Market evolution: Electricity meters (CN 902830) — 2015–2025

Introduction

This report analyses the trade dynamics of the European Union (EU) in electricity supply and production meters (Customs Code 902830) over the period 2015-2025. The analysis is based on trade data for flows between the EU and non-EU countries, examining overall trends, market concentration, and product segmentation. The period was characterized by robust growth in both imports and exports, a significant shift in the EU's net trade position, and notable volatility among key trading partners.

1. A Widening Trade Deficit Driven by Stronger Import Growth

Over the 2015-2025 period, the EU's trade in electricity meters expanded substantially, but the growth of imports consistently outpaced that of exports, leading to a significant deterioration of the trade balance.

Overall Trade Volume and Value Saw Significant Increases

The EU's total trade value (imports + exports) grew from approximately €465 million in 2015 to nearly €800 million in 2025. Import values rose by 76.9%, while export values increased by 63.7%. This growth was reflected in both physical quantities (net mass) and the number of units traded, with import volumes rising faster than export volumes.

Source: General Overview trade data

The EU's Net Import Reliance Strengthened Dramatically

The trade deficit widened from €121 million in 2015 to €237 million in 2025. More tellingly, the net import reliance (imports minus exports as a share of apparent consumption) surged from 2.7% in 2015 to 21.0% in 2025. This indicates that the EU's internal demand for electricity meters increasingly relied on external suppliers. The shift was particularly sharp between 2020 and 2022, coinciding with global supply chain pressures and the acceleration of energy transition investments.

Source: Net import reliance

Price Dynamics Diverged Between Imports and Exports

While import prices (per tonne) remained relatively stable, export prices showed more volatility and generally trended higher. This suggests EU exporters may have focused on higher-value, specialized meters. The average import price per unit (EUR/piece) actually decreased from €34.93 in 2015 to €33.27 in 2025, indicating greater cost efficiency or sourcing of lower-cost products. In contrast, the average export price per unit rose from €43.83 to €48.49.

2. Shifting Geographic Concentration and Emerging Partnerships

The geographic landscape of the EU's trade in electricity meters evolved, with import concentration increasing and export destinations becoming more volatile.

China Cemented its Dominance in EU Imports, While Tunisia's Share Declined

China was the EU's largest source of imports throughout the period, with its share growing substantially. In 2025, China accounted for 59.8% of total EU import value (€310 million). Tunisia, the second-largest supplier, saw its value and share decline, falling from 27.3% in 2015 to 12.0% in 2025. Egypt emerged as a new significant supplier, with imports growing from €1.8 million to €32.6 million.

Source: Top import partners

The import market became more concentrated, as indicated by the Herfindahl-Hirschman Index (HHI) rising from 2,793 in 2015 to 3,827 in 2025. This increasing reliance on a few key suppliers, especially China, presents a strategic vulnerability.

Source: Import concentration (HHI)

EU Export Destinations Were Highly Volatile

The EU's export market was less concentrated and more volatile than its import market. While the UK and Switzerland were consistently important partners, their performance fluctuated. Exports to Saudi Arabia collapsed by -94.0%, while those to Switzerland and Iraq saw extraordinary growth of 544.1% and 348.5%, respectively. This volatility, reflected in high coefficients of variation for several partners, suggests exports are tied to project-based demand and are sensitive to regional economic and political conditions.

Source: Top export partners

Internal EU Production and Specialization Varied Widely

EU domestic production of electricity meters (reported under Prodcom code 26.51.63.70) grew in value from €622 million in 2015 to over €1 billion in 2025, indicating a healthy internal industry. However, specialization in exports varied dramatically across Member States. In 2025, Greece and Slovenia exhibited the highest revealed comparative advantage, while large economies like Belgium and Ireland showed a strong negative RCA, meaning they were net importers for this product category.

Source: Specialisation, Production volumes

3. Product Segment Breakdown Reveals Divergent Trends

The trade dynamics differ significantly when examining the three sub-categories that compose CN 902830: single-phase AC meters (90283011), multi-phase AC meters (90283019), and DC meters (90283090).

Multi-phase AC Meters Became the Dominant Import Category by Value

Imports of multi-phase AC meters (90283019) saw the most dramatic growth, becoming the largest import category by value in 2025 (€270 million). This segment likely reflects demand for industrial and commercial grid infrastructure. Single-phase AC meters (90283011), typically for residential use, also grew but remained the second-largest category. DC meter imports (90283090) were more volatile but showed a strong upward trend, potentially linked to applications in solar power, EV charging, and data centers.

Source: Product segment breakdown

Export Growth Was Broad-based Across Segments

Export growth was more balanced. Multi-phase AC meters (90283019) were the EU's largest export product by value, growing from €87 million to €151 million. Exports of DC meters (90283090) also grew strongly, from €33 million to €67 million. Notably, the average export price for DC meters per piece was highly variable, peaking in 2024, which could indicate shipments of high-value, specialized units.

Trade Surpluses Persisted Only in Certain Niches

The EU maintained a consistent trade surplus in the DC meter segment throughout the period. In contrast, it ran a persistent and growing deficit in multi-phase AC meters, which was the primary driver of the overall widening trade gap. The deficit in single-phase AC meters was smaller and more stable.

Conclusion

The EU market for electricity meters between 2015 and 2025 was marked by robust growth but increasing external dependency. A major trend was the acceleration of import growth relative to exports, which transformed the EU from a near-balanced trader into a significant net importer, with reliance on external suppliers rising from 2.7% to 21.0% of apparent consumption.

This structural shift was heavily driven by soaring demand for multi-phase AC meters, sourced predominantly from China, which consolidated its dominant position. This concentration creates a strategic vulnerability for the EU's energy transition and grid modernization efforts. Meanwhile, the EU's export performance, while growing, was more volatile and dependent on a fluctuating set of partners.

The product data reveals a nuanced picture: the EU's domestic industry expanded and maintained a technological edge in specific niches like DC meters. However, for the core components of the grid infrastructure (multi-phase meters), production failed to keep pace with demand, leading to a dependency on imports. Future trends will likely be influenced by the pace of grid digitalization, EU industrial policy in the clean energy sector, and geopolitical shifts in global supply chains.