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Global Clean Energy Technology

Learn more about Global Clean Energy Technology
Comprehensive market intelligence providing critical insight and global data for decision-makers and business developers in the clean energy technology sector.

Get data, insights and analysis across all clean energy technologies, which include solar, wind, hydrogen and renewable gases, batteries and other energy storage, and carbon sequestration or carbon capture utilization and storage (CCUS).  The Clean Energy Technology service helps decision-makers and business developers define their future activities and investments with emerging energy technologies that at the leading edge of the energy transition.

New opportunities for energy businesses are arising in response to the challenges of deep decarbonization in the global economy. Traditional energy companies and newcomers to the energy world are seeking competitive advantage in areas that are either still uncharted or untested at the scale that the energy world demands.

You can view the clean energy technologies individually or use Clean Energy Technology Analytics, a premium interactive visualization dashboard, to easily view, compare, and analyze all clean energy technologies at once.

The Global Clean Energy Technology service is available as part of our Clean Energy Technology CSM+ service package

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Clean Energy Technology Analytics

Clean Energy Technology Analytics, a cross-technology integrated data visualization dashboard in the Clean Energy Technology service, facilitates workflows for users interested in conducting screening of project activity, technology demand, and supply chain trends across Batteries and Energy Storage, Carbon Sequestration, Hydrogen and Renewable Gas, Solar PV, Onshore and Offshore Wind, and other technologies.

Integrated visualization dashboard for clean energy technologies.

  • Over 135,000 projects
  • Market Outlooks
  • Costs: CAPEX, LCOE, LCOH
  • Policy
  • Supply chain

Why Clean Energy Technology?

As the energy system decarbonizes, it is becoming more complex and more interconnected. In the traditional energy system, gas, power and heat grids operated in a one-way fashion providing energy to the consumer; the links between different source of energy were limited to the power generation sector. The energy system that is emerging today is fundamentally different:

 

Many uncertainties underlie the future path of the energy system, but electrification will continue and energy storage systems, low-carbon gas (hydrogen technology and renewable gas), solar and wind energy will grow. The growth of these four technologies will be driven by the following:
Continued electrification

In 2020, global electricity demand was nearly 27,000 TWh and electricity accounted for over 20% of final energy consumption. This was more than double the consumption in 1990 (12,000 TWh and 14% of final energy consumption). Rapid growth will continue and moves to deep decarbonization will hugely increase global electricity demand. In a net zero carbon world as much as 60% of final energy consumption could come from electricity.

Solar and wind energy will dominate global power generation capacity additions

Since 2015 renewable capacity additions have exceeded conventional additions globally. Through 2030, S&P Global anticipate annual additions of nearly 80GW of wind and 150GW for solar. This growth will drive technological advances and significant investment in the manufacturing supply chain.

Electricity storage will enable high penetration of renewable energy and system resilience

Pumped hydro has traditionally dominated electricity storage. As costs have fallen, and large amounts of wind and solar have been deployed, lithium-ion batteries have become a major provider of flexibility to the power system. Nearly 620 GW of grid-batteries will be connected to the grid in the coming decade. The build-out will be dominated by Li-ion batteries. However, other battery chemistries and alternative non-battery technologies will also play specific roles and offer opportunities for investment.

Gas will remain an essential component of the energy mix, but it will decarbonize

Hydrogen can be used as fuel in the transport sector, or heat generation in industrial, residential, and commercial sectors, as well as power generation. If produced from hydrocarbons, with carbon capture and storage, or water electrolysis with renewables it can decarbonize end-use sectors. We anticipate annual global investment in electrolysis to increase 20-fold by 2023 and work is underway to use low-carbon gas to decarbonize the first industrial clusters by the mid-2020s.

Global Clean Energy Technology Service:

Coverage and deliverables
  • Costs and technology:
    • Clean energy technology status and future development proposals
    • Capital and operating costs – current and future
    • Levelized comparative costs of electricity generation technologies and hydrogen
  • Policy and revenue streams:
    • Policy development related to technologies covered in CET research
    • Mapping policy and market related revenue streams and business models
    • Clean energy technology competition and complementarity
  • Companies and supply chain:
    • Value chain overview, including supply chain
    • Clean energy technology project tracking, including project ownership and equipment supply
    • Corporate presence along the value chain
  • Capacity and investment outlook:
    • Gross additions, retirements, and capacity
    • Low carbon gas infrastructure
    • Investment requirement by technology
Technologies Covered
  • Solar PV
  • Batteries & Energy Storage
  • Onshore and Offshore Wind
  • Hydrogen & Renewable Gas
  • Carbon Sequestration
Who this Service Helps
  • Integrated oil and gas companies
  • E&P companies
  • Utilities
  • Mining companies
  • Chemical producers
  • Automotive manufacturers
  • Energy equipment manufacturers
  • EPC companies
  • Large energy consumers
  • Energy service providers
  • Regulators and government agencies
  • Financial institutions

Key job functions:

  • Strategic/corporate planning
  • Portfolio planning
  • Forecasting and market analysis
  • Business development
  • Marketing/sales
  • Origination
Service Solutions

Fundamental insights on the most important clean energy technologies, addressing energy transition areas critical to long-term strategic planning for a low carbon future:

  • The Global Clean Energy Technology service offers ongoing analysis of policy, technology, and coverage of key market issues and drivers, helping clients make sense of the emerging renewable energy system that is becoming more complex and interconnected.
  • Detailed price and market fundamental forecasts for key components of the equipment for the technologies covered, supporting strategic planning by understanding the supply - demand balance, and the future impacts this has on pricing.
  • Scale the viability of market opportunities with access to global and country-level deployment and installations data, combined with competitive environment analysis to assess which technologies to algin new venture strategies to.
  • Build an understanding of the regions or companies with the biggest sales pipelines and how the project landscape is developing, as Global Clean Energy Technology provides the largest project databases globally with individual project level data, including status, analysis of profitability at each stage of the supply chain, and emerging clean energy technology monitoring.
  • Integration of new, effective technologies plays a critical role as companies innovate, and the Clean Energy Technology service provides visibility of the latest technology trends, with the latest information on the technology landscape, costs, and evolution of existing techs and non-mainstream technologies.
  • Clean Energy Technology provides detailed analysis of the various supply chains, helping procurement professionals to identify key players, forecast the development of costs and prices and understand the short-term evolution of the technologies – supporting purchase decisions and purchase timing.

Technologies Covered:

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Batteries

Near and long-term opportunities in the growing lithium-ion battery cell manufacturing markets
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Carbon Sequestration

Global coverage on carbon capture utilization and storage (CCUS) and technologies for decarbonization solutions

Energy Storage

A detailed examination of all key energy storage segments, including small and large-scale renewable integration, grid support and behind-the-meter storage
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Hydrogen and Renewable Gas Forum

Production, transportation patterns and market outlooks for hydrogen and renewable gas
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Solar PV

Global PV market with end-to-end supply chain insights
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Wind

Global research, data, and analytics on end-to-end supply chain trends of onshore and offshore wind projects

Experts

Josefin Berg

Her focus areas include developer and EPC strategies, the demand for PV in emerging markets and the role of PV in the power generation mix. With more than 10 years of experience in the solar power industry, Josefin authors reports on PV markets and trends, and she regularly speaks at industry events. Prior to joining IHS Markit (now part of S&P Global), she was an R&D strategy consultant in the field of energy efficiency and renewable energies.Josefin holds a Master of Science in environmental engineering from Uppsala University, Sweden. She speaks English, French, Spanish and Swedish and is based in Barcelona, Spain.

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Francesco d'Avack

Francesco coordinates global long-term outlooks for power and renewable market fundamentals including capacity and generation outlooks, and he leads the global cost analysis for renewables. He writes about the changing policy and market environment for renewable power generation as well as storage, emerging technology trends, business models, and the impacts for renewable supply chains. He regularly contributes to consulting engagements and multiclient studies.Before joining S&P Global Francesco worked for Capgemini, a consultancy, and for Bloomberg New Energy Finance where he has analyzed global solar markets since 2007.Francesco holds a Bsc in Economics and Environmental Policy from the London School of Economics and a Master's degree from Sciences Po Paris in Economic Governance. He speaks English, French, and German.

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Cormac Gilligan

Cormac is responsible for managing the research of the global PV inverter and Balance Of System (BOS) markets, regularly publishing research reports on these topics, and supporting many of the leading suppliers via custom research and consulting engagements. He supports detailed coverage of the energy storage industry, carrying out research and authoring reports on the quickly growing market for storage inverters. Cormac is widely regarded as a leading authority on the global PV inverter market, analysis and commentary is regularly published by leading PV industry media and the global press. He has presented at many leading industry events and conferences. Prior to joining S&P Global, Cormac worked as a civil engineer developing rail and metro projects across capital cities throughout Europe.Cormac graduated from University College Dublin with a degree in engineering and is based in Dublin, Ireland.

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Deborah Mann

Deborah was the project research lead on the studies 'Hydrogen: The missing piece of the zero-carbon puzzle' and 'Beyond the Flame: The transformation of Europe's heat sector,' and she has authored numerous reports on subjects including energy storage, power to gas, sector coupling, renewable heat, energy efficiency, and carbon capture and utilization. Deborah joined S&P Global (Now part of S&P Global) in 2007, leading a team producing European power market fundamentals analysis and modeling, as well as long-term European energy outlooks. Her previous experience includes 15 years in oil refining and gas conversion with BP, where she carried out various techno-economic appraisal and strategic studies, and for M W Kellogg, where she set up and ran a refinery planning group. A chartered chemical engineer, Deborah is a member of the Institution of Chemical Engineers and of the Energy Institute.Educated in the United Kingdom, Deborah holds Master of Arts and Master of Engineering degrees from the University of Cambridge and a Master of Science from Kingston University.

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Eduard Sala de Vedruna

Eduard and his team deliver competitive strategy and market analysis to developers, utilities, and renewables equipment manufacturers on key trends and market opportunities. He is the author of numerous reports, including analyses of business models and competitive strategies employed by equipment manufacturers, utilities, and developers in the global renewables sector. Eduard has more than 17 years of consulting and research experience in the energy sector with a focus on market analysis and competitive strategy, particularly with the global renewables market. He has worked on numerous tailored consulting assignments providing strategic advice and recommendations. Prior to joining S&P Global, he was responsible for market research and management consulting at International Venture Consultants, where he contributed to a variety of projects for major oil and gas companies.Eduard holds a degree in economics from the University of Barcelona, Spain. He is fluent in English, Spanish and French.

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