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Battery Storage
Evaluating the Impact of Sellback Rates and Metering Schemes on Battery Storage Size in Grid-Connected PV Systems
This paper explores the importance of integrating battery storage in grid-connected residential photovoltaic (PV) systems, focusing on optimal battery sizing by analyzing the effects of energy sellback prices, net metering schemes, and investment costs using a mixed integer linear program (MILP) model to guide decision-making and improve system efficiency and grid stability.
Oct 16, 2024 1:00 PM — Oct 18, 2024 3:00 PM
Hotel Osijek
Damir Jakus
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Modification and testing of the microinverter development kit for the purpose of connecting the battery system
This paper presents the testing of the modified TMDSSOLARUINVKIT solar microinverter development kit manufactured by Texas Instruments. …
Luka Šimunović
,
Danijel Jolevski
,
Damir Jakus
,
Josip Vasilj
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Optimal Electric Vehicle Parking Lot Energy Supply Based on Mixed-Integer Linear Programming
E-mobility represents an important part of the EU’s green transition and one of the key drivers for reducing CO2 pollution in urban …
Damir Jakus
,
Josip Vasilj
,
Danijel Jolevski
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Selection of optimal capacity and analysis of profitability of investment in battery storage within the WPP Vrataruša
The study considers the construction of a battery system within the existing wind farm connected to the transmission grid, which will …
Damir Jakus
,
Josip Vasilj
,
Ozren Bego
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Multi-market Scheduling of Battery Storages Within Renewable Portfolios
This paper presents a multi-market scheduling model for a battery storage within a mixed Wind/PV portfolio. Markets considered in the …
Josip Vasilj
,
Sebastien Gros
,
Damir Jakus
,
Petar Sarajčev
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