China’s coal-producing provinces generate roughly one billion tonnes of carbon emissions annually, a volume nearly double that of Germany, placing regions such as Shanxi and Shaanxi at the center of the country’s decarbonization challenge.
As Beijing enters the policy cycle of the 15th Five-Year Plan covering 2026 to 2030, the structural role of these provinces in both energy supply and industrial output is becoming increasingly difficult to reconcile with national climate targets.
Analysis from Agora Energy China and Agora Energiewende underscores the scale of the issue. Coal-related industries account for more than 90 percent of total emissions in both provinces, with sectoral concentration differing slightly. Shanxi’s emissions are dominated by coal-fired power generation, coking, and steel production, while Shaanxi combines coal power with a rapidly expanding coal chemicals sector. These industrial clusters are not only emissions-intensive but also deeply integrated into national supply chains, complicating efforts to reduce output without triggering broader economic disruption.
The dependency is structural. Shanxi and Shaanxi together produce approximately 2,049 million tonnes of coal annually, a level comparable to the combined output of major global producers. Around half of this coal is exported to other provinces, alongside more than 30 percent of their electricity generation. This interprovincial reliance means that decarbonization cannot be addressed through localized policy alone. A meaningful reduction in emissions requires a synchronized decline in coal demand across China’s industrial base, raising questions about the pace at which alternative energy systems can scale.
The timing of this transition is further complicated by external shocks. Recent instability linked to tensions around the Strait of Hormuz has reinforced concerns about energy security, prompting a renewed wave of investment in coal chemicals, particularly in Shaanxi. While this trend may address short-term supply risks, it introduces long-term carbon lock-in, especially if new assets operate across multi-decade lifespans. The contradiction highlights a recurring tension in China’s energy strategy: balancing resilience against decarbonization under conditions of global volatility.
Policy design under the 15th Five-Year Plan attempts to navigate this tension by reframing how progress is measured. A key shift involves moving from energy consumption controls toward direct carbon emissions management. This adjustment has material implications. By targeting emissions rather than energy use, policymakers create space for accelerated renewable deployment without penalizing overall consumption growth, particularly in electrified sectors. However, the effectiveness of this shift depends on enforcement mechanisms at the provincial level, where economic incentives remain closely tied to industrial output.
For Shanxi and Shaanxi, translating national targets into actionable pathways requires sector-specific strategies. In coal power, this implies not only improving efficiency but also establishing clear timelines for capacity reductions. In steel and coking, electrification and hydrogen-based processes present longer-term options, though their scalability remains constrained by cost and infrastructure readiness. The coal chemicals sector poses a distinct challenge, given its recent expansion and its role in substituting imported hydrocarbons. Without policy intervention, this segment risks becoming a major barrier to emissions peaking.
The report points to investment signaling as a decisive factor. Continued approvals for new coal-fired plants would undermine transition pathways by locking capital into high-emission assets. Conversely, a coordinated halt to new coal approvals, combined with transparent phase-down schedules for existing capacity, could redirect investment flows toward renewable generation and advanced manufacturing. The scale of capital reallocation required is significant, particularly in regions where coal revenues underpin local economies.
At the same time, the transition presents an industrial opportunity. Both provinces possess existing infrastructure, skilled labor, and logistical networks that could support the development of clean energy manufacturing, including components for wind, solar, and emerging low-carbon technologies. The challenge lies in sequencing this shift without destabilizing employment or fiscal stability, a factor that has historically slowed coal transitions in other global regions.
