Solar Potential in Drobeta-Turnu Severin

COUNTY MEHEDINȚI

Solar potential in Drobeta-Turnu Severin: how much can photovoltaic panels produce?

Monthly PVGIS production, specific yield, local comparison and a financial calculator for a photovoltaic system in Drobeta-Turnu Severin.

AT A GLANCE

Estimated photovoltaic production in Drobeta-Turnu Severin

For the standard reference configuration of 5 kWp, PVGIS estimates approximately 6,668 kWh/an, adică aproximativ 1,334 kWh/kWp/an and an average of 18.3 kWh/zi.

This is an energy estimate and depends on coordinates, orientation, tilt, losses and the real installation conditions.

Production anuală6,668 kWh
Daily average18.3 kWh
Randament specific1,334 kWh/kWp
Estimated annual value5,068 lei
307
Ian
372
Feb
573
Mar
658
Apr
725
Mai
747
Iun
804
Iul
768
Aug
624
Sep
500
Oct
303
Nov
289
Dec

Energy calculation based on PVGIS 5.3 · European Commission, Joint Research Centre.

LOCAL SOLAR ANALYSIS

Photovoltaic potential in Drobeta-Turnu Severin

With the standard configuration used on this page — 5 kWp, south-facing, 35° tilt and 14% losses — PVGIS estimates approximately 6,668 kWh/an, adică 1,334 kWh for each installed kWp.

The most productive month is iulie, with approximately 804 kWh, while the weakest is decembrie, with approximately 289 kWh. June–August account for approximately 35% of annual production, while December–February account for approximately 15%.

Randament specific1,334kWh/kWp/an
Best monthIulie804 kWh
Production vară2,318 kWhiunie–august
Production iarnă967 kWhdecembrie–februarie
Scor solar comparativ8.5/10InfoBuz
+3.2%compared with the average of 42 locations already calculated
#15position in the current benchmark

The InfoBuz score is comparative: 1 represents the lowest specific yield in the benchmark and 10 the highest. Benchmark actual: 42/42 county seats. It is not an official PVGIS technical rating.

How much can a 3, 5, 6, 8 or 10 kWp system produce?

The estimates below scale the PVGIS specific yield for the same orientation, tilt and loss percentage.

3 kWp≈ 4,001 kWh/an333 kWh/month average
5 kWp≈ 6,668 kWh/an556 kWh/month average
6 kWp≈ 8,002 kWh/an667 kWh/month average
8 kWp≈ 10,670 kWh/an889 kWh/month average
10 kWp≈ 13,337 kWh/an1,111 kWh/month average

Estimated monthly production in Drobeta-Turnu Severin

LunaProductionAverage/dayAnnual share
Ianuarie307 kWh9.9 kWh4.6%
Februarie372 kWh13.3 kWh5.6%
Martie573 kWh18.5 kWh8.6%
Aprilie658 kWh21.9 kWh9.9%
Mai725 kWh23.4 kWh10.9%
Iunie747 kWh24.9 kWh11.2%
Iulie804 kWh25.9 kWh12.1%
August768 kWh24.8 kWh11.5%
Septembrie624 kWh20.8 kWh9.4%
Octombrie500 kWh16.1 kWh7.5%
Noiembrie303 kWh10.1 kWh4.5%
Decembrie289 kWh9.3 kWh4.3%

Compare with nearby areas

PVGIS PHOTOVOLTAIC CALCULATOR

How much will it produce and how long until the investment pays back?

Calculate production, self-consumption, export and simple payback.

Financial calculation & payback
▰ Battery simulator →
CONTEXT METEO

Weather conditions and solar panels

Data provided by the InfoBuz Weather module; it is not a PVGIS production forecast.

Detailed weather →
Temperature15°C
Nori83%
Wind4 km/h
Humidity86%
Sat26°cer fragmentat
Sun21°ploaie ușoară
Mon21°cer fragmentat
Tue18°cer acoperit de nori

Do you have a battery or want to reduce energy exported to the grid?

Run the battery storage simulator to estimate self-consumption, energy purchased from the grid and equivalent battery cycles.

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How to interpret the PVGIS estimate?

PVGIS estimates energy production using solar-radiation data and system parameters. The result is an energy estimate, not a production guarantee. Local shading, module temperature, soiling, inverter limits, system downtime and the actual installation configuration can change real production.