Below is the average daily output per kW of Solar PV installed for each season, along with the ideal solar panel tilt angles calculated for various locations in Serbia. Click on any location for more detailed information.

Explore the solar photovoltaic (PV) potential across 38 locations in Serbia, from Subotica to Bujanovc. We have utilized empirical solar and meteorological data obtained from NASA's POWER API to determine solar PV potential and identify the optimal panel tilt angles for these locations.

If you have questions, feel free to contact us.

Location	Subdivision	Latitude	Longitude	kWh/day Summer	kWh/day Autumn	kWh/day Winter	kWh/day Spring	Panel Tilt Angle
Subotica	Vojvodina	46.1015	19.6698	6.80	3.03	1.61	4.76	39° South
Senta	Vojvodina	45.9237	20.0774	6.94	3.12	1.59	5.06	39° South
Gornji Breg	Vojvodina	45.9208	20.0218	6.97	3.17	1.62	5.09	39° South
Kikinda	Vojvodina	45.8375	20.4666	6.93	3.11	1.57	5.04	38° South
Backa Topola	Vojvodina	45.8211	19.6317	7.01	3.14	1.74	4.94	39° South
Kula	Vojvodina	45.6092	19.5275	7.01	3.14	1.74	4.94	38° South
Pivnice	Vojvodina	45.466	19.4464	7.01	3.14	1.74	4.94	38° South
Zrenjanin	Vojvodina	45.3809	20.3859	6.94	3.12	1.59	5.06	38° South
Bački Petrovac	Vojvodina	45.359	19.593	6.98	3.08	1.68	4.89	38° South
Novi Sad	Vojvodina	45.25	19.8362	7.01	3.14	1.74	4.94	38° South
Palanka	Vojvodina	45.2467	19.3859	6.98	3.09	1.70	4.90	38° South
Kamenitz	Vojvodina	45.2264	19.8393	6.98	3.09	1.70	4.90	38° South
Titel	Vojvodina	45.1992	20.2913	6.93	3.11	1.57	5.04	38° South
Vršac	Vojvodina	45.1184	21.3097	6.93	3.11	1.57	5.04	38° South
Sremska Mitrovica	Vojvodina	44.9837	19.6146	6.81	3.08	1.66	4.84	38° South
Belgrade	Belgrade	44.804	20.4651	6.91	3.20	1.70	5.10	38° South
Smederevo	Podunavlje	44.6675	20.9209	6.91	3.20	1.70	5.10	37° South
Rucka	Belgrade	44.658	20.3061	6.91	3.20	1.70	5.10	37° South
Lešnica	Mačva	44.6542	19.3052	6.80	3.04	1.65	4.84	37° South
Požarevac	Branicevo	44.618	21.1723	7.00	3.16	1.61	5.10	37° South
Kladovo	Bor	44.6069	22.6144	7.00	3.03	1.73	5.11	37° South
Mladenovac	Belgrade	44.4349	20.7013	6.88	3.14	1.64	5.04	37° South
Lazarevac	Belgrade	44.3834	20.2647	6.88	3.14	1.64	5.04	37° South
Opština Aranđelovac	Šumadija	44.3104	20.5511	6.91	3.20	1.70	5.10	37° South
Valjevo	Kolubara	44.279	19.8989	6.84	3.11	1.71	4.89	37° South
Negotin	Bor	44.2269	22.5299	7.00	3.03	1.73	5.11	37° South
Glogovac	Mačva	44.0397	21.3037	7.00	3.16	1.61	5.10	37° South
Kragujevac	Šumadija	44.0177	20.9222	6.88	3.14	1.64	5.04	37° South
Jagodina	Pomoravlje	43.9784	21.2571	7.02	3.17	1.80	5.08	37° South
Zaječar	Zaječar	43.9048	22.2614	7.07	3.08	1.85	5.02	37° South
Čačak	Morava	43.897	20.355	6.79	3.17	1.80	4.96	37° South
Užice	Zlatibor	43.8554	19.838	6.67	3.07	1.78	4.86	37° South
Arilje	Zlatibor	43.7541	20.093	6.79	3.14	1.78	4.96	37° South
Kraljevo	Raška	43.7224	20.6831	6.79	3.14	1.78	4.96	37° South
Aldinac	Zaječar	43.5308	22.4491	7.10	3.11	1.88	5.06	37° South
Niš	Nišava	43.3261	21.9014	7.05	3.21	1.84	5.14	36° South
Tutin	Raška	42.9961	20.3288	7.04	3.23	2.02	5.09	36° South
Bujanovc	Pcinja	42.4665	21.7686	7.13	3.29	2.00	5.19	36° South

Solar Panel Tilt Angle in Serbia

So far based on Solar PV Analysis of 38 locations in Serbia, we've discovered that the ideal angle to tilt solar PV panels in Serbia varies between 39° from the horizontal plane facing South in Subotica and 36° from the horizontal plane facing South in Bujanovc.

These tilt angles are optimised for maximum annual PV output at each location for fixed-panel solar PV installations. If you click on one of the locations above, there is further detail on ideal seasonal tilt angles as well (in case your solar panels are adjustable).

Depending on where you are based in Serbia, the ideal angle to tilt your solar panels will vary by approx 3 degrees (between 39° from the horizontal plane facing South and 36° from the horizontal plane facing South).

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Calculate Your Optimal Solar Panel Tilt Angle: A Comprehensive Guide

Elevate the performance of your solar PV installation by utilizing our thorough guide. Determine the best panel tilt angle using real-world data, debunk prevalent misconceptions and grasp how geographical location influences solar power yield.