Under the backdrop of the 'dual carbon' strategy and the shift from dual control of energy consumption to dual control of carbon emissions, industrial enterprises face more refined, systematic, and long-term green and low-carbon management requirements.

In the past, energy management in many enterprises was limited to monthly meter reading, manual statistics, report submission, and cost accounting; carbon emission management often relied on periodic audits, manual reporting, and external consulting services. Energy data was fragmented from production data, and carbon emission data was disconnected from operational management, lacking continuous monitoring, process analysis, and closed-loop optimization for energy conservation and carbon reduction.

For typical industrial enterprises such as nonferrous metals, metallurgy, chemicals, new materials, and equipment manufacturing, the large variety of energy consumption types, complex production processes, numerous equipment, and scattered emission sources make traditional management methods insufficient to support green factory construction, ESG disclosure, carbon verification, energy efficiency supervision, carbon asset management, and long-term cost reduction.

The Dy-Er Smart Dual Carbon Management System is an integrated digital platform tailored to the energy management and carbon emission management needs of industrial enterprises. Based on industrial IoT data collection, it focuses on refined energy management and full-process carbon emission control, integrating capabilities such as energy consumption monitoring, energy efficiency analysis, carbon emission accounting, carbon footprint, carbon assets, energy-saving projects, AI intelligent diagnosis, and a visual cockpit. This helps enterprises move from 'seeing energy consumption' to 'calculating carbon emissions' to 'having actionable energy-saving measures, clear carbon reduction paths, and closed-loop management.'

System Positioning

Why do industrial enterprises need a professional dual carbon management system?

Dual carbon management is not simply building an energy consumption dashboard or moving existing energy reports online. For industrial sites, it must address four key issues.

First, accurate data collection. Enterprises need to uniformly collect data on multiple energy types (electricity, water, steam, natural gas, compressed air, oxygen, nitrogen, coal, oil, etc.) as well as key production, equipment, process, output, and raw material data, forming a real, continuous, and traceable data foundation.

Second, clear indicator calculation. Enterprises must not only know total energy consumption but also indicators such as unit product energy consumption, unit output value energy consumption, process energy consumption, equipment energy efficiency, total carbon emissions, carbon emission intensity, and product carbon footprint, moving from total management to intensity and process management.

Third, problem identification. Where are energy consumption anomalies? Which production line, process, equipment, shift, or product causes them? What are the main sources of carbon emissions? Where are the energy-saving potentials? These questions must be answered through systematic analysis.

Fourth, closed-loop rectification. Energy and carbon management should not stop at identifying problems; it must form a full closed loop including early warning, confirmation, dispatch, rectification, review, evaluation, and archiving, ensuring that energy conservation and carbon reduction responsibilities are assigned to specific departments, positions, and actions.

The goal of the Dy-Er Smart Dual Carbon Management System is to build an integrated corporate energy and carbon emission management system through digital means, achieving data visibility, indicator clarity, responsibility traceability, and emission controllability, ultimately supporting enterprises in energy conservation, carbon reduction, efficiency improvement, compliance, and enhanced green competitiveness.

The Dy-Er Smart Dual Carbon Management System is not a single energy monitoring platform nor a pure carbon emission accounting tool; it is an 'energy-carbon integrated management hub' built for industrial enterprises.

The system builds unified capabilities for data collection, data governance, indicator calculation, business applications, and visual analysis around enterprise energy consumption, carbon emissions, production processes, equipment operation, cost accounting, and management decision-making.

From a system architecture perspective, the platform can be divided into five layers:

The first layer is the data collection layer. It accesses key data on energy consumption, production operations, equipment operation, and environmental monitoring via smart meters, water meters, flow meters, gas meters, steam meters, sensors, DTU gateways, PLCs, DCS, SCADA, MES, ERP, IoT platforms, etc.

The second layer is the data governance layer. The system cleans, validates, supplements, standardizes, and models raw collected data to form high-quality energy datasets, carbon emission datasets, equipment datasets, and production datasets.

The third layer is the business application layer. It supports daily dual carbon management through core modules such as energy consumption query, energy consumption volume and intensity calculation, energy consumption analysis, energy efficiency benchmarking, energy flow analysis, energy efficiency balance, energy and carbon budget, carbon emission accounting, product carbon footprint, supply chain carbon management, carbon verification support, and carbon asset management.

The fourth layer is the intelligent analysis layer. Combining big data, AI algorithms, and energy-carbon models, it achieves energy consumption trend prediction, abnormal energy usage identification, energy efficiency benchmarking analysis, energy-saving potential mining, carbon emission trend assessment, and optimization strategy recommendations.

The fifth layer is the visual decision-making layer. Through corporate energy-carbon cockpit, energy cockpit, carbon emission cockpit, energy-saving and carbon reduction cockpit, and mobile applications, management, energy departments, production departments, equipment departments, and environmental protection departments can access key data on demand.