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Currently, promoting green and low-carbon economic and social development is a key link and important connotation of achieving high-quality development. Implementing the concept of green development in all aspects of the entire process of high-quality development has become the norm for enterprise development. Especially in the industrial sector, energy conservation and emission reduction are one of the main battlefields for China to achieve its dual carbon goals. In this process, digital transformation is key.

With the deep integration of new-generation information technology and traditional industries, industrial energy conservation, carbon reduction, and efficiency improvement are now driven by digitalization and intelligence. In industries such as semiconductors, new energy, power, and petrochemicals, typical applications have emerged where digital technological transformation systematically improves energy and resource efficiency.

Currently, the services provided by digital technology to manufacturing enterprises mainly focus on energy digitization, achieving overall control of total energy consumption and energy intensity through energy management system platforms. The Central Economic Work Conference once proposed that for the strategic goals of carbon peak and carbon neutrality, scientific assessment should be conducted, and conditions should be created to transition from the 'dual control' of total energy consumption and intensity to the 'dual control' of total carbon emissions and intensity as early as possible.

Although this transition helps better assess enterprises' energy conservation and carbon reduction levels, it also presents some practical challenges. For example, the accounting of 'dual control' data for carbon emissions is more complex than that for energy consumption.

Under the 'dual control' of carbon emissions, enterprises must not only establish energy consumption management centers but also corresponding carbon management systems. At this point, digital technology is crucial. Through digital technology, we can help enterprises quickly account for the total amount and intensity of carbon emissions, providing a clear 'carbon emission account.' This not only helps enterprises cope with assessments but also enables refined energy and carbon management, continuously outputting energy-saving calculations and optimal energy consumption plans, laying a solid foundation for enterprises to participate in the carbon trading market in the future.

AI-Driven

The Optimal Solution for Factory Energy and Carbon Management

In industrial enterprises, the demand for digital energy and carbon management runs through the entire enterprise lifecycle, covering all major emission scenarios.

For example, achieving lean production management in factories requires focusing on energy efficiency and quality throughout the entire production process; building an energy management system requires considering how to achieve unified control and how to measure efficiency; digital transformation requires thinking about how to effectively measure ROI, set reasonable indicators, and optimize; building a carbon management system requires compliance with carbon inventory reporting, product carbon footprints, etc...

Faced with multi-dimensional and complex demands, lacking a 'holistic' mindset can easily lead to missteps. GETECH believes that factory energy and carbon management should be viewed as an organic whole, fully leveraging the key role of digitalization, using AI algorithms to drive energy-carbon linkage, and creating an intelligent management platform that covers the entire enterprise lifecycle and all energy and emission scenarios.

Among these, AI-driven technology is key and serves as the underlying technical support.

GETECH's smart carbon management software addresses the actual needs of industrial energy and carbon scenarios. Through the deep integration of new-generation industrial internet information technology and energy-saving and carbon-reduction technologies, it helps enterprises achieve end-to-end global energy monitoring and management, enterprise carbon management, energy-saving optimization control, and energy-carbon linkage from three dimensions: energy input, energy consumption, and carbon emissions. It fully leverages the key role of digitalization in achieving 'dual carbon' goals, assisting enterprises in adjusting energy structure at the input end, saving energy and reducing consumption at the consumption end, and managing and reducing carbon at the emission end. With an AI-based smart energy and carbon management platform that covers various production energy scenarios, including production processes and public auxiliary power supply, it empowers enterprises to achieve dual carbon goals and provides users with comprehensive factory-wide solutions.

With digital and intelligent power, we polish the ecological foundation of high-quality development in manufacturing and lead the new era of green development. On the journey to achieving new industrialization, GETECH will continue to leverage its technological advantages, committed to transforming more integrated software and hardware digital application results into practical productivity, injecting continuous new momentum into high-quality development, and exploring the infinite possibilities of industrial intelligence.