Slovenia LPG(Liquified Petroleum Market) Market

The Slovenia Liquefied Petroleum Gas (LPG) market is witnessing steady growth, driven by rising residential and commercial demand for LPG as a clean, efficient heating and cooking fuel, along with its expanding use in the autogas and transportation sector. Additionally, increasing adoption of LPG in industrial applications such as metal processing, food production, and chemical manufacturing continues to support market expansion. However, the market faces challenges from price volatility and supply uncertainty, influenced by fluctuations in global oil and gas markets and geopolitical factors. Despite these restraints, the ongoing transition towards clean and green energy sources presents significant opportunities for the market, particularly with the advancement of renewable LPG (Bio-LPG) solutions and innovations in LPG storage, distribution, and micro-cogeneration technologies, which are helping position LPG as a flexible, lower-carbon option within Slovenia’s evolving energy landscape. FIGURE 3 SLOVENIA LIQUIFIED PETROLEUM GAS (LPG) MARKET: MARKET GROWTH FACTOR ANALYSIS (2019- 2035) Impact Type Impact Analysis Index Market Factors Base (2024) 2019–2022 2023–2024 2025–2035 Growth Inhibiting Factor MACRO FACTORS Growth Promoting Factor Price Volatility and Supply Uncertainty Growth Steading Factor Growing Residential and Commercial LPG Demand Note: Expanding Use of LPG in Autogas ➢ The Impact indicated the measure of and Transportation influence on market growth Increasing LPG Use in Industrial ➢ Each Factor is graded based on historic Applications impact and estimated influence on the market. Transition Towards Clean and Green Energy Sources MICRO FACTORS Research & Development Supply Chain Disruptions Source: MRFR Analysis Copyright © 2025 Market Research Future 37

4.2.1 GROWING RESIDENTIAL AND COMMERCIAL LPG DEMAND The increasing demand for liquefied petroleum gas (LPG) in Slovenia’s residential and commercial sectors has emerged as a significant factor propelling the growth of the country’s LPG market. As energy dynamics in Europe shift toward cleaner, more flexible, and accessible fuel sources, Slovenia’s reliance on LPG is intensifying, driven by both consumer preference and governmental efforts to ensure efficient energy supply for homes and businesses. LPG is widely used in Slovenian households for heating, cooking, and hot water production. In regions not connected to the natural gas grid, LPG offers a convenient and reliable alternative to traditional fuels such as coal or heating oil. Its advantages such as cleaner combustion, lower emissions, and high energy efficiency make it an attractive choice for families looking to reduce their environmental impact and energy costs. Government initiatives to enhance the accessibility and adoption of LPG, such as the introduction of bio-LPG blends, further supports the growth in residential consumption. Companies like Butan plin have already integrated significant proportions of bio-LPG into their cylinders, aiming to both decarbonize and modernize fuel offerings for households. In Slovenia’s commercial sector, LPG is increasingly adopted by hotels, restaurants, small manufacturing industries, and service enterprises due to its versatility and portability. LPG’s rapid energy release and ease of storage and transport are particularly valued in hospitality and HoReCa (Hotel/Restaurant/Cafe) businesses, where energy reliability and quality directly impact daily operations. As businesses strive to meet stricter emissions regulations and enhance cost-competitiveness, many are retrofitting energy systems to utilize LPG over more carbon-intensive fuels. Moreover, the commercial and light industrial uptake of LPG is bolstered by its role in backup power generation, fleet fueling (such as LPG-powered vehicles), and as a feedstock in small-scale manufacturing processes. FIGURE 4 LPG ENERGY CONSUMPTION IN SLOVENIA IN SERVICE SECTOR, 2019-2022 (IN KTOE) 300 295 295 290 2019 2020 2021 2022 Source: European Union & MRFR Analysis Copyright © 2025 Market Research Future 38 The consistent demand from both residential and commercial consumers is reinforcing the infrastructure of the LPG market in Slovenia, encouraging investment in storage, distribution, and supply logistics. The dual demand also encourages market diversification, with new offerings and delivery models emerging to increase accessibility and appeal to a broader array of users. As households and enterprises across Slovenia continue to seek affordable, efficient, and cleaner energy solutions, the momentum behind LPG adoption further accelerates infrastructure expansion and policy support, solidifying LPG as an integral component of the national energy landscape. 4.2.2 EXPANDING USE OF LPG IN AUTOGAS AND TRANSPORTATION The growing adoption of LPG as transportation fuel (commonly known as Autogas) is a significant driver for the Slovenia Liquefied Petroleum Gas (LPG) market. Autogas is widely regarded as an economical, lower-emission alternative to conventional fuels like petrol and diesel. According to European Commission, across Slovenia LPG-powered vehicles account for over 37% of total alternative fuel vehicles in 2024. As concerns over urban air quality and carbon emissions intensify, policymakers are promoting cleaner alternative fuels, positioning Autogas as an immediate, scalable solution for both private and commercial vehicles. FIGURE 5 NUMBER OF LPG VEHICLES IN SLOVENIA, 2020-2024 (IN UNITS) 12,715 12,144 11,866 11,583 11,300 2020 2021 2022 2023 2024 Source: European Commission & MRFR Analysis One of the key advantages driving Autogas adoption is its lower fuel cost and reduced tax rates compared to petrol and diesel in Slovenia. This economic benefit makes LPG particularly attractive for high-mileage vehicle operators, such as taxis, delivery vans, ride-share fleets, and public transportation providers. Additionally, modern dual-fuel vehicles, capable of operating on both petrol and LPG, offer flexibility and extended range, further encouraging uptake among private motorists and fleet operators alike. From an environmental standpoint, Autogas emits up to 20% less CO₂ and substantially lower nitrogen oxides (NOx) and particulate matter (PM) than diesel vehicles, contributing to improved urban air quality. With Slovenia enforcing low-emission zones (LEZs) and considering restrictions on older, polluting diesel vehicles, Autogas provides a practical, lower-emission alternative without the higher upfront costs associated with electric vehicles. This is particularly relevant for markets where electric vehicle infrastructure remains limited, and consumers seek cost-effective, cleaner fuel options. Copyright © 2025 Market Research Future 39 Moreover, Slovenia has established a robust network of LPG refueling stations, with refueling points available along major motorways, urban centers, and even in smaller towns, ensuring widespread accessibility for both private and commercial vehicles. This well-developed infrastructure not only incentivizes vehicle owners to convert their petrol cars to LPG but also assures seamless operations for logistics, courier, and delivery firms that rely on uninterrupted, nationwide fuel access. Thus, the expanding autogas segment not only underpins the growth of the LPG market but also reinforces Slovenia’s broader energy transition goals. As LPG’s role in transportation grows, it anchors the market’s position as a flexible, clean, and secure component of Slovenia’s national energy lan

4.4.1 TRANSITION TOWARDS CLEAN AND GREEN ENERGY SOURCES The transition towards clean and green energy sources presents a substantial opportunity for Slovenia’s LPG market as the country moves to align its energy system with European Union climate objectives and domestic sustainability mandates. Slovenia’s updated energy policies, particularly the amendments to the Energy Act, have laid new groundwork for decarbonization, energy efficiency, and a drastic reduction in the reliance on traditional fossil fuels. The government's explicit incentives for renewables and the gradual phasing out of coal-fired and oil-based heating underscore the intensity of this shift. Slovenia’s climate action strategy is legally anchored by the goal of achieving climate neutrality by 2050 and cutting greenhouse gas emissions by at least 55% by 2033 (compared to 2005 levels). National policies focus strongly on increasing the share of renewables, boosting energy efficiency, and supporting regional decarbonization demands that prompt both immediate changes in energy sourcing as well as the development of transitional solutions while more renewable infrastructure is still under development. In this context, LPG holds a strategic transitional role. Although the revised Energy Act bans the installation of new LPG boilers in future residential buildings unless a high share of renewable gas is guaranteed, the sector’s flexibility remains significant, particularly for applications and regions where electrification and direct renewable heating are not immediately feasible. Bio-LPG, a renewable, low-carbon derivative, has already been introduced in Slovenia’s fuel mix, offering a viable solution that leverages existing LPG infrastructure while directly supporting decarbonization pathways. The energy transition is also stimulating innovation and investment in infrastructure, making it easier to distribute both conventional LPG and emerging renewable variants. As Slovenia accelerates solar, wind, and hydrogen adoption, businesses and households seeking cleaner alternatives during this transition are likely to turn to LPG, especially bio-LPG, as a practical intermediary step before full renewable integration. This supports a broader, EU-backed transformation in which LPG, particularly in its renewable forms, mitigates supply gaps, ensures energy security, and helps reduce emissions during the multi-decade migration away from legacy fuels. Thus, the push for a greener energy system is not only reshaping regulatory and investment priorities in Slovenia, but also reinforcing LPG, most notably renewable LPG, as an accessible, lower-carbon opportunity amid the transition, thereby expanding its relevance and market potential in the evolving Slovenian energy landscape. 4.4.2 ADVANCEMENTS IN LPG TECHNOLOGIES Advancements in LPG technologies are fundamentally transforming the opportunities within Slovenia’s LPG market, elevating the sector’s standards of safety, sustainability, and versatility across domestic, commercial, and industrial applications. The adoption of smart metering and digital monitoring systems by leading Slovenian suppliers has enabled both end-users and service providers to benefit from real-time gas consumption tracking, enhanced accuracy in billing, and improved safety through immediate leak detection. Notably, both local and international companies, such as SHV Energy and Istrabenz Plini, have implemented smart LPG tanks and IoT-enabled monitoring solutions that not only mitigate operational risks but also facilitate predictive maintenance and deliver customer-centric service enhancements. Such advancements are fostering greater reliability and operational efficiency, thereby reinforcing consumer confidence in LPG as a vital component of Slovenia’s evolving energy landscape. Copyright © 2025 Market Research Future 44 Recent sector developments further reflect this positive trajectory. In 2021, Butan plin introduced bio-LPG to the Slovenian market, positioning Slovenia among the first nations in the region to offer this renewable, low-carbon alternative on a large scale. This initiative supports the national drive towards decarbonization in accordance with European Union climate objectives. In 2024, the collaboration between SHV Energy and Neste Biofuels initiated widespread distribution of bio-LPG across Europe, thus providing Slovenian consumers with direct access to a sustainable fuel that can be utilized in existing appliances and vehicles without modification. These advancements not only support the country’s emission reduction commitments but also exemplify Slovenia’s leadership in adopting sustainable energy solutions. Product innovation is also evident in efforts to improve user safety and convenience. Istraben Plini’s introduction of the Plindom cylinder exemplifies the move towards modern, lightweight composite cylinders equipped with advanced safety features and visible gas level indicators, catering to the practical needs of households. On an industrial scale, advancements in LPG-powered engine technology, such as improvements in direct injection systems, have enhanced fuel efficiency and reduced emissions, establishing autogas as a practical and more environmentally responsible choice for transportation and industries. Infrastructure development has also been a focus, as demonstrated by Petrol d.d.’s recent cross-border partnership aimed at strengthening regional LPG storage capabilities. Supported by regulatory authorities, such partnerships improve supply security and logistic resilience, which are essential for dependable energy provision, particularly in remote or high-demand areas. Additionally, projects like the GreenGardens complex in Prekmurje highlight how state-of-the-art, energy-efficient greenhouses are integrating LPG within a diversified mix of energy sources for sustainable food production. Collectively, these technological advancements and strategic

4.3.1 PRICE VOLATILITY AND SUPPLY UNCERTAINTY One of the major challenges restraining the growth of the Slovenia Liquefied Petroleum Gas (LPG) market is the inherent price volatility associated with global oil and gas markets. As a petroleum derivative, LPG prices are closely tied to fluctuations in crude oil and natural gas prices, which are influenced by a wide range of geopolitical, economic, and seasonal factors. In recent years, supply disruptions due to geopolitical tensions such as the Russia-Ukraine conflict and instability in the Middle East have caused sharp spikes and irregularities in Slovenia LPG prices, making it difficult for both residential and industrial users to forecast fuel costs accurately. FIGURE 7 NATURAL GAS COMMODITY PRICES IN EUROPE FROM 2019 TO 2024 (IN U.S. DOLLARS PER MILLION BRITISH THERMAL UNITS) Natural gas commodity prices in Europe from 2019 to 2024 (in U.S. dollars per million British thermal units) 50 40 30 20 40.3 10 4.8 16.1 0 3.2 13.1 2019 11 2020 2021 2022 2023 2024 This volatility particularly affects price-sensitive sectors such as transportation, agriculture, and small-scale industries, where fuel costs constitute a significant portion of operating expenses. Sudden price increases can deter businesses and consumers from committing to long-term LPG contracts or investments in LPG-powered equipment and infrastructure. Additionally, fluctuating prices undermine LPG’s competitive advantage over alternative fuels like natural gas and electricity, which benefit from more stable, regulated pricing structures in Slovenia market. Another contributing factor to supply uncertainty is Slovenia’s dependence on LPG imports. While domestic production exists, a substantial portion of Slovenia’s LPG demand is met through imports from. isruptions in global shipping routes, sanctions, or production cuts in exporting countries can quickly lead to localized shortages and logistical bottlenecks. The recent volatility in shipping costs and energy commodity prices following the pandemic and regional conflicts has exposed the vulnerability of Slovenia’s LPG supply chain. Furthermore, the growing emphasis on renewable energy sources and electrification policies across Europe is adding a layer of regulatory uncertainty to the LPG market. While LPG is cleaner than coal and oil, it remains a fossil fuel, and future environmental regulations could impose stricter limitations or taxes on its usage. This policy risk, combined with supply and price unpredictability, Copyright © 2025 Market Research Future 42 may deter potential industrial and commercial users from increasing their reliance on LPG, acting as a brake on market expansion in certain regions and applications. FIGURE 8 CHALLENGE IMPACT ANALYSIS (2024-2035) Restraint 1 Price Volatility and Supply Uncertainty Restraint 5 Restraint 2 Infrastructure Limitations in Certain Markets Competition from Natural Gas & Renewable Alternatives Restraint 4 Restraint 3 Supply Chain Disruptions Stringent Environmental Regulations on Emissions Note: The Impact indicated the measure of influence on market growth. Copyright © 2025 Market Research Future 43