Abstract:To conserve energy, it is crucial to quantify energy consumption accurately, as energy conservation hinges on precise measurement. This involves utilizing measuring instruments to provide data for energy consumption calculation and assessment. A company's energy consumption and costs are not arbitrarily allocated but are measured precisely by accurate instruments. Energy measurement management is a vital foundation for a company's energy-saving and emission reduction efforts, as well as for enhancing economic benefits, playing a significant role in the company's development. This article analyzes the importance of measurement management in corporate energy-saving and emission reduction and elaborates on how to strengthen such management.
Keywords:Energy metering; energy conservation; emission reduction; importance
Introduction
To conserve energy, it's essential to quantify energy consumption, accurately measuring it. Energy conservation hinges on precise measurement, achieving energy consumption calculations and evaluations through measurement devices. A company's energy consumption and costs are not arbitrarily allocated but accurately measured through these devices. Therefore, strengthening the management and verification of energy measurement devices is a crucial approach to energy conservation and cost reduction. Only through scientific management of energy measurement can meaningful energy conservation be achieved.
The Importance of Energy Metering Management
In an era of increasingly depleted energy resources, how to utilize energy rationally and effectively, achieving substantial benefits with minimal investment, has become one of the major challenges for modern enterprises in production and survival. As the energy sector and a major consumer of energy, the oil industry faces its own energy pressures, making it imperative to adopt strong energy-saving measures. The implementation of these measures is inseparable from measurement, as energy measurement encompasses all stages of oilfield production, from crude oil collection, transportation, and handover, all of which rely on measurement data. Controlling energy use is an essential basic condition for the management of enterprise operations. As a major consumer of energy, the oil industry can effectively reduce energy consumption by focusing on the procurement, calibration, installation, and operation of measurement equipment, by rigorously inspecting energy-saving equipment, implementing real-time detection, certification management, and accurate accounting of energy measurement data, and by analyzing energy measurement data to identify energy-intensive processes. By adopting advanced technology and equipment, targeted energy savings can be achieved, thereby ensuring that energy-saving efforts are translated into tangible economic benefits. Strengthening energy measurement management to save energy and reduce consumption is of great significance in ensuring the normal production of oilfield enterprises and in establishing a resource-saving and energy-saving society.
2. Accuracy of Energy Metering Data
Ensure the verification of energy meters is conducted on schedule, with calibration to guarantee the accuracy of energy measurement data. To utilize scientifically precise measurement data for production guidance, promptly identify equipment defects and management gaps, further tap into energy-saving technology potential, and effectively implement energy-saving and consumption-reduction efforts, the company has strengthened the verification of its measuring instruments in accordance with relevant laws, regulations, and standards, aiming for a 100% verification rate. For instruments with high precision that cannot be verified internally, timely apply to the higher-level metrology department for verification and implement periodic verification. Moreover, only verified instruments are allowed for use. Color-coded tags are promptly affixed to the verified energy meters according to regulations, ensuring the normal operation of energy meters through verification. This ensures accurate recording of production data for relevant departments, laying the groundwork for oilfield production and contributing to the company's energy-saving, production, and efficiency improvements.
Enhance business proficiency
To enhance employees' professional quality through education, lay a solid foundation for energy conservation and consumption reduction. Strengthening corporate energy measurement work, personnel are the foundation. To meet the needs of modern energy measurement management, improve the comprehensive professional quality of personnel, the company holds training sessions regularly each year. Experts in measurement are invited to instruct and teach, and technical personnel from relevant manufacturers provide on-site explanations regarding the performance, daily maintenance, and usage of energy measurement equipment. Implement comprehensive quality education and job exchange programs, and conduct experience-sharing activities between the company and teams. This allows front-line wells and stations to learn from each other's strengths and improve together. Promote the study of energy management methods from peers and advanced domestic enterprises. The company promptly communicates national energy conservation and measurement policies and regulations, conducts energy measurement technology and legal training. Through learning, employees deepen their understanding of energy measurement, enhance the professional quality of energy measurement management and technical personnel, and establish the concept that measurement is equivalent to money-making, laying a solid foundation for energy conservation and emission reduction.
4. Energy Measurement and Monitoring Management System
Strengthening corporate energy and measurement management is beneficial to the country, the people, and the company itself. It involves conserving energy and reducing environmental pollution, which is advantageous for the company's operations. Establishing a comprehensive energy measurement system is crucial for enhancing corporate production and operation management, reducing production costs, improving product quality, and strengthening production and environmental monitoring. It also brings economic benefits to the company. Furthermore, it provides relevant departments with more complete data and information, laying a foundation for production and decision-making, and contributing to crude oil production. However, there are still some issues with energy measurement resources.
Due to the relatively weak foundation of enterprise measurement, the replacement of some outdated, worn-out, and defective measurement facilities requires a certain investment. Insufficient investment in facilities can lead to distorted measurement data. The level of measurement management is lagging behind. Measurement is the fundamental work in enterprise management, ensuring the survival and development of the enterprise. Measurement is a strong support for modern production enterprises. With the development of the world economic system and the intensification of market competition, higher requirements are placed on enterprises and their measurement work. The core of measurement work is to provide accurate data to ensure effective operation, management, and management of the enterprise and production, offering robust guarantees.
Ankelei Building Energy Consumption Analysis System
5.1 Overview
The Acrel-5000web Building Energy Consumption Analysis System is a user-end energy management analysis platform. It enhances the electrical energy management system by adding centralized collection and analysis of water, gas, coal, oil, heat (cooling) consumption. By segmenting and statistically analyzing all energy consumption at the user end, it presents the usage and consumption of various types of energy to management or decision-makers through intuitive data and charts, facilitating the identification of high-energy consumption points or inefficient energy consumption habits. This effectively saves energy and provides accurate data support for users' further energy-saving renovations or equipment upgrades. Users can carry out energy calculations according to national regulations, analyze the current situation, identify issues, tap into energy-saving potential, propose practical energy-saving measures, and submit energy calculation reports to departments responsible for energy conservation at or above the county level.
5.2 Application Locations
System design, construction, and operation and maintenance services for energy consumption monitoring and management tailored for public buildings, corporate groups, industrial parks, large-scale properties, schools, hospitals, and enterprises across various industries.
5.3 System Features
5.3.1 System Overview
The platform displays the operational status, monthly energy consumption calculations, map navigation, hourly and monthly energy consumption curves, and a rolling comparison of daily and monthly energy consumption against the same period last year.
5.3.2 Energy Consumption Overview
Comparing energy consumption for buildings, departments, regions, sub-roads, and categorized items, the system supports hourly trends on the current day, daily trends on the current month, segmented energy consumption statistics comparisons, and total energy consumption comparisons with same and previous periods.
5.3.3 Energy Consumption Statistics
The company's statistics on classified energy consumption are conducted in the form of daily, monthly, and annual reports for structures such as buildings, regions, sub-items, and branches. It supports exporting report data to Excel and allows for the generation of bar charts from selected building data.
5.3.4 Reimbursement Rate Statistics
The report on the composite rate provides daily, monthly, and annual statistics on the peak, peak, flat, and valley electricity consumption and cost for different branches under a single building. It supports data export to Excel.
5.3.5 Year-on-Year Analysis
Energy consumption data for buildings, items, regions, and branches is analyzed on a year-on-year basis through a combination of graphical and tabular presentations, with daily, monthly, and annual breakdowns.
5.3.6 Energy Flow Diagram
The Energy Flow Map displays the energy flow from source to end for various types of energy within a specified time period for a single building, supporting views by both raw values and normalized values.
5.3.7 Night Energy Consumption Analysis
The night-time energy consumption is statistically compared between working and non-working hours for selected branch circuits' energy use during specified time periods, presented in the form of tables, curves, and pie charts, and supports report export.
5.3.8 Equipment Management
Equipment management includes features such as equipment types, equipment inventory, and maintenance records. It assists users in managing equipment rationally to ensure smooth operation.
March 5, 2023 - User Report
Users report automatically calculates the monthly usage trends of various energies for selected buildings, providing simple energy consumption analysis results, and offers a separate analysis for electricity usage with tiered rates. The report is editable.
6. System Hardware Configuration
7. Conclusion
In summary, metrological work is the foundation of enterprise management. Only through scientific energy metrological methods and management, can reliable monitoring data be provided for production, serving as a basis for production and operation decisions, and offering a reliable metrological guarantee for promoting energy conservation and consumption reduction. We believe that with the continuous improvement of various measures and the enhancement of assessment intensity, the "hard constraint" will chart the direction for energy metrological equipment management and ensure the smooth implementation of energy conservation and emission reduction. Energy metrological work will shine brightly in the energy-saving and consumption-reduction efforts of the enterprise's production and operation.
Reference
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