A Ready-To-Use Framework for Harvesting Flexibility Using State Estimation and Use-of-System Tariffs: Insights from the H2020 Platone Project

Pediaditis, Panagiotis; Xygkis, Themistoklis; Korres, George; Hatziargyriou, Nikos

doi:10.1109/sest57387.2023.10257441

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2024

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“…Fifth, in our current paper, we have simulated the impact of tariff designs for a single grid node. This could be generalized in subsequent papers by modeling tariff impacts on a system with several nodes and calculating nodal versions of the proposed tariff designs based on estimations of the system state [21].…”

Section: Limitationsmentioning

confidence: 99%

Design and Impact of Grid Tariffs

Winzer,

Hensler-Ludwig

2024

Energies

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We propose a novel grid tariff design proportional to grid load and analyze its performance in comparison to other grid tariff designs with regards to (i) effectiveness, (ii) efficiency, (iii) profitability of technologies and (iv) equity. In the case of a large share of automated loads, time-of-use tariffs and critical peak prices create problematic new rebound peaks. Direct load control and capacity prices can reduce grid load without rebound peaks but are less effective at reducing both grid and energy costs. The novel tariff design proportional to the grid load can reduce both grid and energy costs but needs to be designed appropriately to avoid rebound peaks. Tariff impacts on the profitability of different technologies are more pronounced than equity impacts because households from all income brackets may be equipped with PV and flexible technologies.

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Section: Limitationsmentioning

confidence: 99%