How does rental price affect shared energy storage?
In a multi-regional integrated energy system (RIES) containing shared energy storages (SES), rental price of the SES affects the activity of each region participating in SES services, and subsequentially affects the profits of shared energy storage operator (SESO).
How do you calculate SES rental price?
This dynamic pricing strategy ensures that the SES rental price is positively correlated with the energy storage demand ratio, and is expressed as follows: (2) λ r, t = aR r, t + b, a ≥ 0 when Rr,t equals 0, indicating no demand for energy storage, the rental price is set as its minimum, equal to the grid sales price c r e, S.
What is inter-regional energy sharing?
Inter-regional energy sharing allows regions to sell excess power to neighboring regions during periods of high PV output, reducing the need for power storage and release, which in turn decreases the SESO's revenue.
How does inter-regional energy sharing affect SES services?
Comparing scenarios 1 and 4, where regions use SES services with and without considering inter-regional energy sharing, the cost of the multi-RIES is reduced by 22.6 %, carbon emissions are reduced by 18.0 %, and renewable energy is fully consumed when energy sharing is considered.
How do multiple Ries use energy storage?
Multiple RIESs utilize energy storage through co-construction or sharing to avoid the high investment cost of individually allocated energy storages . Coordination of the SES allocation has thus become the key to further improve the efficiency of the SES.
How do you calculate inter-regional energy exchange costs?
The cost associated with inter-regional energy exchanges over the grid is expressed as: (5) C r Net = ∑ t T ∑ r ', r ' > r R 1 2 α P r, r ', t 2 + β P r, r ', t where C r Net represents the total costs incurred for energy interactions between regions over the grid. T is the number of time slots in the scheduling day, and R is the number of regions.
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