世界经济论坛-释放产业集群的全部潜力_清洁能源的基础设施解决方案（英）-2025.1_47页_17mb

Summary of "Unleashing the Full Potential of Industrial Clusters: Infrastructure Solutions for Clean Energies"

Core Content

This white paper from the World Economic Forum, in collaboration with Accenture and EPRI, explores the role of industrial clusters in accelerating the deployment of clean energy infrastructure. It outlines the need for large-scale and rapid infrastructure development to meet the goals of the Paris Agreement and the energy transition, emphasizing the importance of a multistakeholder approach involving public, private, and R&D sectors.

Industrial clusters are identified as a key enabler for scaling clean energy solutions. They offer economies of scale, shared risk, and optimized demand, which are essential for the deployment of clean power and fuels. These clusters also serve as pivotal nodes in the global clean energy value chain, facilitating the production, distribution, and consumption of clean energy.

Main Points

1. Clean Energy Infrastructure is Needed at Scale and Pace

• Global Impact: The energy transition requires a comprehensive overhaul of the energy value chain and coordinated development of clean power and fuel infrastructure worldwide.
• Challenges: The current pace of clean energy infrastructure development is too slow to meet climate goals. For example, in Europe, there is a risk of power supply being 14% short of predicted demand by 2030 under unfavorable weather conditions.
• Clean Fuels: Clean hydrogen, ammonia, and e-fuels must scale up to meet industrial and transport sector goals, but they currently face high production costs and limited infrastructure.

2. Challenges Inhibiting Clean Energy Infrastructure Development

• Green Premium: Clean fuels are often more expensive than fossil fuel alternatives, making them less attractive to investors.
• Demand Signals: Demand for clean energy is fragmented and uncertain, which hinders investment and infrastructure development.
• Policy and Standards: There are inconsistencies in policy and standards across regions, complicating the development of a unified global approach to clean fuels.
• Infrastructure Delays: The planning and permitting of infrastructure projects take longer than the development timelines needed for the energy transition.
• Digital and Governance Barriers: Lack of clear governance frameworks, data sharing protocols, and digital roadmaps hinders collaboration within and across clusters.

3. Strategic Solutions within and beyond Industrial Clusters

• Develop a Common Vision at Cluster Level:

  • Establish effective governance frameworks to drive decision-making and collaboration.
  • Enhance cluster-public collaboration to align on climate goals and leverage public support.
  • Build a digital core within clusters to enable data sharing and unlock system value.

• Expedite the Scaling of Cluster-Level Clean Energy Initiatives:

  • Enhance collaboration across the clean energy value chain (heavy industry, transport, logistics) to manage the green premium and ensure stable demand signals.
  • Focus on shared infrastructure planning and development to optimize resource use and reduce costs.

• Strengthen the Collaboration across Clusters and Regions:

  • Create global networks and partnerships to facilitate the transport of clean energy between export and import regions.
  • Support initiatives like the First Movers Coalition to aggregate demand and drive investment in clean energy solutions.

Key Information

• Signatory Clusters: The TIC initiative includes 33 signatory clusters in 16 countries, with a potential to reduce 832 million tonnes of CO₂e emissions annually.
• Economic Impact: These clusters contribute $492 billion to global GDP and create or protect 4.3 million jobs.
• Global Policy Landscape: The clean energy policy landscape is evolving, with significant public funding for hydrogen projects announced globally. However, only a third of these funds have been allocated or enacted.
• Examples of Policy Support:
  • EU: Fit for 55 package, CBAM, and EU ETS provide a framework for decarbonizing heavy industry.
  • US: Inflation Reduction Act and Bipartisan Infrastructure Law support clean energy infrastructure investment.
  • China: 14th Five-Year Plan outlines a comprehensive strategy for achieving carbon neutrality by 2060.
• Digital Technologies: AI and other digital tools can significantly enhance the speed and efficiency of infrastructure development and operations. However, adoption in industrial clusters is lagging due to unclear value cases and data-sharing barriers.
• Case Study: Brightlands Circular Space:
  • A model of effective governance in the Netherlands.
  • Founding partners include Brightlands Chemelot Campus, TNO, and Maastricht University.
  • Facilitates cross-sector collaboration and innovation for a circular economy.
  • Has a clear governance model and is supported by annual funding and public investment.

Call to Action

To achieve the energy transition goals, the World Economic Forum calls for:

1. A balanced focus on economic, social, and environmental value.
2. Adoption of technologies that support GHG emissions reduction.
3. Cross-sector collaboration among industry, government, financiers, labor, and communities.
4. Coordinated, agile strategies across policy, financing, technology, and partnership.

The initiative encourages global collaboration to build a sustainable and scalable energy transition, especially in hard-to-abate sectors like transport and heavy industry.

Conclusion

Industrial clusters are essential for the rapid and large-scale deployment of clean energy infrastructure. They offer a platform for collaboration, innovation, and shared risk, which are crucial for overcoming the challenges of the green premium, fragmented demand, and policy inconsistencies. The paper emphasizes the need for a unified global approach to clean energy infrastructure development and the importance of multistakeholder engagement to drive the energy transition effectively.