Intelligent power dispatching system and methods

Abstract

A smart power dispatching system connects multiple power supply systems, at least one load system, and at least one smart interactive device. The multiple power supply systems output power to the load system and include a control platform and a smart dispatching unit. The control platform includes an interactive platform module, which acquires expected power supply data and time-based electricity price data from one of the multiple power supply systems, and load detection data from one of the load systems. The interactive platform module provides connectivity for the smart interactive device. The smart dispatching unit analyzes the expected power supply data, the time-based electricity price data, and the load detection data to obtain smart dispatching data, thereby providing the smart interactive device with a cost-saving calculation service.

Claims

1. A smart power dispatching system, connecting multiple power supply systems, at least one load system, and at least one smart interactive device, wherein the multiple power supply systems output power to the load system, comprising: a control platform including an interactive platform module connected to the multiple power supply systems and the load system, wherein the multiple power supply systems provide expected power supply data and time-based electricity price data, the load system provides load detection data, and the interactive platform module provides connectivity for the smart interactive device; and a smart dispatching unit including a power dispatching module connected to the interactive platform module and an electricity cost calculation module connected to the interactive platform module, wherein the power dispatching module analyzes the expected power supply data, the time-based electricity price data, and the load detection data to obtain smart dispatching data at the optimal cost, the smart dispatching data is used by the interactive platform module to procure power from the multiple power supply systems, and the electricity cost calculation module provides a cost calculation service to the smart interactive device based on the smart dispatching data.

2. The smart power dispatching system as described in claim 1 further includes a customer service unit, which includes a smart assistant module connected to the interactive platform module and a specialist interaction module connected to the interactive platform module. The smart assistant module converts the cost-saving calculation service into natural language and provides it to the smart interactive device. The specialist interaction module provides customer service specialists with the ability to respond to the needs of the smart interactive device.

3. The intelligent power dispatching system as described in claim 1, wherein, The time-based electricity price data contains multiple time periods and multiple prices corresponding to those multiple time periods. This time-based electricity price data provides the power dispatch module with the ability to purchase electricity at the optimal cost.

4. The intelligent power dispatching system as described in claim 3, wherein, The intelligent dispatching unit further includes an intelligent learning module connected to the interactive platform module. The intelligent learning module analyzes the load detection data to predict the power consumption of the load system at different times, so as to provide the power dispatching module with the power purchase amount for each time period.

5. The intelligent power dispatching system as described in claim 1, wherein, At least one power switching system connected to the interactive platform module is further provided between the multiple power supply systems and the load system. At least one of the multiple power supply systems includes a power storage device. The power switching system includes a power dispatching device, at least one power storage detection module connected to the power dispatching device and used to detect the power storage device, at least one power consumption detection module connected to the power dispatching device and used to detect the load detection data of the load system, and a dispatching parameter storage module installed in the power dispatching device and used to store the intelligent dispatching data. The power dispatching device controls the power output of the multiple power supply systems according to the intelligent dispatching data.

6. The intelligent power dispatching system as described in claim 5, wherein, At least one of the multiple power supply systems further includes a power generating device connected to the power storage device, and the power supply switching system further includes at least one power supply detection module connected to the power dispatching device and used to detect the power generating device.

7. The intelligent power dispatching system as described in claim 6, wherein, The control platform further includes a device monitoring module connected to the interactive platform module and an anomaly notification module connected to the interactive platform module. The device monitoring module is used to store load detection data of the multiple power supply systems, the power switching system, and the load system for querying by the smart interactive device. The anomaly notification module is used to receive anomaly notifications from the power switching system and output warning data to the set account.

8. A smart power dispatching method, applicable to the smart power dispatching system as described in any one of claims 1 to 7, for dispatching power from multiple power supply systems to provide power to at least one load system user, and providing connection access for at least one smart interactive device, comprising the following steps: a power supply status monitoring step, obtaining transmission data of the operating status of the power supply system through real-time monitoring of cloud services; a data collection step, in which the smart power dispatching system obtains time-based electricity price data of the power supply system and load detection data of the load system user; a first data analysis step, in which the smart power dispatching system analyzes the load detection data of the load system to generate corresponding electricity consumption data; a second data analysis step, in which the smart power dispatching system, based on the electricity consumption data of the load system, uses the time-based electricity price data of the power supply system in the most cost-effective way, uses it as a dispatching principle, and obtains smart dispatching data; a calculation service step, in which the load system user can connect to the smart power dispatching system through the smart interactive device, and perform a cost-saving calculation service with their own electricity consumption data in conjunction with the smart dispatching data, to obtain cost-saving data. An AI assistant provides steps to automatically push notifications of abnormal status of power generation-related equipment, as well as power transmission data, smart dispatch data, electricity consumption data, and cost-saving data to the AI ​​assistant. It provides 24 / 7 information on power generation, electricity consumption, power outages, and cost savings, allowing load system users to use electricity with peace of mind and without worrying about power outages.

9. The smart power dispatching method as described in claim 8 further includes a reward step. In the trial calculation service step, the smart power dispatching system uses a reward method to perform the cost-saving trial calculation service to adjust the smart dispatching data. In the reward step, when the transmission data of the multiple power supply systems and the load detection data of the load system users meet the reward method, the corresponding reward measures are obtained.

10. The smart power dispatching method as described in claim 8 or 9 further includes a learning prediction step, in which the power generation status of the plurality of power supply systems and the load detection data of the load system users will change over time. The smart power dispatching system learns by accumulating a large amount of data interaction, continuously optimizes power supply efficiency, accurately predicts the load detection data of the load system users, and can provide prediction data feedback to the power supply systems and load system users.

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