The power of the Sun: from a warming planet to a brighter future

Igor Vejnovic

Photo: Igor Vejnović, The Nature Conservancy


July 27, 2023






July 27, 2023





Author: Igor Vejnović, The Nature Conservancy

Map of 100 sustainable locations for solar energy could meet 10% of annual household consumption

Serbia is currently facing an important decision about how its energy and climate future will look. Will the country take a significant step towards decarbonization and transition to a net-zero economy? To do so, Serbia will need to earmark land that can be used for renewable electricity generation, mainly from solar and wind resources.

The current efforts to reform and restructure the energy sector need to go hand in hand with spatial planning of electricity generation to avoid the consequences of climate change driven by the fossil fuel-dependent energy sector, without jeopardizing other strategic sectors such as agriculture, tourism, or natural resources such as protected areas or biodiversity. The cure shouldn’t be worse than the disease.

Photo: MT-KOMEX, Serbia, Solaris solar power plant
The area occupied by the solar plant doubles as a pasture for grazing sheep, reducing overall use of space.

I am writing this under AC while the outside temperatures across the Balkans are reaching 40 C. Without appropriate climate action we will increasingly face weather-related disasters such as heatwaves, droughts, fires, extreme rainfall, and floods. Freshwater ecosystems are especially vulnerable to these climate shocks. These extreme weather events do not simply come and go, they leave behind serious damage, as demonstrated by the June floods that led to a state of emergency being declared in 56 municipalities across Serbia.

The National Energy and Climate Plan (NECP) on public consultation

One of the ways to ensure that there is enough land is to conduct multisectoral and strategic planning of energy in space in alignment with other objectives that countries have such as food security or tourism development. Luckily, Serbia has a tool for that: as a signatory party to the Energy Community Treaty, Serbia is obligated to develop and adopt National Energy and Climate Plan (NECP), which serve as a crucial instrument for transitioning from fossil fuels to renewable energy sources. The goals, measures, and policies outlined in these integrated plans will define the pathway towards carbon neutrality.

The Ministry of Mining and Energy began drafting the National Energy and Climate Plan of the Republic of Serbia in April 2021, covering the period up to 2030 with projections up to 2050. Upon reviewing the Draft document, which is currently open for public consultation until July 28th, there are some positive signs. For instance, measure PM_D25 for “[u]pdating, simplifying and optimizing the spatial planning framework” is crucial to align energy with other use of space.

If this measure survives in the document’s final version, it could provide a basis for Serbia to designate Renewables Acceleration Areas – zones of high energy yield but low environmental and social impact where the permitting could be simplified and accelerated. Renewables Acceleration Areas are currently being piloted in EU member states as a part of  RePowerEU: the flagship EU initiative to speed up the buildout of renewables and move away from imported fossil fuels. The Nature Conservancy is helping Croatia to create such areas. Serbia shouldn’t lag behind.

The current version of the NECP predicts an increase in their share from 33.6% to 2030. However, there seems to be some restraint as this decision does not align with the decision of the Ministerial Council of the Energy Community, which sets a national target for Serbia of 40.7% in terms of increasing the share of renewables.

The fact that there is room for increasing the share of renewable energy sources is confirmed by the data showing that the current total energy production from solar photovoltaic systems in Serbia is only at 0.04%. The NECP envisages an increase in the share of solar energy by 2030 to 1.73 GW under the more ambitious scenarios. Given that the renewable potential in Serbia is measured in tens of GW, and that the current project developer interest is up to 10.3 GW of proposed renewables projects, this objective seems limited in its aspiration.

The 100 best locations for solar power plants could provide 1 GW of energy

In order to contribute to the acceleration of renewable energy development, specifically solar photovoltaic power plants, The Nature Conservancy, together with the wider group of local partners, has launched the project “Smart Planning for Sustainable Development: Mapping Serbia’s Solar Potentials.” Besides aiming to facilitate faster development, the project’s task was to ensure that the implementation does not impact areas of valuable nature and spaces of great importance for human life and activities.

MT-KOMEX, Serbia
Photo: MT-KOMEX, Serbia, DeLAsol solar power plant
With an installed capacity of 9.9 MW in a low conflict area, it serves as a good illustration of what the 100 locations selected in the study would look like when developed.

The study, for which the methodology was developed by local experts in collaboration with The Nature Conservancy, explored conflicts and potential for the development of solar photovoltaic systems (PV). The result of the study is a map that combines both aspects (Map 1), as well as a selection of the 100 best locations for solar system development based on both criteria (Map 2), with an estimated installed capacity of 10 MW each.

Map1_EN_Suitability for PV Solar in Serbia
Map 1: Suitability for PV Solar in Serbia (Development potential vs Conflict potential)
Map2_EN_Top 100 locations for PV solar developmentin Serbia
Map 2: Top 100 locations for PV solar development in Serbia

To ensure even regional development, the study picked the four best spots in Serbia’s 25 regions to evenly spread solar plants. If these locations were utilised for electricity production using solar photovoltaic cells, the electricity generated would meet approximately 10% of Serbia’s total household consumption.


A sustainable future requires determination

The Government of Serbia has adopted a decree to select a strategic partner for installing 1 GW of solar power plants and at least 200 MW of battery storage. This study, offers a tool for decision-makers at the national, provincial, and local levels, independent expert institutions, investors, and the professional community to enable the best possible placement for those plants.

Our study has shown that Serbia has great potential for developing a more sustainable energy system. Through collaboration across different institutions and disciplines, we have proven that there is knowledge, experience and willingness to tackle this complex issue. We also hope that the National Energy and Climate Plan, which is due to be adopted in September, will endorse more ambitious renewable expansion scenarios, retain policies and measures that keep pace with the high demand from project developers, and firmly establish a date for Serbia’s shift to carbon neutrality.

Foto Markus Spiske, Unsplash
Photo: Markus Spiske, Unsplash
Comments (0)

Be the first one to comment on this article.

Enter Your Comment
Please wait... Please fill in the required fields. There seems to be an error, please refresh the page and try again. Your comment has been sent.

Related Articles

Communities leading the Western Balkans' clean heating transition Nataša Kovačević

Communities leading the Western Balkans’ clean heating transition

08 May 2024 - Powering district heating networks with geothermal energy, solar thermal, or other renewable energy sources can help make large-scale heating systems efficient, cost-effective, and flexible, especially when rolled out in tandem with small-scale systems

Dimitris Symeonidis Hybrid Energy-Agriculture Cooperatives The “Passe-Partout” key to unlock a Community-led Net-Zero Future

Hybrid energy-agriculture cooperatives: Passe-partout key to unlock a community-led net-zero future

15 April 2024 - Unleashing the untapped potential of bioenergy in communities is of uttermost importance to decarbonise hard-to-abate sectors, such as heating, cooling and heavy transport, but, most of all, it opens the door to the development of hybrid energy-agriculture cooperative

Heating without burning how cities can accelerate the heat transition away from fossil fuels AllisonLeCorre

Heating without burning: how cities can accelerate the heat transition away from fossil fuels

12 April 2024 - Cities have the power to reduce heating emissions on a large scale, through proactive planning and by adopting collective solutions like decarbonized district heating.

Wired for Success Electrifying Europe's Climate Race

Wired for Success: Electrifying Europe’s Climate Race

02 April 2024 - How can Europe maintain its businesses' competitive edge on the global stage while championing environmental sustainability? The answer lies in a powerful combination: advanced manufacturing and electrification.