Power Predictions 2026 - Strategic Intelligence
Description
Power Predictions 2026 - Strategic Intelligence
Summary
In this report, we identify the top 20 themes that will impact the power sector in 2026. For each theme, we offer a series of predictions, identify winners and losers, and point you to further reading.
We classify our top themes for 2026 into four groups. The major technology themes impacting the power sector in 2026 will be artificial intelligence (AI), big data, blockchain, cloud, cybersecurity, the Internet of Things (IoT), the metaverse, and robotics.
The major industry themes impacting the power sector in 2026 will be electric vehicles, energy storage, energy transition, hydrogen, nuclear, renewable energy, smart grid, carbon emissions, and distributed generation.
The major macroeconomic theme impacting the power sector in 2026 will be geopolitics and tariffs.
The major environmental, social, and governance (ESG) theme impacting the power sector in 2026 will be ESG-environmental.
Scope
The report provides-
Summary
In this report, we identify the top 20 themes that will impact the power sector in 2026. For each theme, we offer a series of predictions, identify winners and losers, and point you to further reading.
We classify our top themes for 2026 into four groups. The major technology themes impacting the power sector in 2026 will be artificial intelligence (AI), big data, blockchain, cloud, cybersecurity, the Internet of Things (IoT), the metaverse, and robotics.
The major industry themes impacting the power sector in 2026 will be electric vehicles, energy storage, energy transition, hydrogen, nuclear, renewable energy, smart grid, carbon emissions, and distributed generation.
The major macroeconomic theme impacting the power sector in 2026 will be geopolitics and tariffs.
The major environmental, social, and governance (ESG) theme impacting the power sector in 2026 will be ESG-environmental.
Scope
- The report covers the top 20 themes that will impact the power industry in 2026.
- It provides predictions with respect to technology theme, macroeconomic theme, industry theme, and ESG theme in the power sector.
- The report covers the top themes that includes artificial intelligence, big data, blockchain, cloud, cybersecurity, the internet of things, the metaverse, robotics, electric vehicles, energy storage, energy transition, hydrogen, nuclear, renewable energy, smart grid, carbon emissions, distributed generation, geopolitics, tariffs, and ESG-environmental.
- It provides an overview of deal trends, published patents and job trends for each theme.
- The report identifies winners and losers with respect to themes of power predictions 2026.
- It discusses about the impact and signifcance of each theme on power sector in the coming years.
The report provides-
- An overview of the top 20 themes that will impact the power sector in 2026.
- Predictions about technology themes such as artificial intelligence, big data, blockchain, cloud, cybersecurit, the internet of things, the metaverse, and robotic.
- Predictions on industry themes such as electric vehicles, energy storage, energy transition, hydrogen, nuclear, renewable energy, smart grid, carbon emissions and distributed generation on power utilities
- Power predictions on macroeconomic theme - geopolitics and tariffs.
- Predictions on ESG theme - environmental.
- Insight to thematic research ecosystem-an integrated global research platform for an easy-to-use framework to track all themes and its impact on the power sector.
- An outlook on how each theme will make a significant impact on power utilities in terms of application and investment.
Table of Contents
59 Pages
- Executive Summary
- 2026 Theme Map
- Artificial Intelligence
- AI will enhance the renewable energy sector
- AI will drive predictive maintenance in power
- AI will be a key enabler of the energy transition
- Winners and losers
- Big Data
- Big data will transform renewable energy
- Big data will optimize grid operations
- Data centers will support big data
- Winners
- Blockchain
- Blockchain will enhance smart grid operations
- Blockchain will strengthen security for EV charging
- Blockchain will revolutionize renewable energy
- Winners
- Further reading
- Cloud
- The cloud in energy market will be worth $54.6 billion by 2028
- Cloud computing will be crucial for renewable energy management
- Cloud computing will be essential for smart grid functionality
- Cloud computing will improve energy security
- Winners and losers
- Further reading
- Cybersecurity
- ESG will accelerate the need for cybersecurity
- Cybersecurity will be crucial to protect the power grid
- Cybersecurity will drive significant demand for skilled professionals
- Winners and losers
- Further reading
- The Internet of Things
- The IoT market will surpass $1.8 trillion by 2028
- IoT will be fundamental to power the smart grid
- IoT will revolutionize predictive maintenance in the power sector
- IoT will address the energy transition
- Winners
- Further reading
- Metaverse
- Metaverse will be worth $155 billion by 2030
- AR and VR will be important tools for renewable energy
- Companies will adopt digital twins for predictive maintenance
- Winners
- Further reading
- Robotics
- The robotics industry will be worth $205.5 billion by 2030
- Robotics will exert a profound impact on renewables
- Robotics will improve safety and efficiency in power plants
- Winners
- Further reading
- Electric Vehicles
- Improved battery technology will push forward EV adoption
- EV charging infrastructure will reach 11 million units by 2030
- Vehicle-to-grid will power the future of energy
- Winners and losers
- Further reading
- Energy Storage
- Global battery energy storage system aggregate capacity will reach 1.3TW by 2030
- Power companies will integrate BESS into renewables
- Battery storage will offer essential grid services
- Widespread electrification will drive the battery market
- Winners and losers
- Further reading
- Energy Transition
- Renewable energy will act as the cornerstone for the energy transition to net-zero
- Interconnectors will be crucial for the energy transition
- Energy storage will arise as the linchpin of the global energy transition
- Winners
- Further reading
- Hydrogen
- Decarbonization will drive hydrogen expansion
- Hydrogen-ready engine power plants will transform the energy market
- Smart meters in the hydrogen sector will increase rapidly
- Winners and losers
- Further reading
- Nuclear
- Investments in nuclear power will reach $41.8 billion by 2030
- SMRs will rekindle interest in nuclear energy
- Lifetime extensions and reactor refurbishment will gain global traction
- Winners and losers
- Further reading
- Renewable Energy
- Renewables installed capacity will surge to 11.2TW by 2035
- Solar and wind investment will reach $657.2 billion by 2030
- Artificial intelligence will revolutionize renewables
- Winners and losers
- Further reading
- Smart Grid
- Transmission investment will reach $573.7 billion by 2030
- Smart grid will accelerate the energy transition
- AI will make smart grids smarter
- Further reading
- Carbon Emissions
- Growth in clean energy technologies will continue despite rising emissions
- Rising demand for low-carbon energy will drive growth in nuclear power
- Carbon capture technologies will be crucial for achieving climate objectives
- Winners and losers
- Further reading
- Distributed Generation
- Digital twin will gain traction in distributed generation
- Blockchain will enhance distributed power generation
- Microgrids will be essential for distributed power generation
- Winners and losers
- Further reading
- Geopolitics
- The conflict between the US and China will be the core risk for global geopolitics
- US tariffs will impact the power sector supply chain
- Geopolitics will renew focus on nuclear power
- Winners
- Further reading
- Tariffs
- Tariffs will lead to fiscal uncertainty in the wind market
- Tariffs will reshape the US solar supply chain
- Tariffs will accelerate the push toward automation
- Losers
- Further reading
- ESG-Environmental
- Many countries will focus on renewable energy and net zero targets
- The UK will allow the use of carbon removal technologies in ETS
- US’ OBBBA will hold back the energy transition
- Winners and losers
- Further reading
- Glossary
- Further Reading
- GlobalData reports
- Our Thematic Research Methodology
- Report Authors
- About GlobalData
- Contact Us
- List of Tables
- Table 1: Glossary
- Table 2: GlobalData reports
- Table 3: Report Authors:
- List of Figures
- Figure 1: Our 2026 theme map shows the biggest themes driving growth in the power sector
- Figure 2: Artificial Intelligence
- Figure 3: Big Data
- Figure 4: Blockchain
- Figure 5: Cloud
- Figure 6: Cybersecurity
- Figure 7: The Internet of Things
- Figure 8: Metaverse
- Figure 9: Robotics
- Figure 10: Electric Vehicles
- Figure 11: Energy Storage
- Figure 12: Energy Transition
- Figure 13: Hydrogen
- Figure 14: Nuclear
- Figure 15: Renewable Energy
- Figure 16: Smart Grid
- Figure 17: Carbon Emissions
- Figure 18: Distributed Generation
- Figure 19: Geopolitics
- Figure 20: Tariffs
- Figure 21: ESG-Environmental
- Figure 22: Our approach to identifying the companies most likely to succeed in a sector over the next five years
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