GE 7F.03 gas turbine at the 150 MW simple cycle unit at Entergy Louisiana, USA, Perryville Power Station. A “black start” consists of rebooting an idle power plant without support from the grid in the event of a major system disruption or a system-wide blackout.

Today, the Perryville Power Station is supported by GE’s 7.4 MW battery-based energy storage system paired with the plant’s simple cycle gas turbine.

“This project demonstrates the complementary nature of gas-powered energy and battery storage, and we’re proud to integrate this technology while helping to maintain unit reliability and availability,” said Amit Kulkarni, general manager for Large Blocks product segment, GE Gas Power. “With the battery energy storage system integrated to our heavy-duty gas turbines, we have created a first-of-its-kind backup support system, and we are excited about developing similar projects with our customers globally.”

Black start technology proves that energy generation sources integrated with battery energy storage systems is a good method to effectively support the grid, said Prakash Chandra, Renewable Hybrids CEO, GE Renewable Energy.

“We are proud to have successfully completed the first ever black start of a GE heavy-duty turbine,” Chandra said.

To provide a black start, traditionally some power stations have small diesel generators — normally called black start diesel generator (BSDG) — which can be used to start larger generators (of several megawatts capacity), which in turn can be used to start the main power station generators.

“This is an innovative use of battery technology that provides another tool to buttress the overall reliability and resiliency of our system,” said Phillip May, president and CEO of Entergy Louisiana.

GE said this project serves as a potential model for future projects in GE’s F-class gas turbine fleet of approximately 900 units in service producing approximately 150 GW of power in 12 countries.

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