PV in Czech Republic and Slovakia

Photovoltaic Market Analysis: Czech Republic and Slovakia

Strategic Opportunities in Central Europe’s Solar Energy Transition

Executive Summary

The photovoltaic (PV) markets in Czech Republic and Slovakia represent two of Central Europe’s most dynamic renewable energy sectors, experiencing unprecedented growth driven by ambitious climate targets, favorable policy frameworks, and declining technology costs. Czech Republic achieved 4,812.77 MW of installed capacity in 2025 with a forecast to reach 10,000 MW by 2030, while Slovakia added 274 MW in 2024, bringing cumulative capacity to over 1 GW.

The Czech market reached 967 MW of new installations in 2024, with commercial and industrial (C&I) projects accounting for approximately 500 MW, residential installations contributing 430 MW, and utility-scale projects adding 40 MW. Slovakia’s 274 MW installations in 2024 were led by the commercial and industrial sector, indicating strong corporate adoption in both markets.

Both countries are positioned at the forefront of Central Europe’s energy transition, with Czech Republic targeting 30% renewable energy by 2030 (up from 18% in 2021) and Slovakia aiming for 19.2% share of renewable energy sources by 2030. The convergence of supportive policies, grid modernization investments, and technological innovation creates significant opportunities for EPC contractors and O&M service providers.

The European solar O&M market remains highly fragmented, with the top 15 global PV O&M firms experiencing market fragmentation in 2022, accounting for 56% market share down from 58% in 2021. This fragmentation, mirrored across Europe including Czech Republic and Slovakia, presents substantial growth opportunities for specialized service providers who can deliver comprehensive, technology-driven maintenance solutions.

Market Overview and Current Status

Czech Republic: Rapid Expansion and Policy Support

The Czech Republic has emerged as one of Central Europe’s solar energy leaders, with a remarkable transformation from the challenging post-2010 period to the current renaissance. At the end of 2021, there were over 50,000 photovoltaic power plants with an installed capacity of about 2,200 MWp, rising to almost 85,000 PV plants with a total capacity of 2,460 MWp during 2022.

The market’s resilience is evident in its consistent performance, with 967 MW installed in 2024, building on 970 MW deployed in 2023. This growth trajectory is supported by strong government commitment, including the renewal of CZK 3 billion interest-free loan pool for C&I solar and attached battery storage in April 2025, covering up to 30% of PV CAPEX and 50% of storage costs.

The residential segment demonstrates particular dynamism, with rooftop installations growing at a 20% CAGR, while ground-mounted projects held 60% market share in 2024. The New Green Savings Light Programme reimburses up to 50% of capital costs for hybrid solar-plus-battery systems and has driven a twenty-fold surge in monthly applications, indicating strong consumer adoption.

Infrastructure investments support this growth, with the European Investment Bank approving a EUR 400 million loan in December 2024 to add 5.5 GW of renewable hosting capacity by 2026. Additionally, Hitachi Energy allocated CZK 1.1 billion to expand Brno high-voltage equipment output, adding 200 jobs, demonstrating industrial commitment to the sector.

Slovakia: Emerging Growth and Market Maturation

Slovakia’s solar market, while smaller than its Czech neighbor, shows encouraging growth patterns and increasing sophistication. The country’s cumulative solar capacity exceeded 1 GW following 274 MW of additions in 2024, representing steady progress from the significant year-on-year increase in 2023 when the country added around 220 MW.

SAPI estimates that Slovakia’s solar market will grow by around 300 MW in 2024 and by roughly the same amount in 2025, indicating stable development expectations. The market structure shows strong commercial focus, with installations in 2024 led by the commercial and industrial sector.

Government support mechanisms are evolving, with SAPI Director Ján Karaba identifying the main 2023 market drivers as a legislative framework supporting prosumer PV installations, a grant scheme for small residential PV systems, and a grant scheme for commercial and municipal PV installations.

The manufacturing sector shows promise, with country-based companies such as Agora solar on the verge of setting up 150MW module factory, expected to ramp up production capacity to 500MW by 2024. This local manufacturing capability could support domestic market growth while reducing supply chain dependencies.

Regulatory Framework and Policy Environment. PV in Czech Republic and Slovakia.

Czech Republic: Comprehensive Policy Support

The Czech regulatory environment demonstrates strong commitment to renewable energy development through multiple policy instruments and support mechanisms. The Modernisation Fund represents the most significant subsidy scheme, supporting ten lower-income EU Member States in their transition to climate neutrality with allocation for Czech Republic from 2021 to 2030 of around EUR 20 billion, from which about EUR 8 billion has already been used.

Recent legislative improvements streamline development processes significantly. The 2023 law amendment (Lex RES I.) brought substantial changes including: no electricity generation licence required for sources up to 50 kW; no planning permit required for stand-alone RES installations up to 50 kW; no building permit required for on-site RES installations up to 50 kW; and renewable energy plants over 1 MW declared as public interest projects.

The auction system provides market-based support with declining auction strike prices for feed-in premiums, with competitive bidding cutting support costs while adding more than 1,500 MW by 2025. The Promoted Energy Sources Act favors auctions instead of fixed tariffs, leveraging lower solar LCOE and bigger project scales.

Grid development receives substantial investment support, with the Ministry of Industry and Trade preparing a map of “go-to zones” identifying suitable locations for wind and photovoltaic construction, followed by relevant legislation allowing faster development of renewables in these zones.

Slovakia: Evolving Support Mechanisms. PV in Czech Republic and Slovakia.

Slovakia’s regulatory framework continues developing to support accelerated deployment. Slovakia’s Ministry of Economy published a call for bids in the capex auction scheme under its recovery and resilience plan, with auction calls accepting bids of up to 5 MW of installed power.

Support mechanisms are diversifying, with a capex financial support scheme for enterprises starting, likely boosting the C&I segment. The country also benefits from EU-level support, with Slovakian authorities offering €140 million in rebates for 2023 to cover up to 50% of the cost of buying and installing solar water heaters, heat pumps, biomass systems, solar-thermal collectors, and PV systems up to 10 kW in size.

Innovation initiatives show government commitment to advanced technologies, with Slovakia’s Deputy Prime Minister and Minister of Economy signing an agreement with Japanese plastics manufacturer Sekisui Chemical to explore the possibility of producing flexible photovoltaic panels in Slovakia.

However, regulatory gaps remain. Director Ján Karaba called for acceleration of permitting procedures, suggesting complete digitization of the zoning and construction permit process, as well as an overhaul of agricultural land usage legislation.

Market Drivers and Growth Factors

Economic Competitiveness and Cost Reduction

The fundamental driver of market growth in both countries is the dramatic improvement in solar economics. The cost of solar equipment, including PV panels and solar inverters, has significantly reduced over the years, making projects increasingly competitive with conventional generation.

Corporate adoption accelerates due to economic drivers, with corporations using on-site solar and power purchase agreements to hedge volatile electricity prices and tap zero-interest government loans. This corporate interest spans multiple sectors, driven by both sustainability commitments and cost management strategies.

The residential market benefits from comprehensive support programs, with Czechia remaining a subsidy-driven market where almost all residential and C&I rooftop projects are subsidy-based. However, this creates a foundation for eventual subsidy-free market development as costs continue declining.

Energy Security and Geopolitical Factors. PV in Czech Republic and Slovakia.

The European energy crisis and geopolitical tensions have accelerated renewable energy adoption as a strategic imperative. Both countries recognize solar energy as crucial for reducing fossil fuel dependence and enhancing energy security. Slovakia sought to reduce its reliance on oil and natural gas from Russia, with a gas pipeline interconnector with Poland completed by August 2022.

The Czech Republic has consistently been a net exporter of electricity in the past two decades, but assessments on generation adequacy suggest it would become more dependent on electricity imports in 2030, with potential concerns for security of supply. This drives urgency for renewable capacity additions.

Climate Targets and EU Alignment. PV in Czech Republic and Slovakia.

Both countries align their policies with EU climate objectives, creating predictable long-term demand. Czech Republic’s 2030 goal for renewables is in line with the recently proposed level (31%) in the amendment of the Renewable Energy Directive, ensuring consistency with European frameworks.

The coal phase-out timeline provides clear market signals, with the binding National Energy and Climate Plan lifting capacity from 4,159 MW in 2024 to 10.1 GW by 2030, linked to streamlined permits for sub-50 kW arrays, multi-billion-CZK grid spending, and a coal exit in 2033.

Technology Trends and Innovation

Advanced PV Technologies and System Integration

The regional market increasingly adopts advanced technologies to maximize energy yield and system performance. Crystalline silicon (c-Si) dominated the Europe Solar PV market in 2024, but thin-film PV segment is emerging as the fastest-growing type, projected to expand at a CAGR of 6.2%.

Thin-film technology gains traction in Building-Integrated Photovoltaics (BIPV), with panels based on cadmium telluride (CdTe) and copper indium gallium selenide (CIGS) being incorporated into facades, windows, and rooftops. This trend particularly benefits urban markets in both countries where architectural integration becomes increasingly important.

Bifacial modules and tracking systems improve energy yield, with ground-mounted systems allowing developers to integrate advanced tracking technologies and bifacial modules for enhanced energy yield. These technologies become standard for utility-scale projects in both markets.

Energy Storage Integration. PV in Czech Republic and Slovakia.

Battery storage integration accelerates across both markets, driven by grid stability requirements and revenue optimization. Europe currently has around 8 GW of installed battery storage capacity, while the International Energy Agency (IEA) projects that 200 GW will be needed by 2030 to support the grid.

Co-location projects combining solar plants and storage become crucial as they enable better utilization of grid connections, reduced costs, and optimized energy dispatch. Storage systems enable participation in ancillary services markets and revenue optimization through peak shaving and arbitrage opportunities.

Hybrid systems receive particular support, with the Czech government’s interest-free loan program covering up to 50% of storage costs and the New Green Savings Light Programme reimbursing up to 50% of capital costs for hybrid solar-plus-battery systems.

Agrivoltaics and Land Use Optimization

Agrivoltaics emerge as a key technology for addressing land use concerns while expanding solar capacity. Central Europe could deploy 39 GW of agri-PV above shade-benefiting crops, with vertical solar panels between cereals adding another 141 GW.

Czechia is the only country in the region that has introduced agri-PV legislation, providing a competitive advantage and establishing the country as a regional leader in advanced solar applications. The Czech approach to agri-PV serves as a good example of how to facilitate projects while avoiding both negative impacts on stakeholders and increased bureaucracy.

Research demonstrates significant potential, with agri-PV increasing yields for some crops, with agri-PV systems boosting yields by up to 16% for fruits or berries, while shade-sensitive crops like wheat retain at least 80% of their normal productivity.

Central Europe could install up to 180 gigawatts (GW) of agri-PV capacity, potentially tripling the region’s renewable energy production from 73 terawatt-hours (TWh) to 191 TWh, indicating massive potential for specialized EPC contractors with agrivoltaic expertise.

Market Segmentation Analysis: Utility-Scale, Commercial, Industrial, and Residential Photovoltaic Opportunities

2024 Market Segmentation Data:

• Czech Republic C&I Installations: 500 MW (52% of total)
• Czech Republic Residential: 430 MW (44% of total)
• Czech Republic Utility-Scale: 40 MW (4% of total)
• Slovakia C&I Leadership: Majority of 274 MW installations
• Ground-mounted Projects: 60% Czech market share (2024)
• Rooftop Solar Growth Rate: 20% CAGR in Czech Republic

Utility-Scale Solar Development: Revitalizing Large-Scale Photovoltaic Projects in Czech Republic and Slovakia Markets

The utility-scale segment requires revitalization in both markets, particularly in Czech Republic where almost no utility-scale projects are being built because there are no auctions for utility-scale and power purchase agreements are very rare, as noted by the Czech Solar Association.

Future solar additions depend on Czechia’s ability to revive its utility-scale sector, with current estimates predicting 800 MW to 1 GW of solar this year and 800 MW to 1.4 GW in 2026, based on utility-scale growth. This creates significant opportunities for experienced EPC contractors who can develop competitive utility-scale projects with comprehensive asset management solutions.

Slovakia shows more balanced development, with utility-scale contributing to the overall market growth. The development of auction mechanisms and corporate PPA markets will drive this segment’s expansion, creating demand for specialized O&M services capable of managing large-scale installations across international markets.

Commercial and Industrial Segment. PV in Czech Republic and Slovakia.

The C&I segment demonstrates the strongest growth in both markets, driven by corporate sustainability commitments and economic benefits. In 2024, the C&I market led Czechia’s new solar installations, accounting for approximately 500 MW of the added solar, indicating strong corporate adoption.

Energy cost hedging motivates C&I adoption, with corporations using on-site solar and power purchase agreements to hedge volatile electricity prices. Government support amplifies this trend through zero-interest government loans and favorable financing terms.

This segment requires sophisticated engineering solutions, system integration capabilities, and long-term service commitments, creating opportunities for specialized EPC and O&M providers.

Residential Sector. PV in Czech Republic and Slovakia.

The residential market shows dynamic growth supported by generous incentive programs. The residential market accounted for 430 MW of Czech installations in 2024, demonstrating strong consumer acceptance.

Residential rooftops are growing fastest at a 20% CAGR, driven by improved financing options and system economics. The integration of battery storage becomes standard, with support programs encouraging hybrid system adoption.

Prosumer models gain traction, with legislative framework supporting prosumer PV installations in Slovakia and similar developments in Czech Republic. This segment requires scalable installation processes and ongoing maintenance capabilities.

Competitive Landscape and Market Players

Established Market Leaders

The Czech market features several established players with significant portfolios. Major players include ČEZ Group (ČEZ Solární), Photon Energy, Energy 21, Solek Group, Solar Global, and S.A.G. Solarstrom.

ČEZ Group announced plans to build a series of photovoltaic power plants with a total capacity of 1,500 MW by 2025, with aspirations to expand this to 6,000 MW by 2030, indicating significant corporate commitment to solar development.

Leading companies include Prague-based Nanosun, specializing in solar panel installation and providing comprehensive services including consultations, system design, installation, financing support, and long-term maintenance.

Slovak Market Players

Slovakia’s market includes both domestic and international players. Major companies operating in Slovakia include Slovenské elektrárne, A.S., Axpo Holding AG, CONTOURGLOBAL PLC, VP Solar and Acrosun s.r.o..

GreenEnergy leads as a Slovak renewable energy company with over 15 years of experience, completing more than 1,000 solar installations across Slovakia, generating over 100 MW of capacity.

Manufacturing capabilities develop locally, with Slovakia witnessing a rise in solar module manufacturing units, with companies like Agora solar establishing 150MW module factory capacity.

Market Fragmentation and Opportunities. PV in Czech Republic and Slovakia.

The European O&M market demonstrates significant fragmentation, creating opportunities for specialized service providers. The top 15 vendors in Wood Mackenzie’s tracked portfolio experienced a 2.8% market contraction, accounting for a 56% market share from 58% in 2021, indicating fragmentation in the solar PV O&M industry.

For the first time since 2015, when Wood Mackenzie began publishing this report, there was market fragmentation, with the top 15 O&M players decreasing their market share compared to the previous year. This fragmentation extends across Europe, including Czech Republic and Slovakia, where no single dominant O&M player controls the market.

Europe’s fragmented O&M market calls for holistic approach to managing PV plants, indicating opportunities for comprehensive service providers who can deliver integrated solutions across multiple markets.

German companies dominate European solar park operation market, with Belectric, Enerparc, Juwi and Baywa having almost 10 GW of project capacity under operation between them, but this still represents a fragmented market with room for specialized regional players.

Operations and Maintenance Market Analysis

Market Structure and Dynamics

The European O&M market demonstrates unique characteristics that create opportunities for specialized service providers. In 2023, the solar PV operations and maintenance market share have been consolidated by the major players accounting for 52.60% of the share, indicating significant market fragmentation with nearly half the market served by smaller players.

Wood Mackenzie contacted major solar PV O&M vendors around the globe to collect fleet information, approaching a total of 126 vendors for this report, demonstrating the highly fragmented nature of the industry with numerous service providers competing globally.

2022 was a relatively quiet period in the M&A market, meaning that the transactions were not significant in terms of volume in megawatts, suggesting ongoing opportunities for market entry and growth without major consolidation pressures.

Service Categories and Market Demand

O&M services encompass multiple categories with varying market dynamics. Scheduled maintenance dominated the solar PV operations and maintenance market in 2023, with preventive maintenance schedules and frequencies determined by the operations function and depending on several variables, including the kind of equipment, site environmental conditions, and warranty conditions.

Advanced technologies drive service evolution, with over 68% of photovoltaic plant operators shifting towards automated diagnostics and AI-driven performance monitoring tools. Remote monitoring solutions now account for 55% of installed intelligent maintenance systems, reducing manual labor requirements by 42%.

Technology adoption varies by region, with Europe’s solar market embracing intelligent O&M with around 55% of large-scale PV plants now employing remote fault detection systems. This creates opportunities for technology-advanced service providers.

Pricing Dynamics and Market Trends. PV in Czech Republic and Slovakia.

O&M pricing experiences significant dynamics driven by competition and technology adoption. The biggest price reduction was on the preventative maintenance portion in 2022, with Wood Mackenzie expecting 2023 prices to return to 2021 levels around $10 per MW for 100 MWdc utility project on average.

Market competition intensifies through multiple factors, with owners choosing to service their own projects adding to the competition, creating price pressure on O&M contracts. However, both experts agree the current market average pricing levels are not sustainable, expecting pricing dynamics to shift as new deals pick up.

Regional variations create opportunities, with Germany leading with nearly 70% of its utility solar assets running centralized performance monitoring platforms, while Southern European nations, particularly Spain and Italy, have adopted drone and thermal-imaging-based inspection tools across 45% of their farms.

Technology Integration and Digital Solutions

Advanced monitoring and diagnostic technologies transform O&M service delivery. Predictive analytics tools embedded with AI algorithms are utilized by 47% of utility-scale PV plants to anticipate failures and optimize power output.

Automation reduces operational costs and improves service quality, with robotics-based cleaning systems deployed in 38% of solar farms to improve module efficiency without manual intervention. Integration with drone-based inspection systems is growing, with 31% of surveyed operations using UAVs for fault detection, reducing downtime by over 28%.

Digital platforms enable comprehensive asset management, with such systems collecting all available data concerning the functioning of the installations including every component, allowing the client to track any kind of performance issue.

Grid Integration and Infrastructure Development

Transmission and Distribution Challenges

Both countries face significant grid infrastructure challenges requiring substantial investment. The Chairman of the Czech Energy Regulatory Authority (ERÚ) recently estimated the investment needed into the transmission and distribution system at 271 billion crowns (€10.7 billion) by 2030.

The windiest areas of the Czech Republic are, mostly, not currently connected to the grid, indicating infrastructure gaps that must be addressed for renewable energy integration. Similar challenges exist for solar development in both countries.

Grid connection procedures remain complex, with utility-scale approvals above 1 MWp still taking longer than the EU average in Czech Republic, despite overall improvements in the regulatory framework.

Smart Grid Development and Flexibility

Grid modernization investments support renewable energy integration. The European Investment Bank approved a EUR 400 million loan in December 2024 to ČEZ for grid upgrades that will integrate an additional 5.5 GW of renewables by 2026.

Slovakia’s electrical power supply grid operates efficiently, with low rate of transmission and distribution losses – 4.85%, in line with European standards, undergoing significant modernization supported by the EU.

Energy storage integration becomes critical for grid stability, with hybrid PPAs (solar + BESS or solar + wind) emerging in 2024 and expected to further increase in 2025, offering enhanced grid reliability and optimized revenue streams.

Regional Interconnection and Market Integration. PV in Czech Republic and Slovakia.

Both countries benefit from strong regional grid connections. The Czech Republic is very well interconnected with its neighboring countries, with 17 cross-border electric interconnections, and has achieved the EU target for 2030 of 15% interconnection capacity compared to installed generation capacity.

Cross-border power trading creates opportunities for optimized project economics, with cross-border PPAs expected to grow, mainly driven by Guarantees of Origin considerations and the search for competitive PPA price.

Regional cooperation supports market development, with Slovakia’s gas pipeline interconnector with Poland completed by August 2022 demonstrating infrastructure cooperation that extends to electricity markets.

Financial Markets and Investment Climate

Investment Flows and Financing Mechanisms

Both markets attract significant investment flows through diverse financing mechanisms. Investment needs by 2050 are estimated at about CZK 3.5 trillion of which about CZK 1–1.2 trillion are identified from public support including EU funds for Czech Republic’s decarbonization efforts.

EU funding mechanisms provide substantial support, with the Modernisation Fund allocation for Czech Republic from 2021 to 2030 at around EUR 20 billion, from which about EUR 8 billion has already been used. About 40% of the whole Czech part of the fund is anticipated to be assigned to renewable energy sources projects.

Corporate financing improves through government programs, with CZK 3 billion interest-free loan pool for C&I solar and attached battery storage, covering up to 30% of PV CAPEX and 50% of storage costs in Czech Republic.

Power Purchase Agreements and Revenue Models. PV in Czech Republic and Slovakia.

PPA markets develop gradually in both countries, though at different speeds. Whilst the Czech market with cPPAs is less developed than in some other European countries, it is expected to grow in the near future, with the first larger PPA in the renewable energy sector announced in 2021.

Corporate demand drives PPA development, with the legal framework for entering into bankable PPAs with longer-term power price fixing available in Czech Republic. This creates opportunities for project developers and EPC contractors who can structure long-term revenue contracts.

Corporate buyers, particularly in the tech and manufacturing sectors, show the greatest interest in renewable energy, driven by decarbonisation commitments and cost predictability through long-term PPAs.

Risk Management and Market Stability

Market stability improves through predictable policy frameworks and long-term targets. Clear alignment with EU climate goals keeps investment-risk premiums low in Czech Republic, providing favorable conditions for project financing.

However, regulatory risks remain, with retroactive cuts to feed-in-tariffs (FITs) on some solar systems looming after the Czech lower house of parliament backed the proposal in December 2024. The industry continues fighting retroactive changes to 2 GWp of ‘old’ solar from 2009 to 2010, indicating ongoing regulatory uncertainties.

Future Market Outlook and Growth Projections

Short-term Growth Projections (2025-2027)

Both markets demonstrate strong short-term growth potential driven by policy support and project pipelines. Current estimates predict 800 MW to 1 GW of solar installations in Czech Republic for 2025 and 800 MW to 1.4 GW in 2026, based on utility-scale growth.

SAPI estimates that Slovakia’s solar market will grow by around 300 MW in 2024 and by roughly the same amount in 2025, indicating stable near-term development.

Technology trends support growth acceleration, with Europe expected to add an additional 110 GW by 2025, nearly doubling its solar capacity within two years, creating favorable market conditions for regional growth.

Medium-term Development (2027-2030). PV in Czech Republic and Slovakia.

The 2030 targets drive medium-term market development in both countries. Czech Republic’s binding National Energy and Climate Plan lifts capacity from 4,159 MW in 2024 to 10.1 GW by 2030, a 140% jump.

Slovakia is projected to achieve a total solar PV capacity of 1,200 MW by 2030 according to the National Energy and Climate Plan (NECP), representing continued steady growth from current levels.

Technology deployment accelerates market development, with Central Europe’s potential to deploy 39 GW of agri-PV above shade benefitting crops, with vertical solar panels between cereals adding another 141 GW, indicating massive additional potential beyond conventional installations.

Long-term Vision (2030-2050)

Long-term market development aligns with European climate neutrality objectives. Czech Republic’s strategy includes raising nuclear power to 33% by 2040 (up from 15% in 2016) alongside renewable energy growth, creating a balanced low-carbon energy mix.

The coal phase-out timeline provides clear market signals, with Czech Republic’s coal exit planned for 2033 creating replacement capacity requirements that solar energy can help meet.

Europe’s solar capacity is expected to surge further, with annual installations projected to reach 130 GW by 2030, indicating continued strong regional market growth that will benefit Czech Republic and Slovakia.

Strategic Opportunities for EPC and O&M Service Providers

Market Entry and Positioning Strategies

The fragmented O&M market creates significant opportunities for specialized service providers. After several years of consolidation, actual fragmentation occurred in the O&M market in 2022, with the top 15 O&M players decreasing their market share compared to the previous year.

This fragmentation exists throughout Europe, including Czech Republic and Slovakia, where no single dominant O&M player controls the market. The absence of a major market leader creates opportunities for companies that can deliver comprehensive, technology-driven services across multiple market segments.

Regional specialization offers competitive advantages, with local market knowledge, regulatory expertise, and customer relationships providing differentiation opportunities. The growing market size supports multiple specialized players rather than market consolidation.

Technology Differentiation and Service Innovation

Advanced technology adoption creates competitive differentiation opportunities. Over 65% of PV plant operators are incorporating AI for predictive fault detection and proactive maintenance, reducing unscheduled outages by 45% and increasing asset availability by 33%.

Undoubtedly the role of O&M is the catalyst in enhancing the efficiency of a PV plant installation, with well-designed and comprehensive services laying the foundations for growth and stabilizing performance. Service providers who can demonstrate measurable performance improvements will capture increasing market share.

Digital platform integration becomes standard, with over 55% of providers now using cloud-based dashboards and drone-based inspections. Service providers must invest in advanced monitoring and diagnostic capabilities to remain competitive.

Market Segment Opportunities. PV in Czech Republic and Slovakia.

Different market segments offer distinct opportunities for specialized service providers. The utility-scale segment requires revival in Czech Republic, with future solar additions depending on the ability to revive the utility-scale sector, creating opportunities for experienced EPC contractors.

The C&I segment demonstrates strong growth, with commercial and industrial projects accounting for approximately 500 MW of Czech additions in 2024. This segment requires sophisticated engineering solutions and long-term service commitments.

Agrivoltaic applications offer emerging opportunities, with Czechia being the only country in the region that has introduced agri-PV legislation, providing first-mover advantages for specialized contractors.

Partnership and Collaboration Strategies

Strategic partnerships enhance market access and service capabilities. Multi-buyer PPAs will grow in 2025 as sellers try to standardize and simplify contract structure, creating opportunities for collaborative service delivery models.

Technology partnerships enable advanced service delivery, with integration with drone-based inspection systems growing, with 31% of surveyed operations using UAVs for fault detection. Service providers should develop partnerships with technology vendors to offer comprehensive solutions.

Regional cooperation creates scale opportunities, with both Czech Republic and Slovakia offering complementary market characteristics that support regional service delivery strategies.

Risk Assessment and Mitigation Strategies

Regulatory and Policy Risks

Both markets face regulatory uncertainties that require careful risk management. Retroactive cuts to feed-in-tariffs (FITs) on some solar systems loom after the Czech lower house of parliament backed the proposal in December 2024, indicating ongoing policy risks.

However, clear alignment with EU climate goals keeps investment-risk premiums low, providing overall policy stability. Service providers should monitor regulatory developments and maintain flexible service models that can adapt to policy changes.

Permitting challenges persist, with calls for acceleration of permitting procedures, suggesting complete digitization of the zoning and construction permit process in Slovakia. Understanding local permitting processes and building relationships with regulatory authorities becomes critical.

Market and Competition Risks

Market fragmentation creates both opportunities and risks. Increased competition for O&M contracts drives prices down, requiring efficient operational models and technology adoption to maintain profitability.

Both experts agree the current market average pricing levels are not sustainable, suggesting eventual price recovery as market conditions normalize. Service providers should focus on value delivery and operational efficiency rather than competing solely on price.

Technology risks require ongoing investment in capabilities. The shift towards automated diagnostics and AI-driven performance monitoring tools means service providers must continually upgrade their technology platforms to remain competitive.

Operational and Technical Risks. PV in Czech Republic and Slovakia.

Grid integration challenges create operational risks for project development and service delivery. Investment needed into the transmission and distribution system at 271 billion crowns (€10.7 billion) by 2030 in Czech Republic indicates infrastructure challenges that could affect project timing and economics.

Weather and environmental risks require sophisticated risk management, with preventive maintenance schedules depending on site environmental conditions such as water, snow, pollen, humidity, dust, and wildlife. Service providers must develop region-specific expertise and maintenance protocols.

Technology evolution creates obsolescence risks, requiring ongoing investment in training and equipment updates. The rapid pace of solar technology development means service providers must continuously adapt their capabilities and service offerings.

Conclusions and Strategic Recommendations

The photovoltaic markets in Czech Republic and Slovakia represent compelling opportunities for EPC contractors and O&M service providers, driven by ambitious climate targets, supportive policy frameworks, and favorable market dynamics. The absence of dominant market players, particularly in the O&M sector, creates significant opportunities for companies that can deliver comprehensive, technology-driven services across multiple market segments.

Key Success Factors

Success in these markets requires several critical capabilities:

Technology Leadership: Advanced monitoring, diagnostic, and maintenance technologies differentiate service providers and enable superior performance delivery. Investment in AI-driven predictive maintenance, drone-based inspections, and digital platforms becomes essential.

Local Market Expertise: Understanding regulatory frameworks, permitting processes, and local business practices provides competitive advantages. Building relationships with regulatory authorities, utilities, and key market stakeholders accelerates market entry and growth.

Comprehensive Service Portfolio: Offering integrated EPC and O&M services across multiple market segments (utility-scale, C&I, residential, agrivoltaic) creates customer value and reduces competitive pressures.

Operational Excellence: Efficient project delivery and maintenance operations enable competitive pricing while maintaining profitability. Scale and operational efficiency become critical as market competition intensifies.

The convergence of ambitious climate targets, supportive policies, technological innovation, and market fragmentation creates a unique opportunity for companies that can deliver superior value to customers while building sustainable competitive advantages.

The next decade will be critical for establishing market leadership positions that can benefit from the massive growth projected across Central Europe’s renewable energy sector.

Both Czech Republic and Slovakia offer compelling investment opportunities for companies with the right capabilities, strategic approach, and long-term commitment to these rapidly growing markets. The fragmented nature of the European O&M market, combined with the absence of dominant players in these specific countries, creates particularly attractive opportunities for specialized service providers who can demonstrate superior performance and customer value.

Companies that can successfully combine proven EPC expertise with advanced O&M capabilities, energy storage solutions, and comprehensive asset management services across international markets will be best positioned to capitalize on the unprecedented growth opportunities emerging in Central Europe’s renewable energy transition.

For additional insights on renewable energy market developments and policy frameworks, consult resources from the International Energy Agency, International Renewable Energy Agency, and European Commission’s Energy Portal, which provide comprehensive analysis of global energy transition trends and market opportunities.