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Blockchain-based Power Usage Quotas Allocation Mechanism for Air Conditioning Loads

机译：空调负荷的基于区块链的用电配额分配机制

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摘要

Air conditioning loads are important demand response resources driven by price signals and direct control. However, existing price signal guidance mechanism usually fails to accurately achieve the expected load control targets while direct control mechanism is often unable to meet users’ autonomy. This paper proposes a mechanism based on power usage quotas to achieve expected load control targets without undermining users’ autonomy on blockchain that realizes the transparency and security. Air conditioner users collectively dispatch their responsive loads on blockchain thus the computational burden on power grid companies will be reduced greatly. Ethereum private chain test results show the operability of this mechanism.
机译：空调负荷是由价格信号和直接控制驱动的重要需求响应资源。然而，现有的价格信号引导机制通常无法准确地达到预期的负载控制目标，而直接控制机制通常无法满足用户的自治权。本文提出了一种基于用电量配额的机制，可以实现预期的负载控制目标，同时又不损害用户在区块链上的自治权，从而实现了透明性和安全性。空调用户集体将其响应负载分配到区块链上，因此将大大减轻电网公司的计算负担。以太坊私有链测试结果表明了该机制的可操作性。

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