LADWP Selects Doosan GridTech and KTY Engineering to Deliver Its First 20 MW/10 MWh Energy Storage System


Storage - Sep 6, 2017

Los Angeles Department of Water and Power (LADWP) has selected Doosan GridTech and its partner, KTY Engineering, to deliver LADWP’s first battery energy storage system (BESS) with a capacity of 20 MW at its Beacon Solar Plant in Kern County, California.

The Beacon Solar Plant was selected as the site for the BESS due to the its high concentration of solar photovoltaic arrays. The BESS will provide multiple, coordinated functions to LADWP that will help efficiently integrate these solar resources into the grid, minimize LADWP’s use of gas-fired generating units for compliance with the NERC - BAL 003-1 requirements, and assist with the short-term mitigation of the Aliso Canyon natural gas curtailment.


Doosan’s winning modular turnkey design includes thirteen transformer/PCS/lithium-ion battery strings, redundant auxiliary power systems, and 100% redundant HVAC systems. The design also enables preventative maintenance, which is necessary in the harsh Mojave Desert environment, to occur without sacrificing availability.

Doosan’s partner, KTY Engineering, will provide project management, construction management, on-site QA/QC, commissioning management, and engineering support. KTY Engineering’s decades of experience in delivering projects conforming to LADWP standards will ensure smooth implementation at the ground level.

“We are honored that LADWP has chosen us to deliver their first battery energy storage system,” said Daejin Choi, CEO of Doosan GridTech. “The Beacon system will be our sixth BESS delivered in just a three-year period, making us a market leader in utility-integrated storage systems. Through these projects, we are demonstrating that competitively priced turnkey systems based on an open standards software architecture are a winning proposition for utilities and other front-of-the meter customers. Turnkey delivery provides simplicity of purchase and a higher degree of short-term risk management, while an open standards-based software architecture ensures long-term risk management in the form of flexibility across both technology options and suppliers.”

Source : Los Angeles Department of Water and Power

Published on Global Energy World: Sep 6, 2017

 
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