Network source coordination source side performance edge calculation and analysis platform based on multivariate data fusion

Abstract

The invention discloses a network source coordination source side performance edge calculation and analysis platform based on multivariate data fusion. The platform comprises an edge analysis and calculation substation, a communication server and a network side master station; and the edge analysis and calculation substation collects real-time operation data of a generator set at a high speed, carries out real-time calculation on the data, and sends a calculation result to a network side main station through a communication server according to a proposed protocol. The invention provides a newenergy primary frequency modulation performance on-line monitoring method, which effectively and reasonably evaluates the primary frequency modulation capability of a new energy power station. An online checking method for a peak shaving margin of a combined heat and power generation unit is provided, and the load adjusting capacity of the source end of the combined heat and power generation unitin the checking heat supply period can be effectively supported; and the invention provides a real-time monitoring and recording analysis method under the condition of sudden change of source end equipment faults and working conditions, real-time effective analysis and recording can be carried out on the source end equipment faults and the sudden change working conditions, and rapid positioning and solving of the equipment faults are facilitated.

Description

technical field [0001] The invention belongs to the field of electronic information technology, and in particular relates to a network source coordination source-side performance edge computing and analysis platform based on multivariate data fusion. Background technique [0002] The electric power industry occupies a very important position in my country's national economy. It is an important basic industry of the national economy and a key and leading industry in the development strategy of the national economy. In recent years, my country's investment in the power industry has been huge. With the continuous advancement of the "five horizontal and five vertical" UHV projects, the scale of the power grid has continued to expand, and the power grids in various regions have become closer and closer. The source-side equipment in the power grid (generator sets, New energy power generation, etc.) are also increasing. A series of network source coordination problems brought about...

AI Technical Summary

Problems solved by technology

[0004] This model has many disadvantages. The large amount of data transmission from massive source devices to the coordination center will bring huge pressure on the network load, which will easily lead to network congestion or even paralysis; "Determining power by heat" peak regulation margin, etc.) needs to be transmitted back to the source for utilization, which will inevitably further waste valuable dispatching network resources

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