The "double carbon" target proposed by the state requires "carbon peak in 2030 and carbon neutrality in 2060", which will reconstruct the economic map of the continent and completely change our lives.
In recent years, the mainland has actively participated in carbon emission reduction in the international community, actively conformed to the global green and low-carbon development trend, actively laid out carbon neutrality, and basically has the conditions to achieve carbon neutrality.
How can companies help achieve the "double carbon" goal?
The "Measures for the Management of Energy Conservation in Key Energy-Using Units" has given a clear idea: encourage energy-using units to establish and improve energy management systems to make them operate effectively。 As a systematic and scientific international common method, the energy management system can become an important starting point for enterprises to save energy and improve efficiency.
Energy management system can promote enterprise energy conservation and efficiency, and promote the formation of a green production lifestyle is our goal. The establishment and effective operation of energy management systems has a far-reaching effect on carbon peaking and carbon neutrality.
Continuously improve energy management capabilities, from campuses, hospitals, commercial complexes and other fields to industry, transportation and other fields, to achieve a leap from zero-carbon buildings, zero-carbon communities to zero-carbon areas, zero-carbon cities.
The significance of enterprises to establish an energy management system
1) Improve the overall energy efficiency and economic benefits of the enterprise.
The energy management system standard shifts the perspective of enterprise energy management from the efficiency of a single product or enterprise unit to the energy efficiency of the entire enterprise, thereby broadening the horizon and helping to promote the improvement of the overall energy efficiency of the enterprise.
2) Ensure the compliance of enterprise energy management.
The energy management system standard requires the energy management of enterprises to comply with national energy laws, regulations, policies, standards and other requirements, so as to promote enterprises to effectively implement relevant laws and regulations, policies, standards, etc., and promote the realization of energy conservation goals.
3) Improve the technical level of enterprise energy management.
The energy management system requires enterprises to fully consider the rational use of energy in the design of products and processes, learn from new energy-saving technologies and methods, best energy-saving practices and experiences, etc., and promote the improvement of enterprise energy management technology level.
4) Establish an energy management structure for efficient operation.
The implementation of energy management system standards solves the problems of "unclear responsibilities, unclear results, and irregular procedures" in the traditional energy management methods, and can establish and improve an interrelated, mutually restrictive and mutually promoting energy management structure.
5) Improve the efficiency of enterprise energy management.
The implementation of energy management system standards can help enterprises adopt low-cost or even no-cost management methods to reduce energy consumption and improve energy efficiency.
6) It is conducive to obtaining national policy support.
In line with the overall requirements of national energy conservation and emission reduction, the completion of energy conservation indicators can obtain various national incentives and fiscal and taxation policy support.
7) Establish a good image of social responsibility.
The establishment of an energy management system and the third-party certification, easy to obtain the outside world's energy management work and self-regulatory mechanism recognition, is conducive to the enterprise to win the reputation of energy conservation and emission reduction, environmental friendliness and sustainable development.
T@Energy intelligent energy management system, through the collection of energy consumption and operation information of each energy consumption monitoring point, the formation of energy consumption classification, sub-regional statistical analysis, unified scheduling of energy, optimization of energy media balance, improve environmental protection quality, reduce the comprehensive energy consumption of enterprises and improve labor productivity, to help customers use energy more effectively, to achieve "energy-saving management, green efficiency".
T@Energy intelligent energy management system, including the management of water, electricity, gas cooling and heat energy use, and the implementation of centralized monitoring, management and decentralized control of on-site pressure, temperature and humidity, visual imaging, biometrics and other parameters.
Based on regional data, combined with the effective use of "Internet + big data", it can be freely combined into energy consumption units, and real-time monitoring, single consumption indicators, comparative analysis, expert evaluation, energy prediction and other functions are realized through the intelligent energy management platform.