As the opening year of the “15th Five-Year Plan,” 2026 marks a new stage where national energy-saving and carbon-reduction efforts officially enter a phase of systemic formation, regional advancement, and rigid constraints. From January to June, the state intensively issued multiple top-level documents and supporting details, covering key sectors such as industry, energy, construction, transportation, and public institutions, leading to the comprehensive implementation of a cross-domain governance system. Currently, energy saving and carbon reduction are no longer confined to traditional environmental protection but have become mandatory requirements affecting regional development and corporate survival.
I. Intensive Policy Implementation: Four Key Nodes Constructing the Carbon Reduction System
Since 2026, the state has introduced binding and guiding policies in a layered and step-by-step manner. Progressing from top-level design to implementation details, these measures form a complete policy closed-loop, defining a clear path for the energy-saving and carbon-reduction transition during the 15th Five-Year Plan.
(I) January: Industry Leads the Way, Initiating Full-Chain Low-Carbon Transformation
In January, five departments, including the Ministry of Industry and Information Technology, jointly issued the “Guiding Opinions on Carrying Out the Construction of Zero-Carbon Factories.” As the first national-level special document for zero-carbon transformation in the domestic industrial sector, it focuses on high-energy-consuming industries such as steel, building materials, and petrochemicals, clarifying construction standards and implementation paths for zero-carbon factories, and driving industrial carbon reduction from scattered renovations to large-scale, standardized advancement. On January 3, the State-owned Assets Supervision and Administration Commission (SASAC) released the “Guidelines for the Construction of Green and Low-Carbon Supply Chains for Central Enterprises (Trial),” incorporating upstream and downstream supply chains into low-carbon management and including carbon reduction performance in the assessments of central enterprises. This promotes a shift from single-point emission reduction to full-chain governance, leveraging the exemplary role of state-owned enterprises.
(II) March: Legal Empowerment, Comprehensive Implementation of Dual Control of Carbon Emissions
The National People’s Congress and the Chinese People’s Political Consultative Conference (Two Sessions) officially established the keynote for low-carbon development during the 15th Five-Year Plan. The “Dual Control of Energy Consumption” system, which lasted for many years, has fully exited the stage, replaced by the Dual Control of Total Carbon Emissions and Intensity as the core management model, with comprehensive upgrades to assessment logic, management precision, and regulatory intensity. On March 12, the “Ecological Environment Code of the People’s Republic of China” was adopted by the fourth session of the 14th National People’s Congress, incorporating energy saving, carbon reduction, carbon emission control, and carbon market management into the legal framework, transforming low-carbon development from a policy requirement into a statutory mandatory obligation. During the same period, the 15th Five-Year Plan outline specified binding indicators, such as reducing carbon emissions per unit of GDP by 17% and increasing the proportion of non-fossil energy consumption to 25%, supplemented by carbon accounting and assessment systems for public institutions to achieve society-wide low-carbon demonstration.
(III) April: Completion of Top-Level Design, Full Implementation of Rigid Assessments
The State Council issued the “Opinions on Improving the Level and Quality of Energy Saving and Carbon Reduction Work,” the core guiding document for the 15th Five-Year Plan. It clarifies the transition path from dual control of energy consumption to dual control of carbon emissions, strictly controls the blind expansion of “Two High” projects (high energy consumption and high emissions), and targets the three key sectors of industry, construction, and transportation for intensive action. The accompanying “Measures for the Comprehensive Evaluation and Assessment of Carbon Peak and Carbon Neutrality” establishes an assessment mechanism where provincial party committees and governments share responsibility, deeply binding core indicators such as carbon emissions and coal control with political performance evaluations and official appointments, thereby forming a closed-loop responsibility system of central coordination, local implementation, and market execution.
(IV) May–June: Implementation of Details, Policies Enter the Operational Phase
The state issued several supporting details focusing on accounting standards, green electricity utilization, market norms, and public awareness. These measures unify accounting rules for non-fossil energy electricity and optimize green electricity direct connection and carbon market trading mechanisms, providing data and institutional support for precise assessment and corporate transformation. Simultaneously, activities such as National Energy Efficiency Promotion Week foster a low-carbon atmosphere for the whole population. Localities have simultaneously issued implementation plans to ensure national policies take root, forming a complete policy chain of “top-level program + supporting details + local implementation.”
II. In-depth Breakthroughs in Industrial Carbon Reduction: Triple Upgrade of Policy, Equipment, and Globalization
Industry is the core battlefield for energy saving and carbon reduction.
In the first half of 2026, the industrial sector completed the transition from policy layout to operational implementation. Driven by the global decarbonization wave, the industry has formed a new development pattern characterized by “strong policy constraints, intelligent equipment, low-carbon technology, and international integration.”
(I) Precise Policy Empowerment, Forcing Comprehensive Technical Transformation
Relying on the dual control of carbon emissions and the energy-saving and carbon-reduction assessment system, the state has issued special policies for high-energy-consuming industries such as steel, chemicals, electrolytic aluminum, and computing power facilities, constructing a collaborative advancement mechanism of policy guidance, public services, and territorial supervision. The Ministry of Industry and Information Technology organized free industrial energy-saving and carbon-reduction diagnostic services to accurately identify energy-use weaknesses in enterprises and guide process optimization and equipment upgrades. Meanwhile, supporting rules for green electricity accounting and carbon trading continue to improve, and localities strictly control backward capacity and “Two High” projects, making energy-saving technical transformation and energy efficiency improvement rigid operating requirements for industrial enterprises.
(II) Iterative Equipment Updates, Consolidating the Foundation of Low-Carbon Transformation
Driven by policy, industrial energy-saving equipment has undergone a systemic upgrade, becoming the core support for corporate carbon reduction. The industry is comprehensively promoting general energy-saving equipment such as ultra-high-efficiency motors and variable frequency devices to help enterprises quickly achieve electricity savings and consumption reduction. It is popularizing waste heat and pressure recovery equipment to achieve cascade utilization of industrial waste energy and replacing traditional coal-fired and gas-fired boilers with industrial heat pumps to promote the electrification of industrial energy use. Simultaneously, ultra-low emission treatment equipment and intelligent energy management systems are widely applied, using digital means to optimize energy consumption in real-time and troubleshoot abnormalities, achieving dual efficiency gains in equipment and management. Energy-saving equipment has officially become a mandatory configuration for industrial enterprises.
(III) Acceleration of Global Decarbonization, Industry Aligning with New International Patterns
Today, industrial low-carbon transformation has become a global consensus. Driven by this, international energy efficiency standards and carbon trade rules continue to tighten, raising the international market entry threshold for industrial products. Countries have successively issued policies to support the research, development, and application of low-carbon technologies and energy-saving equipment. The industry as a whole shows a development trend of electrification transformation, equipment efficiency improvement, and digital empowerment for low carbon. As cross-border exchanges of technology, equipment, and standards become increasingly close, domestic industrial enterprises must, on one hand, benchmark against international rules for foreign trade and, on the other hand, rely on industrial advantages to participate in global low-carbon cooperation. Aligning with international standards is an inevitable choice for the high-quality development of the industry.
III. Core Logical Transformation: Reshaping the New Pattern of Low-Carbon Development
(I) Governance Transformation: From Flexible Initiatives to Rigid Legal Constraints
In the past, energy saving and carbon reduction were mainly guided by policy, and market entities generally adopted a wait-and-see attitude. Now, relying on the Ecological Environment Code and special assessment measures, a dual constraint of “legal red lines + political performance pressure” has been formed, completely reversing the flexible governance model and driving entities at all levels to actively fulfill low-carbon responsibilities.
(II) Transformation of Transition: From End-of-Pipe Treatment to Full-Chain Control
The industry’s carbon reduction approach has undergone a fundamental shift, no longer limited to end-of-pipe treatment but building a life-cycle carbon control system. This involves strictly controlling the growth of “Two High” projects at the source, reducing existing emissions through process upgrades and equipment transformation at the production end, extending low-carbon practices to the supply chain, and providing low-carbon guidance at the consumer end, achieving carbon reduction across all stages and the entire chain.
(III) Development Transformation: From Cost Burden to Core Competitiveness
Low-carbon development is gradually shedding its attribute as a cost and transforming into a core competitive advantage. New business formats such as green electricity, energy-saving equipment, and green manufacturing are rising rapidly, and low-carbon energy efficiency indicators have become rigid thresholds for bidding and investment competition. Proactively planning for energy saving and carbon reduction and completing transformation and upgrading are key for enterprises to seize the market and achieve long-term development.
IV. Conclusion
In the opening year of the 15th Five-Year Plan, the legal, policy, assessment, and market systems for energy saving and carbon reduction have fully taken shape, and the trend of regional low-carbon development is set. For local governments, this is a core political performance indicator for measuring development quality; for industrial enterprises, this is the basic bottom line for continued existence and development; for the industry, this is a watershed for transformation and upgrading. Only by conforming to policy trends, iterating energy-saving equipment, optimizing production processes, aligning with international standards, and actively deepening low-carbon transformation can one secure a leading position and achieve steady, long-term progress amidst industrial changes.
