20240827-国金证券-电力设备出海系列深度之三_看好欧洲市场更大机遇_36页_5mb

报告摘要

Electricalization: Europe's electricity consumption is expected to grow by 80% (2020–2050) and peak load by 60%, driven by electrification in transport, industry, and building heating.
RE Integration Challenges: At least 10 countries face grid capacity gaps relative to their renewable energy (solar/wind) targets. Insufficient grid planning risks delaying renewable projects and increasing curtailment.
Grid Aging: ~30% of Europe's grid infrastructure (e.g., cables, transformers) exceeds 40 years in age; modernization investments (€30,000 km of lines) are critical.

Material Shortages: Copper deficits (~400kt supply gap by 2030) and aluminum balance concerns.
Manufacturing Bottlenecks: Average transformer delivery times have extended to 22–25 months, with prices up 60–70% in 3 years.
Workforce Deficits: ~30% of grid workers are over 50; electrical engineering and skilled labor shortages persist in 15 EU nations.

Grid Investment Growth:
- Transmission: €33B by 2028 (up ~100% from 2023), CAGR~11%.
- Distribution: €70B/y (2025–2040), double from 2023 levels.
Infrastructure Expansion: Need for 180GW of cross-border capacity (double current), 11 new transmission corridors, and €400B for offshore grids (2025–2050).

Major operators (Enel, Terna, EON) have significantly increased CAPEX (~+50–200% YoY).
GE grid technologies show strong demand in Europe, with Siemens Energy and Hitachi scaling transformer capacity investments.

External Factors: Delays in grid investment, trade disruptions, geopolitical volatility, currency fluctuations, and raw material price hikes.
Competitive Pressures: Market saturation and intensified competition from new manufacturers.

Summary Notes:

Europe's grid sector maintains high growth potential through electrification and RE transition.
Supply chain issues (materials, delivery, skilled labor) are significant constraints.
Global players and domestic Chinese firms are aggressively expanding their European market presence.

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