Energy Trading Strategy of Distributed Energy
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Free Quote6 Frequently Asked Questions about “Distributed energy storage trading”
Are shared energy storage mechanisms a viable solution?
However, individual producers and prosumers are small in scale and often exist in a distributed form, making it difficult to effectively integrate resources . In recent years, shared energy storage mechanisms and peer-to-peer (P2P) trading markets have become important solutions to this problem .
Who are the market participants in a shared energy storage system?
As shown in Figure 1, the market participants primarily include prosumers, the DSO, and the shared energy storage systems managed by the DSO. Prosumers are users who possess both generation capacity and load demand, such as energy communities and industrial campuses.
Why do we use a distributed approach for energy sharing?
To avoid the privacy issues inherent in centralized solutions for energy sharing, we use a distributed approach . This distributed method effectively protects the privacy of this sensitive data.
Why do prosumers use energy storage devices?
Energy storage systems can quickly store or release electricity, playing the role of “peak shaving and valley filling” for the power system. Therefore, prosumers can utilize energy storage devices to consume excess renewable energy or to fill the power gap when there is a shortage of renewable energy .
Why do prosumers trade electricity in the P2P market?
This is because prosumers can trade electricity in the P2P market, utilizing the excess wind power generated during the early morning hours, thus avoiding the higher costs of purchasing electricity from the grid. From 0 AM to 8 AM, the energy storage system (SESS) releases energy to meet the electricity demand of prosumers.
What is a P2P energy storage system?
P2P trading markets are characterized by decentralization and flexibility and can fully protect the privacy of prosumers during the transaction process [2, 4]. Energy storage systems can quickly store or release electricity, playing the role of “peak shaving and valley filling” for the power system.