Market Insights on Colombia Solar Thermal Collectors Market• According to the research report, "Colombia Solar Thermal Collectors Market Overview, 2031," published by Bonafide Research, the Colombia Solar Thermal Collectors market is expected to reach a market size of USD 145.65 Million by 2031. • Colombia's solar thermal sector operates at an inflection point, caught between significant untapped potential and a policy framework that has historically prioritised photovoltaic electricity generation over thermal applications. The Ministry of Mines and Energy, through the Unidad de Planeación Minero-Energética, recorded 24,447 solar roofs and distributed generation systems by early 2026, with more than 15,000 new installations added between 2024 and 2025 alone, representing the largest historical growth period for solar technologies in the country.• While the majority of these systems are photovoltaic, the broader solar market momentum has created favourable conditions for thermal technologies, particularly in commercial and industrial segments where hot water demand is constant. The Global Solar Industrial Heat market, of which Colombia is a participant, maintained dynamic development in 2024 with 106 new systems and 120 MW of capacity reported globally by project developers. A landmark installation in Bogotá, comprising 220 flat plate collectors alongside six air-to-water heat pumps as backup supply, demonstrated the technical viability of large-scale solar thermal for healthcare facilities.• The regulatory and standards infrastructure has advanced through the implementation of Law 1715 of 2014 and its subsequent resolutions, which explicitly include solar thermal projects among eligible technologies for tax benefits including a 50% income tax deduction, VAT exclusion, and import duty exemption. The Unidad de Planeación Minero-Energética Resolution 000135 of 2025 establishes the procedures and requirements for accessing these benefits, with Resolution 000736 of 2025 expanding the list of eligible goods and services to include thermal energy storage systems and centrifugal pumps. • Flat plate and evacuated tube collectors must comply with international standards including EN 12975, EN 12976, ISO 9806, or SRCC OG/SD100/300 to qualify for incentives, with Colombian technical standards also developed based on these international frameworks. A SWOT analysis published in the journal Resources in 2024 concluded that Colombia possesses significant solar heat potential, enabling over 1.3 million cold-climate households to access hot water or reduce firewood use, while applying solar heat in just 5% of current industry could decrease fossil fuel consumption by 13 petajoules.Competitive Landscape of Colombia Solar Thermal Collectors Market• Energía Solar S.A.S.

ESWindows, headquartered in Barranquilla and operating as part of the Tecnoglass business group, represents Colombia's most established solar thermal manufacturer, having been founded 35 years ago as a small artisanal workshop producing solar water heaters before evolving into an industrial operation that exports to more than 30 countries. The company's transformation into a major architectural glass and aluminium facade producer, listed on Nasdaq through Tecnoglass Inc. in 2013, provided the capital and manufacturing expertise that sustains its solar thermal collector production alongside its core construction business. • Enegría Solar, based in Medellín, has operated in the solar thermal space since 1978 with the design, manufacture, and assembly of 500-litre solar water heaters, specialising in flat plate collectors for water and air heating applications below 60°C. The company continues to produce solar water heaters entirely from its own workshops, with more than one million litres of water heated by solar energy in hotels and other facilities.• Bosch Home Comfort Colombia has established a significant presence in the commercial and industrial solar thermal segment, with engineer Guillermo Real confirming that installations already operate successfully in residential complexes, hospitals, recreational centres, and swimming pools across the country. Bosch's 2 m² collectors can avoid approximately 260 kg of CO₂ emissions annually, equivalent to the absorption capacity of 13 trees, while delivering energy savings between 30% and 70% depending on location, hot water demand, and system configuration. • The company's equipment achieves a useful life of between 20 and 30 years with adequate maintenance, with return on investment between three and seven years when tax incentives are applied. Andesco Colombia S.A.S., with 20 years of experience in the Chilean market and subsidiaries in Colombia and Panama, has incorporated solar thermal water heaters alongside metallic ceilings into its thermal conditioning and renewable energy portfolio. Aquathermic S.A.S. and Solaire, based in Cali, complete the roster of regional specialists serving the commercial and residential segments, while international manufacturers including BTE Solar of China have targeted the Colombian market with flat plate collectors designed for Latin America's demanding climate conditions.Market DynamicsDriver: Industrial and Commercial Water Heating Demand Displacement Colombia's equatorial position delivers constant solar radiation year-round, enabling optimal performance from solar collectors across all regions and seasons.

Sectors including hotels, hospitals, clinics, restaurants, gymnasiums, spas, and industries depend on hot water for daily operations, with energy savings of 30% to 70% achievable depending on system configuration and location. The Bogotá hospital installation with 220 flat plate collectors demonstrates the scalability of solar thermal for large commercial facilities with continuous hot water requirements. The Unidad de Planeación Minero-Energética's tax incentive framework, including the 50% income tax deduction and VAT exclusion under Law 1715, improves project economics for commercial and industrial adopters.Challenge: Policy Bias Toward Photovoltaic and Institutional Neglect of Thermal The SWOT analysis published in Resources identifies that existing policies and the regulatory framework primarily focus on promoting the photovoltaic industry for electricity production, with the energy sector having neglected the potential of solar thermal energy as a heat source. Current policies do not demonstrate the national government's interest in implementing solar thermal energy to generate usable heat, increasing uncertainty regarding the technology's role in Colombia's energy matrix. Political uncertainty threatens the consolidation of renewable energies, with project implementation depending on political decisions beyond the reach of most of the population. The 2016 patent data recorded solar thermal representing only 1% of renewable energy patent applications, compared to 34% for biofuels, reflecting the technology's marginal position in innovation and technology transfer.Trend: Social Housing Integration and Hybrid Solar Thermal Systems Research published by Universidad ECCI in November 2025 evaluated the technical and economic feasibility of flat plate solar collectors for water heating in rural social housing, employing a multi-criteria decision-making methodology supported by Geographic Information Systems to identify suitable municipalities.

Simulations using the System Advisor Model demonstrated that solar thermal technology can cover a significant proportion of annual domestic hot water demand, with critical factors including collector orientation, inclination, and storage tank volume. The Universidad Industrial de Santander, in collaboration with Northumbria University and supported by the Royal Society UK, developed and constructed Colombia's first solar thermal system, which currently provides heating to a rural dwelling in the Santander páramo, exemplifying the viability of renewable thermal energy in the country's high-altitude regions.Segment AnalysisColombia Solar Thermal Collectors Market by Type• Concentrating solar thermal collectors remain at the research and feasibility assessment stage in Colombia, with the Universidad Industrial de Santander's collaboration with Northumbria University representing the most advanced domestic development. Research published in 2024 evaluated hybrid solar thermal systems for industrial processes in the Cúcuta region of Norte de Santander, where solar radiation exceeds 5.8 kWh/m²/day, demonstrating technical feasibility for process heat applications. Additional studies have explored solar thermal integration for polymer processing in Bucaramanga, where low and medium-temperature collectors can reach temperatures above the melting points of most industrial polymers, and for steam-assisted gravity drainage in extra-heavy oil fields using parabolic trough technology.• Non-concentrating collectors constitute the entirety of Colombia's commercial solar thermal market, encompassing flat plate and evacuated tube technologies for domestic hot water, commercial applications, and swimming pool heating. Energía Solar S.A.S. ESWindows manufactures collectors from its Barranquilla facility for export to more than 30 countries, while Enegría Solar in Medellín has produced flat plate collectors since 1978.

The Bogotá hospital installation with 220 flat plate collectors and six backup heat pumps demonstrates the scalability of non-concentrating technology for large institutional facilities. Flat plate and evacuated tube collectors must comply with EN 12975, EN 12976, ISO 9806, or SRCC standards to qualify for the tax benefits under Law 1715.Colombia Solar Thermal Collectors Market by Application• Water heating represents the dominant application for solar thermal collectors in Colombia, serving residential, commercial, and institutional demand across the country. Sectors including hotels, hospitals, clinics, restaurants, gymnasiums, and spas depend on hot water for daily operations, with solar thermal systems reducing energy costs by 30% to 70% depending on location and system configuration. The Bogotá hospital installation with 220 flat plate collectors and heat pump backup represents the largest documented solar water heating system in the country. A single 2 m² Bosch collector can avoid approximately 260 kg of CO₂ emissions annually, equivalent to the absorption capacity of 13 trees, with equipment lifespan of 20 to 30 years under adequate maintenance.• Space heating applications are limited by Colombia's predominantly tropical and subtropical climate in major population centres, though the Universidad Industrial de Santander's solar thermal system provides heating to a rural dwelling in the Santander páramo, demonstrating viability in high-altitude cold-climate regions. Research on solar-activated absorption refrigeration systems for the Caribbean Coast has evaluated the technical potential for solar cooling in shopping malls and commercial buildings, where high relative humidity and temperatures create significant cooling demand.• Industrial process heat represents a significant untapped opportunity, with the SWOT analysis concluding that applying solar heat in just 5% of current industry could decrease fossil fuel consumption by 13 petajoules.

Research on hybrid solar thermal systems for industrial applications in Cúcuta, where radiation exceeds 5.8 kWh/m²/day, has demonstrated technical feasibility for process heat. Studies on polymer processing in Bucaramanga have explored partial replacement of thermal energy consumption in flexible pipe manufacturing from recycled polyethylene, while additional research has evaluated solar thermal integration for steam-assisted gravity drainage in extra-heavy oil fields using parabolic trough technology.• Swimming pool heating constitutes a growing application, with Colombia's more than 2,000 annual hours of sunshine and growing aquatic culture positioning the country as an ideal market for solar pool climatisation. Bosch Home Comfort Colombia has confirmed installations in recreational centres and swimming pools across the country, while specialised providers including OPS Colombia serve the residential and commercial pool heating segment.• District heating applications are virtually absent from Colombia's solar thermal landscape, reflecting the country's warm climate in major urban centres and the absence of district heating infrastructure. No commercial-scale solar district heating network is documented in government statistics or industry association reports.• Power generation through concentrating solar thermal has no operational installations in Colombia, with the technology remaining at the research stage through university and national laboratory projects. The SWOT analysis confirms that solar thermal's role in the energy matrix remains undefined, with policy attention directed toward photovoltaic generation.• Other applications including desalination and agricultural drying remain at research and pilot stages. The Universidad Industrial de Santander's first solar thermal system provides heating to a rural dwelling in the Santander páramo, demonstrating viability for cold-climate residential applications.

Research on solar tunnel dryers using phase change materials for thermal energy storage has been published, though commercial deployment has not materialised at scale.Colombia Solar Thermal Collectors Market by End-User• Commercial end-users including hotels, hospitals, clinics, restaurants, gymnasiums, spas, and recreational centres represent the most active segment for solar thermal deployment, with energy savings of 30% to 70% achievable depending on location and system configuration. Bosch Home Comfort Colombia has confirmed successful installations in residential complexes, hospitals, recreational centres, and swimming pools, with return on investment between three and seven years when tax incentives are applied. The Bogotá hospital installation comprising 220 flat plate collectors and six air-to-water heat pumps demonstrates the technical and commercial viability of solar thermal for large healthcare facilities with continuous hot water demand.• Residential end-users represent a significant potential market, with the SWOT analysis concluding that solar heat could enable over 1.3 million cold-climate households to access hot water or reduce firewood use. Research by Universidad ECCI has evaluated the technical and economic feasibility of flat plate solar collectors for water heating in rural social housing, employing Geographic Information Systems and multi-criteria decision-making to identify suitable municipalities. Simulations using the System Advisor Model demonstrated that solar thermal can cover a significant proportion of annual domestic hot water demand depending on location and consumption patterns.• Industrial end-users represent the most significant untapped opportunity, with the SWOT analysis concluding that applying solar heat in just 5% of current industry could decrease fossil fuel consumption by 13 petajoules. Research on hybrid solar thermal systems for industrial processes in Cúcuta, polymer processing in Bucaramanga, and steam-assisted gravity drainage in extra-heavy oil fields has established technical foundations for industrial deployment.

The Unidad de Planeación Minero-Energética's tax incentive framework, including the 50% income tax deduction and VAT exclusion under Law 1715, improves project economics for industrial adopters.• Utility end-users have no engagement with solar thermal technologies in Colombia, as the renewable energy policy framework prioritises photovoltaic and wind generation for electricity production without establishing mechanisms for solar thermal power generation. The SWOT analysis confirms that current policies do not demonstrate national government interest in implementing solar thermal energy to generate usable heat, increasing uncertainty regarding the technology's role in Colombia's energy matrix. Considered in this report• Historic Year: 2020• Base year: 2025• Estimated year: 2026• Forecast year: 2031Aspects covered in this report• Solar Thermal Collectors Market with its value and forecast along with its segments• Various drivers and challenges• On-going trends and developments• Top profiled companies• Strategic recommendationBy Type• Concentrating• Non-ConcentratingBy Application• Water Heating• Space Heating & Cooling• Industrial Process Heat• Swimming Pool Heating• District Heating• Power Generation• Other Applications(Desalination, Agricultural/Drying applications)By End-User• Commercial• Residential• Industrial• Utility.