Batterie-Energiespeicher-Arbitrage-Plan
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Is energy arbitrage a profitable option for battery operators?
As the number of grid-scale batteries continues to grow, energy arbitrage has emerged as a profitable option for battery operators . In 2021, approximately 60% of utility-scale battery capacity in the United States was allocated for energy arbitrage purposes .
How does battery arbitrage work?
When performing battery arbitrage, batteries are operated by optimizing the price spread between the charging and discharging phases, which occur at different points in time, to maximize revenue. However, battery degradation is also influenced by its operation.
What is energy arbitrage?
According to , energy arbitrage considering BESSs consists of monetizing price fluctuations and charging and discharging BESSs when prices are low and high, respectively.
Does battery arbitrage affect shelf degradation?
Shelf degradation is unaffected by battery operations and occurs even if battery operators do not engage in battery arbitrage. Therefore, the contribution of shelf degradation is always considered in the computation of arbitrage costs (Eq. (25)) and emissions (Eq. (26) ).
Can a battery arbitrage be profit-optimized?
Novel MILP formulation for multi-objective, degradation-aware battery arbitrage. Profit-optimal arbitrage increases system CO 2 emissions up to 7.5 tCO 2 /MWh capacity. Arbitrage-related marginal emissions can be fully avoided at very low revenue losses. 2.45 MEUR/year for incentives would ensure carbon–neutral battery operation in Germany.
Can arbitrage trading be profitable for lithium-ion battery storage systems?
While the potential revenue attainable via arbitrage trading may yet surpass the steadily declining cost of lithium-ion battery storage systems, profitability will be constrained directly by the limited lifetime of the battery system and lowered by dissipation losses of both battery and power electronic components.