Intelligent energy multi-energy complementary evaluation visual empirical platform

Abstract

An intelligent energy multi-energy complementary evaluation empirical visualization platform comprises an infrastructure layer, a data transmission layer, a data processing layer and a display layer.The basic equipment layer comprises distributed energy equipment, environment monitoring equipment and an energy metering terminal, and provides original data for the intelligent energy multi-energy complementary evaluation empirical platform; the basic equipment layer equipment comprises a photovoltaic array, a wind turbine generator, an energy storage converter, a storage battery pack, a load, acombined cooling heating and power system, a cold / heat storage system, an intelligent meter, a meteorological station and a ground source heat pump system. The data transmission layer collects data of basic equipment layer equipment and transmits the data to the data processing layer through the Ethernet, and the data processing layer processes and analyzes the collected basic equipment layer data and then transmits a result to the display layer through the Ethernet to be published and displayed. An index publishing module, a statistical analysis module, a platform setting module and a systemoptimization module which are arranged on the display layer achieve man-machine interaction functions such as personalized display of analysis results and energy metering management.

Description

technical field [0001] The invention relates to a power system operation evaluation device. Background technique [0002] With the rapid development of my country's renewable energy industry, technologies related to smart energy multi-energy complementary systems have also been developed to a certain extent. At present, for the large-scale realization of the optimal allocation of energy system resources, the improvement of comprehensive energy utilization efficiency, the development of renewable energy, the construction of clean and low-carbon and safe and efficient modern energy systems, etc., the smart energy multi-energy complementary system is very important. An important measure of profound significance. [0003] As far as the promotion and development of smart energy multi-energy complementary systems are concerned, standard monitoring and evaluation systems and evaluation platforms are essential. At present, the existing methods are not universal, and they often con...

AI Technical Summary

Problems solved by technology

At present, the existing methods are not universal, and they often conduct empirical evaluations for local single systems. There is a lack of evaluation comparisons between multiple systems at the same time, and a unified evaluation platform is relatively lacking, which makes smart energy multi-energy complementary systems different. The lack of a unified and effective evaluation system platform under the time dimension, scale, and energy supply mode restricts or hinders the development of smart energy multi-energy complementary systems to a certain extent.

In addition, for the smart energy multi-energy complementary system, the design of the energy measurement management system and the evaluation system platform are basically independent of each other and run independently, resulting in a lot of waste of resources

[0004] Patent CN201420310184.7 proposes a monitoring and energy efficiency evaluation system applied to gas distributed energy systems, which realizes online monitoring and objective evaluation of the operation status and energy efficiency level of natural gas distributed energy systems, and its essence is for natural gas distributed energy Systematic online monitoring and energy efficiency evaluation system, evaluation indicators and applicable objects are relatively single

At present, there is no visualization system platform for online monitoring and comprehensive evaluation of smart energy multi-energy complementary systems in the existing domestic technology

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