Following the procurement of the BESS, the smart grid solutions firm entered into a Power Purchase Agreement with the local municipal utility in the village of Minster, in Auglaize County, Ohio.
The utility will be provided electricity generated from a 4.2MW solar PV plant and stored using the new storage system.
Partner to the project, renewable energy firm Half Moon Ventures (HMV), will operate the energy storage plant which uses LG Chem batteries.
During the construction of the system, S&C Electric provided the Power Conversion System (PCS) and integrated the storage system with the electric grid.
The project aims to provide four different revenue streams for the utility through frequency regulation, transmission and distribution deferral, power quality improvements and peak demand shaving.
Commenting on the development, Mike Edmonds, president of US Business Unit at S&C Electric, commented: “This project is a key example of how energy storage can generate tangible revenue streams while providing critical grid services.”
[quote] Sunghoon Jang, senior vice president of Energy Solution at LG Chem added: “Collaboration on this project with S&C has provided not only key learnings.
“This project shows how the energy storage industry has entered another phase with viable projects for customers and end users,” reiterated Jang.
Energy storage systems deployments
Meanwhile, Scottish Power has also partnered with UK energy storage firm Moixa Technology and advisory group BillSaveUK to deploy 50 grid-connected energy storage systems in Scotland.
The deployment of the systems forms part of a trial aiming to reduce bills for Scottish Power consumers by 20%, by allowing them to view energy, solar and battery use in real-time.
Moixa’s chief executive, Simon Daniel, said that the Scottish Power trial is the “largest UK pilot to date” to be carried out without government grants or funding mechanisms. [German utility begins energy storage project with Italian firm].
Scottish Power is also said to be using the company’s ‘Gridshare’ application programme interface (API) for a “customer dashboard” to show consumers their battery, PV and energy use.
Image credit: www.renewableenergyworld.com.