AI-Powered Energy Sector in 2023: Products, Companies and Innovations

July 18, 2023

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The convergence of AI and sustainability in 2023 is driving transformative change, is reshaping industries, and is accelerating progress towards a sustainable future.

In the evolving landscape of 2023, the integration of artificial intelligence (AI) and sustainability is driving notable advancements, reshaping industries, and fostering a greener future. This synergistic fusion of intelligence and ecological consciousness has given rise to innovative products that promote sustainable practices across diverse sectors.

One significant area where AI is making substantial progress is in optimizing business strategies and operations. By harnessing AI's analytical capabilities, companies can leverage advanced algorithms and machine learning to make data-driven decisions, streamline processes, and mitigate their environmental impact. This efficiency translates into optimized resource utilization, waste reduction, and improved overall sustainability performance.

In the agricultural sector, AI-powered systems optimize key processes such as irrigation, fertilizer usage, and pest management. Real-time data analysis and insights enable farmers to make informed decisions, minimizing water waste, chemical inputs, and fostering sustainable farming practices.

Moreover, AI plays a pivotal role in driving sustainability initiatives across industries. By leveraging AI algorithms for data analysis, companies identify areas for improvement, reduce product defects, enhance customer satisfaction, and work towards achieving sustainability goals. This integration not only boosts operational efficiency but also contributes to environmental conservation and resource preservation.

On a broader scale, countries are utilizing AI to address environmental challenges. Machine learning algorithms aid in monitoring and managing air quality, optimizing energy systems, safeguarding biodiversity, and enhancing public transportation efficiency. These endeavors foster sustainable development, creating smarter and more livable communities.

While acknowledging AI's potential in promoting sustainability, addressing its environmental impact during development and deployment is crucial. Researchers and industry leaders are actively striving to improve energy efficiency, develop sustainable infrastructure, and implement policies and regulations that prioritize environmentally responsible practices.

The integration of innovative products and initiatives empowers businesses and countries to optimize resource utilization, reduce waste, and foster a more economically and ecologically conscious society.

MarketsandMarkets welcomes these developments and our editors take a look at these developments.


Can AI predict energy demand and supply?

Several companies and research institutions are working on these applications of AI in the energy sector, and some have already developed AI systems that are being used in practice. However, it's important to note that while AI can make highly accurate predictions, these predictions are not 100% accurate and there is always some degree of uncertainty.

AI and machine learning algorithms can analyze historical data on energy consumption and production, weather patterns, economic indicators, and other relevant factors to predict future energy demand and supply.

  1. Predicting Energy Demand: AI can analyze patterns in historical energy usage data, along with other factors like weather forecasts (temperature, sunlight hours, etc.), time of day, day of the week, and special events or holidays. By learning from these patterns, AI can predict future energy demand with a high degree of accuracy. This can help utility companies to better manage their resources, reduce costs, and ensure a reliable energy supply.
  2. Predicting Energy Supply: AI can also predict energy supply, particularly for renewable energy sources like wind and solar power, which can be highly variable. For example, AI can analyze weather forecasts and historical weather patterns to predict how much wind or solar power will be generated at different times. This can help grid operators to better integrate renewable energy into the grid and reduce reliance on fossil fuel power plants.
  3. Optimizing Energy Grids: Beyond predicting demand and supply, AI can also help to optimize the operation of energy grids. For example, AI can help to balance supply and demand in real-time, reduce energy losses during transmission, and detect and respond to faults or outages more quickly.

Top companies that are adopting AI for energy consumption

AI is increasingly being used to predict energy demand and supply. Here are some of the top companies that are adopting AI in managing energy:

  1. IBM: IBM's AI platform, Watson, is being used to predict energy demand and supply. It uses machine learning algorithms to analyze historical data and predict future energy needs. This helps energy companies to optimize their operations and reduce costs. 
  2. Google's DeepMind: DeepMind has developed an AI system that can predict the wind power output 36 hours in advance. This allows energy grids to better plan how to incorporate wind power into their operations.
  3. Schneider Electric: Schneider Electric uses AI to optimize energy consumption in buildings. Their EcoStruxure platform uses AI to analyze data from various sources and provide insights on how to improve energy efficiency.
  4. GE Renewable Energy: GE Renewable Energy uses AI to optimize the operation of wind turbines. Their Digital Wind Farm technology uses AI to analyze data from each wind turbine and optimize its operation to increase energy output. 
  5. Siemens: Siemens uses AI to optimize the operation of gas turbines. Their AI system can predict when maintenance is needed, reducing downtime and increasing efficiency. 
  6. Vision Energy: Envision Energy uses AI to manage renewable energy assets. Their EnOS platform uses AI to analyze data from wind turbines, solar panels, and energy storage systems to optimize their operation and increase energy output.
  7. AutoGrid: AutoGrid uses AI to predict, optimize, and control the energy flow in the grid. Their Energy Internet platform uses AI to analyze data from various sources and provide insights on how to optimize energy use.
  8. provides AI software for digital transformation. Their AI Suite uses machine learning algorithms to predict energy demand and supply, helping energy companies to optimize their operations.
  9. Veritone: Veritone’s AI platform uses machine learning to predict energy supply and demand, helping utilities optimize their operations and reduce costs.
  10. ABB: ABB uses AI to optimize the operation of power grids. Their ABB Ability platform uses AI to analyze data from the grid and provide insights on how to improve efficiency and reliability.

What is U.S. Department of Energy's Artificial Intelligence and Technology Office (AITO)

The U.S. Department of Energy's Artificial Intelligence and Technology Office (AITO) was established to transform the Department of Energy into a world-leading AI enterprise. Although the exact history of the office is not readily available, it has been involved in various research initiatives, such as the FDL research cycle, in partnership with NASA, USGS, the Luxembourg Space Agency, and leaders in commercial AI.

The general scope of AITO's work involves accelerating research, development, delivery, demonstration, and adoption of responsible and trustworthy AI. It serves as the connective tissue for all things AI at the Department of Energy.

The impact of AITO on the USA can be seen in its outcomes from various research cycles and initiatives. It has been involved in various partnerships with other agencies and commercial AI leaders, contributing to the advancement of AI in the country. 

In terms of energy infrastructure, AITO coordinates responsible and trustworthy AI governance and capabilities, providing advice on trustworthy AI/ML strategies. It plays a crucial role in expanding public, private, and international partnerships, policy, and innovations related to AI and energy. AITO also advocates for program offices within the Department of Energy, providing them with guidance and support in implementing AI/ML strategies and initiatives.

For more detailed information, you can visit their official page here.


United States' FY '24 energy budget justification

The FY 2024 budget justification for the United States Department of Energy (DOE) is a comprehensive document that outlines the department's budget request to Congress. The document includes a high-level narrative summary of the department's budget request, detailed budget requests at the level of congressional control, and summaries of funding by decision unit and by the laboratories and states where DOE does work.

The budget justification covers various areas including:

  1. National Nuclear Security Administration
  2. Departmental Administration
  3. Technology Transitions
  4. Working Capital Fund
  5. Crosscutting Activities
  6. Energy Information Administration
  7. Advanced Research Projects Agency Energy
  8. Clean Energy Demonstrations
  9. Cybersecurity, Energy Security, and Emergency Response
  10. Petroleum Reserves Accounts
  11. Indian Energy Policy and Programs
  12. Power Marketing Administrations (PMAs)
  13. Loan Programs
  14. Federal Energy Management Program
  15. Grid Deployment Office
  16. State and Community Energy Programs
  17. Manufacturing Energy Supply Chains
  18. Energy Efficiency and Renewable Energy
  19. Electricity
  20. Nuclear Energy
  21. Nuclear Waste Disposal
  22. Fossil Energy and Carbon Management
  23. Science
  24. Environmental Management

The full President's budget can be found at along with the details of the department's request. Current DOE spending can be found on, which is the official open data source of federal spending information.


Challenges in moving energy grid to cloud

General challenges and the specific challenges for a particular energy grid may vary based on a variety of factors, including the current state of the grid's infrastructure, the regulatory environment, and the specific cloud solution being considered.

  1. Security Concerns: Energy grids are critical infrastructure, and any disruption to their operation can have serious consequences. Therefore, ensuring the security of the grid data and operations in the cloud is a major concern.
  2. Data Privacy: Energy grids generate a large amount of data, some of which may be sensitive. Ensuring the privacy of this data in the cloud can be a challenge.
  3. Regulatory Compliance: Energy grids are often subject to strict regulatory requirements, which can complicate the process of moving operations to the cloud.
  4. Technical Challenges: Moving operations to the cloud can involve significant technical challenges, including integrating with existing systems, managing data migration, and ensuring the reliability and performance of cloud-based operations.
  5. Costs: While cloud-based solutions can offer cost savings in the long term, the initial costs of moving to the cloud can be significant.
  6. Skills Gap: There may be a lack of necessary skills within the organization to manage and operate cloud-based systems.

Role of Data and Analytics in Energy Management

In the energy and power sector, big data analytics has proved to be one of the biggest catalysts for improving business performance. The above benefits are just a few of the many business values that data-driven decisions can provide to the energy industry. To become a successful data-driven enterprise, energy enterprises need to take two main approaches: a Cloud-first strategy and gaining capabilities to draw actionable insights from knowledge about their data.

Data and analytics play a crucial role in energy management. Here's how:

  1. Streamlining Processes: Data analytics can help energy companies streamline their distribution and refinery processes. By using data science, companies can respond to market demands in real-time. For instance, McKinsey's research shows that offshore platforms operate at a maximum capacity of 77% on average. When appropriately used, data-driven analytics can yield up to 30-50 times the investment within a few months, thereby helping to streamline processes and close the performance gap.
  2. Monitoring Energy Consumption: High-resolution data of user consumption can be analyzed to forecast demand and optimize energy generation. Power system security depends on predictive maintenance and fault detection with advanced metrics based on data analytics. Machine learning algorithms can be used for weather prediction and increasing the efficiency of renewable energy sources such as wind and solar power.
  3. Predictive Maintenance: Companies can use sensors to collect behavioral data about their assets. This information can then be analyzed with the data collected by the rest of the power network using machine learning algorithms. Big data techniques can then be used to predict issues and help operations managers decide when to replace or maintain an asset.
  4. Forecasting Energy Prices: Power companies can predict future prices using advanced analytics and modelling and adjust their operating model accordingly. As smart grids proliferate, power users increase, and renewable energy develops in large numbers, more and more factors affect the electricity price, making price forecasting more difficult. The accuracy of forecasting is greatly influenced by data processing.
  5. Data-Driven Supply Chain Management: Statistics and quantifiable performance indicators have been driving supply chains for a long time. However, the kind of analytics that is currently revolutionizing the industry and absent in many organizations is real-time analyses of massive and rapidly growing unstructured datasets. However, if intelligently analyzed and tiered into cold and hot data buckets, energy companies can use data to balance demand and supply.
  6. Enhancing Customer Satisfaction: With the help of data analytics, companies in the energy sector can engage customers in highly personalized environments, increase customer satisfaction, and promote new products.

Top AI powered products in energy and power

Here are five AI-powered products in the energy and power sector:

  1. ABB Ability™ Ellipse®: ABB, a Swiss-Swedish multinational corporation, has developed the ABB Ability™ Ellipse® suite, a leading-edge solution that delivers unified, cross-enterprise Asset Performance Management (APM), Workforce Management (WFM), and Enterprise Asset Management (EAM). It leverages predictive and prescriptive analytics powered by machine learning to provide a more detailed understanding of asset performance, allowing for more informed decision-making. This results in improved operational efficiency, minimized risk, and optimized asset performance. 
  2. GE's Predix: General Electric has developed Predix, an industrial IoT software platform that provides powerful edge-to-cloud data processing capabilities. Predix can collect, analyze, and act upon terabytes of data in real-time, providing a robust solution for managing energy grids. It uses AI and machine learning to predict and optimize energy supply and demand, improving the efficiency and reliability of power grids.
  3. IBM's AI-powered Energy Optimization Solution: IBM has developed an AI-powered solution that optimizes energy consumption in buildings. The system uses AI to analyze various data points, such as weather forecasts, historical energy use data, and building characteristics, to predict energy demand and optimize energy use. The system can automatically adjust building systems, such as HVAC and lighting, to reduce energy consumption and costs.
  4. Siemens' EnergyIP: Siemens offers EnergyIP, a platform that provides utilities with end-to-end visibility into their customers and operations. It uses AI and machine learning to analyze data from smart meters, providing insights into energy consumption patterns and helping utilities optimize their operations. EnergyIP can also predict future energy demand, helping utilities better manage their energy supply.
  5. Itron's Distributed Intelligence: Itron's Distributed Intelligence platform allows for the deployment of hundreds of thousands of new sensors and measurement points on the grid. This increased visibility, combined with back-office analytics, allows for a more efficient operation of the grid. For example, Tampa Electric Company has used this solution to discover new things about safety, reliability, and how consumers can work more collaboratively with the utility. More Info

These products are transforming the energy sector by leveraging AI to optimize energy consumption, predict energy demand, and improve the efficiency and reliability of power grids. They are helping to create a more sustainable and efficient energy future.


  1. Office of Manufacturing and Energy Supply Chains
  2. Cloud Migration In The Energy Industry
  3. Explanatory Statement for the Energy and Water

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AI algorithms for data analysis, companies identify areas for improvement, reduce product defects, enhance customer satisfaction, and work towards achieving sustainability goals.

The FY 2024 budget justification for the United States Department of Energy (DOE) is a comprehensive document that outlines the department's budget request to Congress.


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