Applications for the integration of storage systems into power grids
DESCRIPTION
This asset includes a) a SW application for the sizing of storage systems in renewable applications, b) an energy management strategy for digital platforms that plan and operate renewable plants and storage systems in electricity markets, and c) an algorithm that enables the optimal and proactive management of storage systems in power grids through the accurate estimation of the different states of the storage systems as well as the prediction of their useful life based on their operation
MOST OUTSTANDING EQUIPMENT AND COMPONENTS
PREDICT Li: Li-ion battery degradation prediction tool based on data-driven algorithmsThis software incorporates an algorithm to predict the degradation of lithium-ion batteries based on their operation. The algorithm is able to continuously learn from operating data collected from systems deployed in different applications, using digitalised BMSs.
This is a procedure for the energy management of the centralised operation of a renewable portfolio with storage systems, which aims to maximise the economic profitability of renewable generators. After applying this procedure, it is possible to operate renewable systems in a reliable manner, as well as to find a balance between the income obtained from the sale of energy on the electricity market and the costs associated with the degradation of the storage system.
This is a tool aimed at the techno-economic evaluation of a renewable plant (wind and/or photovoltaic) with storage operating in energy markets and adjustment services in the Iberian market. It aims to determine the optimal sizing of the storage system to maximise the profitability of the plant(s).
SERVICES OFFERED BY THE ASSET
Development of intelligent BMSs
Optimal management of storage systems in power grids
Optimal sizing of storage systems in power grids
ENTITY MANAGING THE ASSET
IKERLAN S.C.
Contact person: Haizea Gaztañaga
