In January 2026, Romania and Hungary emerged as significant marginal price setters for the South-East European electricity market, influencing price trends beyond their borders. The average electricity prices for the month were reported at €150.51/MWh for Romania and €150.41/MWh for Hungary, effectively establishing a regional pricing ceiling.
This pricing leadership occurred despite the differing structural dynamics of both countries’ energy systems. Romania’s generation portfolio displayed a balanced yet increasingly vulnerable state, with a notable decline in hydroelectric output. As a result, coal and gas sources took on a more prominent role in meeting demand. Observations indicate that Romania faces challenges due to inadequate flexible reserves, which hampers its ability to manage prolonged periods of low renewable energy generation, necessitating increased imports and reliance on gas during peak stress periods.
Conversely, Hungary’s energy landscape is characterized by its role as a transfer hub rather than an independent system. In January, Hungary recorded a substantial 34.03% net import rate, translating to 1.62 TWh of imported electricity. This structural position allowed Hungarian electricity prices to absorb pressures from Central Europe, redistributing them throughout South-East Europe via cross-border flows directed towards Croatia, Serbia, and Romania.
A key factor in the pricing strategies of both markets was their focus on forward fuel risk, which surpassed traditional spot market fundamentals. Factors such as expectations regarding gas supply, carbon pricing implications, and the availability of imports significantly influenced bidding behaviors. Even during periods of stable demand, prices remained elevated due to concerns over supply reliability.
The interplay between Romanian and Hungarian markets has critical implications for traders and market analysts. While Italy continues to be perceived as an expensive market within the region, January’s data highlighted that the dynamics between Romania and Hungary increasingly dictate volatility across South-East Europe, particularly under winter conditions.
As a result, it is essential for stakeholders in the energy sector to recognize Romania and Hungary as the primary marginal axis for regional power trading activities. Other markets within South-East Europe are likely to respond to movements in these two markets rather than establishing independent pricing signals.
