Relatório global de análise do tamanho, quota e tendências do mercado de aquecimento distrital – Visão geral do setor e previsão para 2031

Análise do mercado de aquecimento distrital

O mercado do aquecimento urbano está a registar um rápido crescimento devido a tecnologias e métodos avançados centrados na eficiência energética e em soluções sustentáveis. Um avanço significativo é a integração de fontes de energia renováveis, como a biomassa, a geotérmica e a solar, nas redes de aquecimento urbano. Estes métodos reduzem as emissões de carbono e os custos operacionais, impulsionando a procura nas áreas urbanas e industriais. Os sistemas combinados de calor e energia (CHP) também estão a tornar-se populares, uma vez que geram eletricidade e calor simultaneamente, melhorando a eficiência global.

A utilização de contadores inteligentes e de sistemas baseados em IoT está a ajudar a otimizar a distribuição de energia, proporcionando monitorização e controlo em tempo real do fornecimento de calor. Isto melhora a eficiência das redes de calor e permite uma melhor gestão do lado da procura, reduzindo o desperdício de energia. A adoção de sistemas de aquecimento urbano de 4ª geração, que funcionam a temperaturas mais baixas, aumenta ainda mais a poupança de energia e permite a integração de fontes de energia mais sustentáveis. O crescimento do mercado é alimentado pela crescente urbanização, pelas regulamentações rigorosas sobre as emissões de carbono e pelos incentivos governamentais à eficiência energética. Prevê-se que o mercado do aquecimento urbano se expanda à medida que as cidades e as indústrias adoptem soluções de aquecimento mais sustentáveis ​​e inteligentes para satisfazer as futuras procuras energéticas.

Tamanho do mercado de aquecimento distrital

A dimensão global do mercado de aquecimento urbano foi avaliada em 201,88 mil milhões de dólares em 2023 e deverá atingir 269,98 mil milhões de dólares até 2031, com um CAGR de 3,7% durante o período de previsão de 2024 a 2031. Além dos insights sobre cenários de mercado, como o valor de mercado, a taxa de crescimento, a segmentação, a cobertura geográfica e os grandes players, os relatórios de mercado com curadoria da Data Bridge Market Research incluem também análises especializadas aprofundadas, produção e capacidade da empresa representada geograficamente, layouts de rede de distribuidores e parceiros, detalhes e análise atualizada das tendências de preços e análise do défice da cadeia de abastecimento e da procura.

Tendências do mercado de aquecimento distrital

“Crescimento na Integração das Energias Renováveis”

A key trend driving the district heating market is the increasing integration of renewable energy sources. Many countries are adopting renewable heating technologies such as geothermal, biomass, and solar thermal to meet environmental targets and reduce carbon emissions. In Denmark, district heating systems are powered by 64% renewable energy, primarily from biomass and waste heat. This trend is expected to continue as governments and municipalities prioritize sustainable heating solutions to combat climate change. With technological advancements improving efficiency and scalability, renewable-based district heating systems are becoming a viable, eco-friendly option for urban centers, further boosting market growth. For instance, In October 2022, ENGIE announced the acquisition of a substantial 6 GW portfolio of solar projects and battery storage development initiatives from Belltown Power U.S. This acquisition encompasses 33 projects, including approximately 2.7 GW of solar energy, complemented by 0.7 GW of paired storage and 2.6 GW of stand-alone battery storage. By integrating these projects across ERCOT, PJM, MISO, and WECC, ENGIE aims to bolster grid stability and resilience through renewable energy generation.

Report Scope and District Heating Market Segmentation      

District Heating Market Definition

District heating is a system that distributes heat generated from a central source to multiple buildings within a district through a network of insulated pipes. This heat, often produced by cogeneration plants, renewable energy sources, or waste heat recovery, is used for space heating and hot water supply. The system improves energy efficiency by reducing the need for individual boilers or furnaces in buildings. District heating is commonly used in urban areas, offering environmental benefits by lowering carbon emissions, as well as economic advantages by reducing fuel consumption and operational costs for heating systems.

District Heating Market Dynamics

Drivers

• Rising Need to Diminish the Carbon Emission

The global rise in population has fueled rapid urbanization, leading to a significant increase in energy demand from various sectors. District heating systems, capable of producing large-scale energy at centralized plants, offer a highly efficient solution for meeting heat requirements across industries and residential areas. By utilizing renewable energy sources and waste heat, district heating significantly reduces carbon emissions compared to conventional heating methods. Governments' focus on carbon reduction and energy efficiency further supports the expansion of district heating networks, making them a key tool in the fight against climate change, thus driving market growth globally.

• Waste Heat Utilization

Waste heat utilization significantly drives the district heating market by capitalizing on excess heat generated from industrial processes and data centers. This approach reduces energy waste, as otherwise discarded heat can be redirected into district heating networks, supplying residential and commercial buildings with a sustainable heat source. By integrating waste heat recovery systems, municipalities and industries can lower operational costs and decrease carbon emissions. Furthermore, utilizing this underused resource enhances energy efficiency and supports the transition to a circular economy. As industries increasingly adopt heat recovery technologies, the demand for district heating solutions is expected to grow, promoting a more sustainable energy landscape. For instance, In April 2023, Danfoss Group announced new options for original equipment manufacturers (OEMs) by expanding its Z-design range of Micro Plate Heat Exchangers. The latest addition, the C262L-EZD, is a dual-circuit evaporator specifically designed for scroll chillers. These units are known for their robustness and reliability, enhancing the range's cooling capabilities to accommodate up to 300 kW in single circuits and an impressive 800 kW in dual circuits.

Opportunities

• Community Engagement and Acceptance

Community engagement is a pivotal factor in the growth of the district heating market. As local populations become increasingly aware of the benefits of sustainable heating solutions, support for district heating projects rises significantly. Initiatives that involve community input, education on renewable energy, and transparent communication about environmental impacts foster a sense of ownership and trust. This grassroots support can lead to smoother project implementation and reduced opposition, encouraging investment from both public and private sectors. Moreover, communities that recognize the economic and environmental advantages of district heating systems contribute to creating a favorable regulatory environment, further enhancing market opportunities for developers and investors. For instance, in 2021, Serbia signed a contract to replace coal boilers for a district heating system in Kragujevac with a consortium of local companies, including Energotehnika, Reming, Jadran, and AG Institut. This initiative is part of Serbia's broader commitment to transitioning to more sustainable energy sources and reducing carbon emissions. The contract aims to modernize heating infrastructure, enhancing energy efficiency and contributing to the nation’s environmental objectives in the heating sector.

• Climate Change Adaptation

Climate change adaptation presents significant opportunities for the district heating market. As cities increasingly confront the impacts of climate change, such as extreme weather and fluctuating energy demands, flexible and resilient heating solutions become essential. District heating systems can efficiently incorporate diverse energy sources, including renewables and waste heat, allowing them to adapt to varying supply conditions. This adaptability enhances energy security and sustainability, making district heating an attractive option for urban planners and policymakers. Additionally, as cities invest in climate-resilient infrastructure, the demand for robust district heating networks is expected to grow, driving market expansion and innovation in the sector.

Restraints/Challenges

• High Initial Investment Costs

High initial investment costs are a significant restraint in the district heating market. Establishing these systems necessitates substantial capital for infrastructure development, including the construction of extensive pipelines and heating plants. The financial burden of such investments can deter potential investors, particularly in regions with limited budgets or competing financial priorities. This upfront cost often makes district heating less appealing compared to alternative heating solutions that require lower initial expenditures. Consequently, the reluctance to invest can slow the growth and expansion of district heating networks, limiting their adoption and integration into local energy systems, ultimately hindering market development.

• Competition from Alternative Heating Solutions

The district heating market faces significant challenges from alternative heating solutions like heat pumps and individual boilers. These decentralized systems appeal to consumers due to their perceived flexibility, allowing for customized heating solutions based on individual needs. Additionally, the lower initial installation costs associated with these alternatives make them attractive, especially in residential areas where homeowners may hesitate to invest in district heating infrastructure. This preference for self-contained heating options can lead to decreased demand for centralized systems, ultimately hindering the growth of the district heating market as consumers opt for solutions that align better with their financial and personal preferences.

This market report provides details of new recent developments, trade regulations, import-export analysis, production analysis, value chain optimization, market share, impact of domestic and localized market players, analyses opportunities in terms of emerging revenue pockets, changes in market regulations, strategic market growth analysis, market size, category market growths, application niches and dominance, product approvals, product launches, geographic expansions, technological innovations in the market. To gain more info on the market contact Data Bridge Market Research for an Analyst Brief, our team will help you take an informed market decision to achieve market growth.

District Heating Market Scope

The market is segmented on the basis of heat source, plant type and application. The growth amongst these segments will help you analyze meagre growth segments in the industries and provide the users with a valuable market overview and market insights to help them make strategic decisions for identifying core market applications.

Heat Source

• Coal
• Natural Gas
• Renewable
  • Geothermal
  • Biomass and Biofuel
  • Others
• Oil and Petroleum Products
• Others

 Plant Type

• Boiler
• Combined Heat and Power (CHP)
• Others

 Application

• Residential
• Commercial
  • College
  • Office
  • Government/Military
• Industrial
  • Chemical
  • Refinery
  • Paper

District Heating Market Regional Analysis

The market is analyzed and market size insights and trends are provided by heat source, plant type and application as referenced above.

The countries covered in the market report are U.S., Canada, Mexico in North America, Germany, Sweden, Poland, Denmark, Italy, U.K., France, Spain, Netherland, Belgium, Switzerland, Turkey, Russia, Rest of Europe in Europe, Japan, China, India, South Korea, New Zealand, Vietnam, Australia, Singapore, Malaysia, Thailand, Indonesia, Philippines, Rest of Asia-Pacific (APAC) in Asia-Pacific (APAC), Brazil, Argentina, Rest of South America as a part of South America, U.A.E, Saudi Arabia, Oman, Qatar, Kuwait, South Africa, Rest of Middle East and Africa (MEA) as a part of Middle East and Africa (MEA).

Europe is expected to dominate the district heating market, driven by its prevalent low-temperature conditions that favor the adoption of energy-efficient heating systems. The region's commitment to sustainable energy solutions and the increasing emphasis on reducing carbon emissions further support the growth of district heating. Additionally, government initiatives and investments in infrastructure are enhancing the integration of renewable energy sources into district heating networks across Europe.

Prevê-se que a Ásia-Pacífico se expanda a uma taxa de crescimento significativa no mercado do aquecimento urbano devido à rápida urbanização e à crescente procura de soluções de aquecimento energeticamente eficientes e económicas. Este crescimento é impulsionado pelo aumento dos investimentos em infraestruturas e por uma mudança para práticas energéticas sustentáveis. À medida que as populações urbanas crescem, a necessidade de sistemas de aquecimento fiáveis ​​e eficientes torna-se mais crítica, impulsionando ainda mais a expansão do mercado na região.

A secção do país do relatório também fornece fatores individuais de impacto no mercado e alterações na regulamentação do mercado que impactam as tendências atuais e futuras do mercado. Pontos de dados como a análise da cadeia de valor a jusante e a montante, tendências técnicas e análise das cinco forças de Porter, estudos de caso são alguns dos indicadores utilizados para prever o cenário de mercado para países individuais. Além disso, são considerados a presença e disponibilidade de marcas globais e os desafios enfrentados devido à grande ou escassa concorrência de marcas locais e nacionais, o impacto das tarifas nacionais e das rotas comerciais, ao mesmo tempo que se fornece uma análise de previsão dos dados do país.

Participação no mercado de aquecimento distrital

O cenário competitivo do mercado fornece detalhes por concorrente. Os detalhes incluídos são a visão geral da empresa, finanças da empresa, receitas geradas, potencial de mercado, investimento em investigação e desenvolvimento, novas iniciativas de mercado, presença global, localizações e instalações de produção, capacidades de produção, pontos fortes e fracos da empresa , lançamento de produto, largura e amplitude do produto, aplicação domínio. Os dados acima fornecidos estão apenas relacionados com o foco das empresas em relação ao mercado.

Os líderes de mercado de aquecimento distrital que operam no mercado são:

• Fortum (Finlândia)
• Vattenfall AB (Suécia)
• ENGIE (França)
• Danfoss (Dinamarca)
• Star Pump Alliance GmbH (Alemanha)
• (EUA)
• Statkraft (Noruega)
• SHINRYO CORPORATION (Japão)
• LOGSTOR A/S (Dinamarca)
• Vital Energi, Lda.
• KELAG (Áustria)
• Gotemburgo Energi (Suécia)
• (EUA)
• ALFA LAVAL (Suécia)
• Ramboll Group A/S (Dinamarca)
• Savon Voima Oyj (Finlândia)
• Enwave Energy Corporation (Canadá)
• Orsted A/S (Dinamarca)
• Helen Oy (Finlândia)
• Keppel Corporation Limited (Singapura)
• STEAG GMBH (Alemanha)

Últimos desenvolvimentos no mercado de aquecimento distrital

• Em dezembro de 2022, a Fortum e a KärnfulNext anunciaram conjuntamente os seus planos para explorar oportunidades para pequenos reatores modulares (SMRs) na Suécia. Esta colaboração significa um passo estratégico para o avanço da tecnologia nuclear na região, centrando-se no potencial dos SMR para melhorar as capacidades de geração de energia e, ao mesmo tempo, promover a sustentabilidade. Ambas as empresas pretendem aproveitar os benefícios dos reatores modulares para uma produção de energia eficiente e fiável no panorama energético da Suécia
• Em dezembro de 2022, Ewald Woste foi eleito o novo presidente do conselho fiscal da STEAG GmbH. A sua eleição marca uma mudança significativa de liderança para a empresa, que se foca na produção de energia e em soluções inovadoras. Espera-se que a vasta experiência da Woste no setor energético oriente a STEAG GmbH para o crescimento estratégico e a implementação de práticas sustentáveis ​​na geração de energia, alinhando-se com os avanços da indústria e as metas ambientais
• Em 2020, a Savosolar Plc garantiu um contrato para fornecer dois sistemas de aquecimento solar à NewHeat SAS, em França. Após a instalação destes sistemas, a NewHeat venderá o calor gerado a empresas de aquecimento urbano (DH) em Pons e Narbonne. Este contrato não só sublinha a crescente dependência de soluções de energia renovável, como também destaca o compromisso da Savosolar com o avanço da tecnologia de aquecimento solar no mercado europeu, promovendo práticas energéticas sustentáveis.

SKU-28954