Information acquisition apparatus for energy management and method thereof

Abstract

The invention provides an information acquisition apparatus for energy management and a method thereof. The apparatus includes a high-speed RS-485 interface, a server, a GPRS network, a background monitoring module and a client, wherein the high-speed RS-485 interface can read data of flowmeters and the like in the water, heat and gas (steam) industry and send the read data to the server, the server includes a data acquisition module and a data processing module and transmits the energy information data to the background monitoring module through the GPRS network, and the client comprises a storage module, a display module and a power source module. The information acquisition apparatus for energy management and the method thereof of the invention can completely and comprehensively acquire energy consumption information, provide a data processing and analysis function and an energy consumption equipment monitoring function, judge the working state of energy load equipment according to monitoring data and energy consumption analysis results, avoid or reduce losses that may be caused and make energy consumption management more timely, more reasonable and more planned.

Description

Technical field [0001] The invention belongs to the technical field of energy management, and particularly relates to an information collection device for energy management. Background technique [0002] The measurement, monitoring and management of energy consumption are the basis for achieving energy saving and emission reduction; with the development and promotion of the Internet of Things, computer remote monitoring technology is used to monitor the energy use time and energy use status of energy use equipment, and analyze and judge the operation of energy use equipment According to the situation, the energy load should be dispatched reasonably, the energy-using equipment will be in the best energy-using state for a long time, and the energy will be used scientifically according to the principle of “what is needed is what is provided” to realize the scientific management and effective utilization of energy consumption of terminal energy-using equipment. [0003] At present, the...

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Problems solved by technology

[0003] At present, there are mainly two types of energy management systems: one is to manually collect the readings of each electric meter and enter them into the management system to realize However, manual meter reading has problems such as inaccurate data, untimely data, large consumption of human resources, and difficulty in statistical analysis, which consumes a lot of manpower and material resources, but ultimately cannot obtain valuable information; another way to achieve Automatic collection, but only a simple meter reading function, that is, only the readings of the installed meters are collected, so that only the electricity consumption of the object with the meter installed is collected. If only one meter is installed, only the total It is not clear which equipment consumes much electricity, and it cannot provide valuable advice to decision makers. If each equipment is equipped with an electric meter, the investment in the electric meter will be large, and the cost of monitoring will be increased, which also violates the The original intention of saving resources

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